-4-ונאיע-4 תוצמוח תנכהל תוטיש ןסקהולקיצ (רמתומ לוזאדניא...

[11] [21] 126706

[54] M U L T I - S L I C E BIOPSY W I T H ה י כ ר ג ו מ ו ם ט ת ע י כ ת ח ־ ב ה ר י ס פ ו א י בS I N G L E S L I C E C O M P U T E D ת י ב ת ח ־ ד ת ח ב ש ח ו מ מT O M O G R A P H Y

[22] 22.10.1998 [31] 965948 [32] 7.11.1997 [33] US [51] Int. CI. 7 G01T 1/00// A61B 6/00// GO IN 23/00 [71] General Electric Company, Schenectady,

N.Y., U.S.A. [74] seiigsohn & Gabrieii, , ת גבריאלי זליגםון א

P.O.B. 1426, Tel-Aviv ב י ב א ־ ל ת.ד. 1426, ת

[57] A method for controlling operation of a pre-patient collimator in a computed tomography system including an x-ray source and a detector during a fluoroscopy scan, said method comprising the steps of:

positioning the collimator in a first position so that an x-ray beam from the x-ray source is oriented in a nominal position on the detector; and deflecting the x-ray beam from the nominal position on the detector.

[11] [21] 126707

[54] C O S M E T I C C R E A M COMPOSITION ר מ ו ל ח י כ מ ת ה י ט מ ס ו ה ק ח ש ר מ י ש כ תCONTAINING S I L I C O N E G E L ן ו ק י ל י ל ס ל ג שM A T E R I A L

[22] 21.5.1997 [31] 653363 [32] 24.5.1996 [33] US [87] WO 97/44010 [51] Int. Cl . 7 A61K 7/48, 7/32 [71] Colgate-Palmolive Company, New York,

N.Y., U.S.A. [74] Seiigsohn & Gabrieii,

P.O.B. 1426, Tel-Aviv , י ל א י ר ב ת ג ן א ו ס ג י ל ז

ב י ב א ־ ל . 1426, ת ד . ת

[57] A cosmetic composition, comprising: (a) an active cosmetic material selected from the group consisting of deodorant active materials and antiperspirant active materials in an amount sufficient to have a

functional effect; and (b) a silicone gel material, having the active cosmetic material incorporated therein, the silicone gel material including a volatile silicone material and a cross-linked organopolysiloxane material which

1847 September 17, 2003 » ג ״ ס ש ת ל ה ו ל א ׳ ב ב

is a reaction product of a polysiloxane and a cross-linking agent, the organopolysiloxane material being included in the cosmetic composition in an amount sufficient to provide a solid cosmetic

composition, the volatile silicone material being included in the cosmetic composition in an amount such that the organopolysiloxane material can form a gel therefrom at room temperature.

[11] [21] 126745

[54] M E T H O D S O F P R E P A R I N G 4-CYANO-4- (SUBSTITUTED I N D A Z O L E ) C Y C L O H E X A N E -C A R B O X Y L I C ACIDS U S E F U L AS PDE4 INHIBITORS

-4 - ו אנ עי שיטות להכנת חומצות 4- (אינדאזול מותמר) ציקלוהקסן

קרבוקםיליות המשמשות כמעכביPDE4

[22] 26.10.1998 [31] 60/064211 [32] 4.11.1997 [33] US [51] Int. CI. 7 C07D 231/56; A61K 31/415; A61P 11/06 [71] Pfizer Products Inc., Groton, Conn.,

U.S.A. [74] Luzzatto & Luzzatto,

P.O.B. 5352, Beersheba , צאטו ת לו ו א ט א צ ו ל

ע ב ש ־ ר א ת.ד. 5352, ב

[57] A method of preparing a compound of the formula

R a O ( I )

wherein R a is selected from the group consisting of hydrogen; (C!-C 6 ) alkyl; phenyl and ( C r C 3 ) alkyl-phenyl wherein said phenyl groups are unsubstituted or substituted with one or two substituents selected from the group consisting of ־ ( C r C 4 ) alkyl; - 0 ( C r C 3 ) alkyl; Br and CI; R is selected from the group consisting of hydrogen; (C, -C 6 ) alkyl; ־(CH 2) n(C 3-C 7) cycloalkyl where n is 0 to 2; and

('Z)־ b(C 6-C 1 0) aryl where b is independently 0 or 1 and Z' is (C!-C 6 ) alkylene or (C־ 2C 6) alkynylene; where said alkyl and aryl moieties of said R groups are unsubstituted or substituted with one or more substituents independently selected from the group consisting of halo, hydroxy (C,-C 5 ) alkyl, ( C r C 5 ) alkoxy, and trifluoromethyl; and R 1 is selected from the group consisting

September 17, 2003 ל התשם״ג ־ ו ל א 1848 כ׳ ב

of hydrogen: (C!־C 6) alkyl; phenyl; and (C3-C7) cycloalkyl: wherein said alkyl and phenyl R 1 groups are unsubstituted or substituted with up to 3 substituents

independently selected from the group consisting of methyl; ethyl, trifluoromethyl, and halo; comprising: (a) reacting a compound of the formula

wherein R and R are as defined above, with an alcohol of the formula R a -OH and an acid of the formula HX wherein R a is as defined above; and HX is an acid selected from the group consisting of hydrobromic acid; hydrochloric acid; sulfuric acid: sulfonic acid; and aliphatic

and aromatic sulfonic acids selected frorr. the group consisting of methanesulfonic acid, trifluoromethanesulfonic acid, benzenesulfonic acid, benzylsulfonic acid p-toluene sulfonic acid, and camphorsulfonic acid, which results in the formation of an imidate of the formula

CN

R a O .

N I a

(Ic)

NH HX

and (b) hydrolyzing said imidate of formula (Ic) which results in the formation of said compound of formula (I).

1849 September 17, 2003 ־ r w n n ׳ D

[11] [21] 127213

[54] IMPLANTABLE SENSOR AND S Y S T E M FOR IN VIVO MEASUREMENT AND CONTROL OF F L U I D CONSTITUENT L E V E L S

ת ב ר ע מ ה ו ל ת ש ה ן ל ת י נ ן ה ש י י חל ת ש ל ב ו ך ג ו ה ת ט י ל ש ה ו ד י ד מ ל

ל ז ו נ י ה ב י ב ר ת מ ו מ ר

[22] 8.7.1997 [31] PCT/US96/11435 [32] 8.7.1996 [33] WO [87] WO 98/01071 [51] Int. Cl. 7 A61B 5/00, 5/026 [71] Animas Corporation, Malvern, Pa.,

U.S.A. [74] Luzzatto & Luzzatto, , צאטו ת לו ו א ט א צ ו ל

P.O.B. 5352, Beersheba ע ב ש ־ ר א ת.ד. 5352, ב

[57] A method of determining concentration of a constituent of body fluid in a mammal using in vivo spectroscopy, the method comprising the steps of: (a) implanting a sensor system in the mammal, the sensor system including a source of light which emits at a plurality of different wavelengths, at least one of the wavelengths being in the infrared region, and a detector for detecting light emitted from the source, the source and the detector located so that (i) the light output from the source interacts with a body fluid

before being received by the detector, and (ii) light from each of the plurality of different wavelengths has a substantially collinear optical path through the fluid with respect to one another; (b) emitting light from the source; (c) obtaining a signal at the output of the detector which contains spectra of the body fluid at each of the plurality of different wavelengths; and (d) analyzing the signal to determine the concentration of the constituent of the body fluid.

September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א 1850 ב׳ ב

[11] [21] 127697

[54] O Z O N E A P P L I C A T I O N S F O R בקרי , י ו ט י ח ן ל ו ת ל א ה ש י ש ו מ י שD I S I N F E C T I O N , P U R I F I C A T I O N ת ו ח י ת ר ג פ ה וAND D E O D O R I Z A T I O N

[22] 26.6.1997 [31] 118741 [32] 26.6.1996 [33] IL [87] WO 98/01386 [51] Int. Cl. 7 C01B 13/10; B01J 19/08 [71] Ozontech Ltd.,.Haifa [72] Boris Malkin, Gena Perlov and Shmuel

Yannai [74] Dr. Mark Friedman Ltd.,

7 Haomanim St., Tel Aviv

ה פ י , ח מ ״ ע ק ב ט נ ו ז ו אי א נ ל י א ו מ ש ב ו ו ל ר ה פ נ י , ג ן י ק ל ם מ י ר ו ב

, מ ״ ע ן ב מ ד י ר ק פ ר ר מ ״ דב י ב ל א ם 7, ת י נ מ ו א ׳ ה ח ר

[57] A frame-type ozone generator comprising: (a) a plurality of elongated electrodes (201) deployed in substantially parallel, spaced relation to each other so as to form a substantially flat electrode array; and (b) a flow generator for generating a flow

of oxygen containing gas through said electrode array in a direction substantially perpendicular to said electrode array; wherein each of said electrodes is formed from an electrically conductive core covered with polyvinyl difluoride.

ג ־ September 17, 2003 ד85ו ״ ם ש ת ל ה ו ל א ׳ ב ב

[11] [21] 127749

[54] COMBINED POWER AND DATA TRANSMISSION ARRANGEMENT ACCOMMODATING A L L E L E C T R I C A L NEEDS OF A NUMBER OF INDEPENDENTLY O P E R A B L E M E D I C A L APPARATUSES IN A M E D I C A L WORKSTATION

ל פ ט מ ם ה י נ ו ת ת נ ר ב ע ה ר משותף! ו ו ד סר פ ס ל מ ל ש מ ש ח י ה ב ר ל ד ב ב

ת ו ל ע ו פ ת ה ו י א ו פ ה ר ד ו ב ת ע ו נ ח תי א מ צ ן ע פ ו א ב

[22] 28.12.1998 [31] 19802340.5 [32] 22.1.1998 [51] Int. Cl. 7 A61B 5/02, 6/00 [71] Siemens Aktiengesellschaft, Munich,

Germany [74] Reinhold Cohn and Partners,

P.O.B. 4060, Tel-Aviv

[57] A medical apparatus system comprising: a plurality of independently operable medical apparatuses (3, 8, 10); a connection unit (1) connectable to each of said medical apparatuses to form a medical workstation, in which said medical apparatuses are also independently operable of each other and independently operable of said connection unit; each of said medical apparatuses having a system lead

[33] DE

, ו ן ושותפי ה ד ב ל ו ה נ י י רב י ב א ־ ל ת.ד. 4060, ת

comprising a plurality of connecting cables connected to a system connector, and said connection unit having plug devices mating with said system connectors for connecting said medical apparatuses to said connection unit, with all electrical cables required to operate the medical apparatus being contained in the system lead for that medical apparatus.

September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א 1852 כ׳ ב

[11] [21] 127928

[54] D O O R C O V E R I N G ת ל ד י ל ו ס י כ

[22] 5.1.1999 [51] Int. CI. 7 E06B 3/30 [71] Mul־T-Lock Technologies Ltd., Yavne [74] Sanford T. Colb & Co.,

P.O.B. 2273, Rehovot

ה נ ב , י מ ״ ע ת ב ו י ג ו ל ו נ כ ח ט י ר ב ־ ב ר/ ת ו ש ב ו ל ו . ק ד ט ר ו ט נ ם

ת ו ב ו ח . 2273, ר ד . ת

[57] A covering for a door (10), said door being constructed of a material attractable by a magnet and comprising: a flexible first magnetic overlay (16)

affixable to said door which has front and rear panel surfaces, said overlay being of sufficient size for covering at least one of the panel surfaces of the door.

1853 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ׳ ב ב

[11] [21] 128060

[54] P O L Y M E R I C M U L C H F I L M F O R ת ו א ל ק ח ש ב ו מ י ש י ל ר מ י ל ו ש ב ס ק ר סU S E IN A G R I C U L T U R E AND A ש ו מ י ך ש ו ם ת י ח מ ל צ ו ד י ג ה ל ט י ש וM E T H O D F O R G R O W I N G ל ״ נ ט ה ר ס ב

PLANTS U T I L I Z I N G T H E S A M E

[22] 3.7.1997 [31] 671322 [32] 25.7.1996 [33] US [87] WO 98/04114 [51] Int. CI. 7 A01G 13/02 [71] Pliant Corporation, Salt Lake City, Utah,

U.S.A. [74] Wolff, Bregman and Goller,

P.O.B. 1352, Jerusalem

ה ל ו ג וולף, ברגמן ום י רושל ת.ד. 1352, י

[57] A polymeric mulch film (11) or sheet for use in agriculture comprising energy absorbing or energy transmitting regions, and at least one energy reflective region between said energy absorbing or transmitting regions being constructed and arranged such that when said film is placed over a plant bed (10), a temperature

differential is produced between the region of said bed covered by said energy absorbing or energy transmitting regions and said at least one energy reflective region, with the portion of the bed covered by the energy reflective region being cooler than the portion of the bed covered by the energy absorbing or transmitting regions.

September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א 1854 כ׳ ב

[11] [21] 128133

[54] F L E X I B L E ANNULAR S T A P L E R F O R ם י ל ו ל ם ח י ר ב ת ע ר י ג ס י ל ג ר ו ר י ר כ ב ח מC L O S E D S U R G E R Y O F H O L L O W ORGANS

[22] 17.7.1997 [31] 687315 [32] 25.7.1996 [33] US [87] WO 98/04196 [51] Int. CI. 7 A61B 17/068 [71] Haviv Toledano, Kiryat Bialik ק י ל א י ת ב י ר , ק ו נ לד ב טו י ב ח[74] Haviv Toledano, , ו נ לד ב טו י ב ח

69/8 Keren Hayesod St., Kiryat ק י ל א י ת ב י ר ד 69/8, ק ו ס י ׳ קרן ה m Bialik

[57] A flexible annular surgical stapler for stapling together two parts of hollow organs, the stapler comprising: (a) an elongated flexible tubular body (26) having two ends; (b) a handle attached to a first end of said body; (c) a first jaw (11) having an axial jaw hole therethrough and two faces, a first of said faces being attached to the second end of said body; (c) a flexible cable (21) slidably disposed inside said body and through said jaw hole, said cable consisting of two portions, a first of said portions defining an end

segment, at least part of which protrudes from the second of said faces of said first jaw; and (d) a second jaw, forming a head, being attachable to said segment; said jaw hole having a non-circular cross-sectional shape and said end segment having a complementary cross-sectional shape such as to allow easy sliding of said end segment through said hole while keeping their mutual angular orientation about the axis of said hole fixed: wherein one of said first and second jaws includes a hammer and the other of said first and second jaws includes an anvil (18).

1855 September 17, 2003 ל התשם״ג ״ ו ל א כ׳ ב

[11] [21] 128205

[54] INDANE D E R I V A T I V E S AND P H A R M A C E U T I C A L COMPOSITIONS CONTAINING T H E SAME

ת ו ח ק ו י ר ר י ש כ ת ן ו ד נ י ת א ו ד ל ו תן ת ו ם א י ל י כ מ ה

[22] 23.7.1997 [31] 60/022547 [32] 26.7.1996 [33] US

893160 15.7.1997 [87] WO 98/04521 [51] Int. CI. 7 C07D 311/07, 311/20, 311/21, 233/41, 233/62, 235/77, 307/02, 307/10,

271/02, 271/08, 271/32, 271/58, 275/28, 327/40, 327/46, 327/48, 333/08, 335/20; C07D 213/81, 261/18; A61K 31/10, 31/16, 31/17, 31/18, 31/265, 31/325, 31/44, 31/535; A61P 9/06, 37/00

[71] Icagen, Inc., Research Triangle Park, N.C., and Eli Lilly and Company, Indianapolis, Ind., both of U.S.A.

[74] Wolff, Bregman and Goiier, ה ל ו ג וולף, ברגמן וP.O.B. 1352, Jerusalem ם רושלי ת.ד. 1352, י

[57] Potassium channel inhibitory compounds of the formula

wherein, R 1 is H, alkyl or is selected from the group consisting of an optionally substituted aryl, an optionally substituted heteroaryl, an optionally substituted heterocyclyl and an optionally substituted carbocycloalkyl; R 2 is selected from the group consisting of alkyl, an optionally substituted aryl, an optionally substituted heteroaryl, an optionally substituted heterocyclyl and an optionally substituted carbocycloalkyl;

R 3 is hydrogen or methyl; X 1 is C=0, C=S, or S0 2 ; X 2 is C=0 or S0 2 ; Y 1 is O, (CH 2 ) P , C H 2 0 , HC=CH or NH; wherein p is 0, 1 or 2; Y 2 is O, (CH 2 ) q , HC=CH or NH; wherein q is 0 or 1; Z is H, OR 5 or NR 6 R 7 ; wherein R 5 is H, (CH 2 ) m -R 8 ; or C(O) -(CH 2 ) m -R 8 ; m = 1 to 5;


R 8 is (R 9 ) 2 , N(R 9 ) 3 L or C 0 2 R 9 ; wherein each R 9 is independently selected from H or alkyl; and L is a counter ion; R 6 is H or alkyl;

R7 is H, alkyl or C 0 2 R 1 0 ; wherein R 1 0 is alkyl; or pharmaceutical^ acceptable salts or prodrugs thereof.

[11] [21] 128487

[54] N A V I G A T I O N A L S Y S T E M S וט ו י ת נ ו כ ר ע מ

[ 1 1 . 2 . 1 9 9 9 [22 [ 3 3 ] 13.3.1998 [32] 9805473.7 [31] GB [51] Int. CI. 7 G01S 7/48; G01C 21/00 [71] BAE Systems Electronics Limited,

Farnborough, Hamps., England [74] Reinhoid Cohn and Partners, , ו י פ ת ו ש ן ו ה ד כ ל ו ה נ י י ר

P.O.B. 4060, Tel-Aviv ב י ב ־ א ל . 4060, ת ד . ת

[57] A navigational fix generator, information of an area to be overflown by comprising: a receiver (11) operably the aircraft, and the processor is operably arranged to receive a signal representative arranged to access boundary information in of terrain culture features in a linear accordance with detected terrain culture manner along a flight path of an aircraft, a features and to locate a navigational fix for processor (12) operably arranged to sample the aircraft by successive combination of (at 16) the signal and to detect (at 17) accessed boundary information until a most terrain cultue features, a database (14) probable navigational fix position is operably arranged to store boundary located.

1857 September 17, 2003 ג ־ ל התשס״ ו ל א ׳ ב כ

[11] [21] 128606

[54] AUTONOMOUS H E L I C O P T E R B L A D E END L I G H T I N G D E V I C E

[22] 18.2.1999 [31] 035891 [32] 6.3.1998 [51] Int. CI. 7 B64D 47/06 [71] International Technologies (Lasers) Ltd.,

Rishon LeZion [72] Zeev Pniel [74] G.E. Ehrlich (1995) Ltd., 28 Bezalel St.,

Ramat Gan

ב ה ה ל צ ק י ל מ ו נ ו ט ו ה א ר ו א ן ת ק ת מק ו ס מ

1^

ת (לייזרים) בע״מ, ו י מ ו א ל נ י ת ב ו י ג ו ל ו נ כ טן ו ן לצי ראשו

ל א י נ ב פ א זך (1995) בע״מ, י ל ר ג.א. א

ת גן מ ל 28, ר א ל צ רח׳ ב

[57] An autonomous helicopter blade end lighting device (20) comprising a light source being connectable to a helicopter blade end (21), and a power source being connectable to said helicopter blade end for

providing said light source with power for operation, wherein said power source is a battery oriented such that its pointed end faces away from said end of said blade.


[11] [21] 128857

[54] METHOD F O R T H E MODIFICATION O F (POLY) PEPTIDES FOR F A C I L I T A T I N G PURIFICATION T H E R E O F AND PROCESS F O R T H E PREPARATION O F PURIFIED (POLY) PEPTIDES

[22] 9.9.1997 [31] 96202515.1 [32] 9.9.1996 [33] EP

97201318.9 • 2.5.1997 [87] W O 98/09983 [51] Int. Cl. 7 C07K 1/14 [71] R M F Dictagene S.A., Prilly, Switzerland [74] Eitan, Pearl, Latzer & Cohen-

Zedek, 7 Shenkar St., Herzliya

[57] Method for the modification of (poly) peptides for facilitating purification thereof, which modification method comprises the insertion of at least one specifically cleavable methionine and a tag at the end of the (poly) peptide chain during synthesis thereof and protecting

שיטה למודיפיקציה של (פולי) פפטידים להקלת טיהור שלהם ותהליך להבנת (פולי) פפטידים

מטוהרים

איתן, פרל, לצר וכהן־צדק,ה י רח׳ שנקר 7, הרצל

methionine residues within the (poly) peptide, if present, against cleavage, by protecting them with a sulfoxide group, characterised in that the tag is a his tag or a large molecule, such as polyethylene glycol.

[11] [21] 128869

[54] A R Y L S U L F O N Y L - S U B S T I T U T E D -P Y R A Z O L O [l,5־a]־PYRIMIDINE AND P Y R A Z O L O [1,5-a] [1, 3, 5] •TRIAZINE D E R I V A T I V E S , T H E I R PREPARATION AND P H A R M A C E U T I C A L COMPOSITIONS CONTAINING T H E M

תולדות של פירזולו [a-5,1]־ פירימידין ופירזולו [a-5,1]־

[5,3,1]-טדיאזין ארילםולפוניל- מותמר, הכנתן ותבשירי רוקחות

המכילים אותן

[22] 8.3.1999 [31] 98104346.6 [32] 11.3.1998 [33] EP [51] Int. Cl. 7 C07D 457/04, 495/14; A61K 31/519, 31/53; A61P 25/00 [71] F. Hoffmann-La Roche AG, Basle,

Switzerland [74] Reinhold Cohn and Partners,

P.O.B. 4060, Tel-Aviv , ו לד כהן ושותפי נהו י ריב י ב א ־ ל ת.ד. 4060, ת

1859 September 17, 2003 ל התשם״ג ־ ו ל א ב׳ ב

[57] Compounds of the formula

wherein R 1 is phenyl, optionally substituted by one or more of lower alkyl, halogen or lower alkoxy; tolyl; pyridyl; naphthyl; or thiopyhenyl; R 2 is hydrogen; lower alkyl; lower thioalkyl; or hydroxy-lower-alkoxy; R 3 is amino; lower alkylamino; di-lower־ alkylamino; piperazinyl, optionally substituted by one or more lower alkyl, benzyl, phenyl or hydroxy-lower-alkyl; morpholinyl; imidazolyl; (CH3)2 N(CH 2 ) n

NH- (CH 3 ) 2 N(CH 2 ) n O-or morpholinyl-(CH 2 ) n )0- in which n signifies 2 or 3; R 4 is hydrogen; lower alkyl; or hydroxy-lower-alkyl; R 5 is hydrogen; halogen; lower alkyl;

C3-C6-cycloalkyl; lower alkyl-lower-alkoxy; hydroxy-lower-alkyl-lower-alkoxy; (CH 3 ) 2

N(CH 2 ) n NH-; piperazinyl, optionally substituted by lower alkyl; methyl-piperazinyl, optionally substituted by lower alkyl; morpholinyl; methyl-morpholinyl: di-lower-alkylamino; or di-lower-alkylamino-lower-alkyl; or R 4 and R 5 together represent ־(CH 2)m־ or -CH 2-S-CH־ 2 wherein m is 3 or 4, and their pharmaceutical^ acceptable salts. They have selective affinity to SHT-6 receptors. Also claimed as novel are compounds of the formula

R 1

o = s = o

September 17, 2003 ־ rou/nn bum 1860 3׳

wherein R 1 is phenyl, optionally substituted by one or more lower alkyl, halogen or lower alkoxy; tolyl; pyridyl; naphthyl; or thiophenyl; R 2 is hydrogen; lower alkyl; lower thioalkyl; or hydroxy-lower-alkoxy; R 3 is amino lower alkylamino; di-lower-alkyl-amino; piperazinyl, optionally substituted by one or more lower alkyl, benzyl, phenyl, or hydroxy-lower-alkyl; morpholinyl; imidazolyl; (CH 3 ) 2 N(CH 2 ) n

NH-; (CH 3 ) 2 N(CH 2 ) n O-or morpholinyl-

[54]

[22] [31] [87] WO 98/13951 [51] Int. CI. 7 H04B 7/216, 17/00 [71] Qualcomm Incorporated, San Diego,

Calif., U.S.A. [74] Sanford T. Colb & Co.,


[57] In a closed loop power control system in a CDMA communication system, a method for generating power control commands comprising the steps of: measuring an inband energy value; computing a non interfering energy value; subtracting said non interfering energy

(CH 2 ) n O-in which n signifies 2 or 3; R 5 is hydrogen; halogen; lower alkyl; C3-C6־cycloalkyl; lower alkyl-lower-alkoxy; hydroxy-lower-alkyl-lower-alkoxy; (CH 3 ) 2 N(CH 2 ) n NH-; piperazinyl, optionally substituted by lower alkyl; methyl-piperazinyl, optionally substituted by lower alkyl; morpholinyl; methyl-morpholinyl; di-lower-alkylamino; or di-lower-alkylamino-lower-alkyl; and their pharmaceutically aceptable salts.

שיטה והתקן למדידת איכות קשר במערכת תקשורת פרוסת אודכי

גל

/ ת ו ש לב ו םנפורד ט. קות ו ב ו ח ת.ד. 2273, ר

value from said inband energy value to provide an interference noise value; measuring a bit energy of a received signal; and computing a signal to noise ratio in accordance with said interference noise value and said bit energy.

[11] [21] 129077

M E T H O D AND APPARATUS F O R MEASURING L I N K Q U A L I T Y IN A SPREAD S P E C T R U M COMMUNICATION S Y S T E M

23.9.1997 722763 [32] 27.9.1996 [33] US


RECEIVE PILOT FRACTION"

r r ו ™ MEASURE ENERGY PILOT Ec FOR FINGER (i)

1 r r 06ג

COMPUTE îor(0

\ r f 108

MEASURE TOTAL ENERGY IN THE BAND 10

r no יCOMPUTE NOISE VALUE FOR FINGER (f)

Nt{l>־Io־îor(f)

יMEASURE TRAFFIC E s (f)

r ^ 114 י

COMPOTE EbOVNttfl

116 ^ י

COMBINE Eb(fVNT(ü FOR A L L FINGERS

[ E N D ]

[11] [21] 129095

[54] D Y N A M I C O P T I C A L SCANNING ת י ט פ ו ה א ק י ר ן ם ו ק י ת י ל מ נ י ן ד ק ת הC O R R E C T I O N D E V I C E

[22] 19.9.1997 [31] 60/026624 [32] 24.9.1996 [33] US

914671 19.8.1997 [87] WO 98/14001 [51] Int. CI. 7 H04N 3/08, 3/09 [71] Thomson-CSF Optronique Canada, Inc.,

St. Laurent, P.Q., Canada [74] Reinhoid Cohn and Partners, , ו י פ ת ו ש ן ו ה ד כ ל ו ה נ י י ר

P.O.B. 4060, Tel-Aviv ב י ב א ־ ל . 4060, ת ד . ת

September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ׳ ב 1862 ב

[57] A device for an infrared imaging apparatus (10, 12, 14, 16, 20, 22, 24, 26, 27, 30, 32, 34, 36) which compensates for scanning nonlinearities and/or electronic delay, comprising a micropositioner (34), an optical element (32) operated by the micropositioner, and means (36) for utilizing scanner positional feedback signals of the apparatus to control operation of the micropositioner, the imaging apparatus including a scanner (10, 14), a detector (22), a combiner (20) that communicates a scanned image to the detector, and an L E D module (24) that is

operatively driven by the detector and generates a photon flux that is combined into an infrared radiation path, to provide an improved image for the infrared imaging apparatus, wherein the photon flux is parallel and opposite in direction to the infrared radiation path, wherein the photon flux is deflected by a mirror (12) of the scanner and then passes from a beam splitter (10) to a display unit (26), wherein the photon flux is sent to the display unit (26) by means of reflection, wherein the device corrects the scanner to eliminate non-uniformities of scan density.

2 6

VISIBLE 4 !(DirrpuT) !PHOTONS

t

16

/ SYNCHRONIZATION SCANNER ELECTRONICS

SIGNALS SCANNER ELECTRONICS

24 |

1863 September 17, 2003 - roumn 1 ? T V I O ׳ D

[11] [21] 129146

[54] PROCESS FOR T H E S E L E C T I V E LIQUID-PHASE HYROGENATION O F a, ^-UNSATURATED CARB O N Y L COMPOUNDS

ת י ל ז ו ה נ ז פ י ב ב י ט ק ל ר ס ו ז י ח ך ל י ל ה ת- /3 ת :0, ו י ל י נ ו ב ר ת ק ו ב ו כ ר ל ת ש

יות ו י רו ת ל ב

[22] 24.3.1999 [31] 19814879.8 [32] 2.4.1998 [33] DE [51] Int. Cl. 7 B01J 8/20; C07C 45/02 [71] BASF Aktiengesellschaft, Ludwigshafen,

Germany [74] Reinhold Cohn and Partners, , ו י תפ ד בהן ושו ל ו ה נ י י ר

P.O.B. 4060, Tei-Aviv ב י ב א ־ ל ת.ד. 4060, ת

[57] A process for the selective liquid-phase hydrogénation of a, /?-unsaturated carbonyl compounds of the formula

4^ 3^נ 2^נ

R ! — C — C — C = 0

where R! is hydrogen or an olefinically unsaturated hydrocarbyl group and R 2 , R3 and R 4 independently of one another, are

hydrogen or a Cl-to C4-alkyl group, to saturated carbonyl compounds of the formula

ן 1 ץ 2R ! — C H — C H — C = 0

using hydrogen in the presence of a pulverulent palladium and/or rhodium catalyst and in the presence of an organic base, which comprises carrying out the

hydrogénation in a packed bubble column reactor with product recycling and circulating hydrogen gas.


[11] [21] 129251

[54] PROCESS AND I N T E R M E D I A T E FOR T H E PRODUCTION O F PYRIDAZINE H E R B I C I D E S AND

תהליך וחומר ביניים לייצור קוטלי עשבים פירידאזין ותהליך להבנת

חומר בינייםPROCESS F O R T H E PREPARATION OF T H E I N T E R M E D I A T E

[22] 16.10.1997 [31] 8/278255 . [32] 21.10.1996 [33] JP

9/146241 4.6.1997 [87] WO 98/17632 [51] Int. CI. 7 C07C 251/76, 255/66, 309/86, 323/48, 327/02; C07D 207/33, 207/36, 209/12,

209/32, 213/30, 213/63, 215/16, 215/24, 217/12, 217/24, 231/12, 231/18, 231/51, 233/64, 233/70, 237/08, 237/14, 239/26, 239/32, 241/12, 231/18, 249/18, 261/08, 263/32, 263/36, 263/58, 265/36, 275/02, 277/24, 277/34, 277/68 279/16, 295/00, 307/38, 307/58, 307/78, 333/16, 333/32, 401/00, 403/00, 405/00, 409/00, 413/00, 417/00

[71] Sumitomo Chemical Company Limited, Osaka, Japan

[74] Dr. Yitzhak Hess & Partners, , ו י תפ ם ושו ק ה ח צ ד״ר יP.O.B. 6451, Tel-Aviv תל־־אביב , 6 4 5 ת.ד. ד

[57] Carboxylic acids of the formula

wherein R 2 and R 3 are independently hydrogen or C ! - C 3 alkyl, and Q is Q-l , Q-2, Q-3, Q-4 or Q-5 of the formula

1865 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ב׳ ב

t R * ־ < > n

O R 5

Q-2 Q-3

Q-4 Q-5

wherein X is hydrogen or halogen; Y is halogen, nitro, cyano or trifluoromethyl; Z 1 and Z 2 are independently oxygen or sulfur; n is 0 or 1; R 4 is hydrogen or C1-C3 alkyl; R 5 is C ! - C 6 alkyl, C r C 6 haloalkyl, ( C 3 - C 6

cycloalkyl) C ! - C 6 alkyl, C 3 - C 6 alkenyl, C 3 - C 6 haloalkenyl, C 3 - C 6 alkynyl, C 3 - C 6

haloalkynyl, cyano C ! - C 6 alkyl, C ! - C 4

alkoxy C r C 4 alkyl, C ! - C 3 alkoxy C ! - C 3

alkoxy C!־C 3 alkyl, carboxy C r C 6 alkyl, ( C r C 6 alkoxy) carbonyl C ! - C 6 alkyl, {(C1-C4 alkoxy) C , - C 4 alkoxy} carbonyl C!־C 6 alkyl, ( C 3 - C 8 cycloalkoxy) carbonyl C ! - C 6 alkyl, -CH 2 CON(R 1 2 )R 1 3 , -CH 2 COO-N(R 1 2 )R 1 3 , -CH(C!-C 4 alkyl) CON(R 1 2 )R 1 3 , - C H ( C r C 4 alkyl) COON(R 1 2 )R 1 3 , C r C 4 alkylthio C r C 4

alkyl or hydroxy C ! - C 6 alkyl;

R 1 2 and R 1 3 are independently hydrogen, or substituents defined in the specification; R 6 is C r C 6 alkyl, C r C 6 haloalky, cyano, carboxy, hydroxy C!־C 6 alkyl, C r C 6

alkoxy C r C 6 alkoxy C r C 6 alkyl, (C! -C 6

alkyl) carbonyloxy C ! - C 6 alkyl, ( C ! - C 6

haloalkyl) carbonyloxy C!־C 6 alkyl or ( C r C 6 alkoxy)־carbonyl; R 7 is hydrogen or C ! - C 6 alkyl; R 8 is C ! - C 6 alkyl, C r C 6 haloalkyl, hydroxy C r C 6 alkyl, C r C 4 alkoxy C ! - C 4

alkyl, C ! - C 3 alkoxy C ! - C 3 alkoxy C , - C 3

alkyl, (C! -C 6 alkyl) carbonyloxy C ! - C 6 alkyl, ( C r C 6 haloalkyl) carbonyl C ! - C 6 alkyl, carboxyl, carboxy C ! - C 6 alkyl, (C! -C 8 alkoxy) carbonyl, ( C ! - C 6

haloalkoxy) carbonyl, (C־ 3 C! 0 cycloalkoxy) carbonyl, ( C 3 - C 8 alkenyloxy) carbonyl, (C־ 3 C 8 alkynyloxy) carbonyl, ( C ! - C 6 alkyl) aminocarbonyl, di(C!־C 6 alkyl)

September 17, 2003 ־ rou/nn ViV^n 1866 3׳

aminocarbonyl, (C! -C 6 alkyl) aminocarbonyloxy C r C 6 alkyl or di(C!־C6

alkyl) aminocarbonyloxy C ! - C 6 alkyl; B is hydrogen, halogen, nitro, cyano, chlorosulfonyl, OR 1 , SR 1 , S 0 2 O R 2 1 , COOR 2 2 , C R 2 3 = C R 2 4 C O O R 2 5 or CH 2 CHWCOOR 2 5 ; W is hydrogen, chlorine or bromine; R 1 is hydrogen, or substituents defined in the specification; R 2 1 is C r C 6 akyl, C!־C 6 haloalkyl, C 3 - C 8

cycloalkyl, C 3 - C 6 alkenyl, C 3 - C 6

haloalkenyl, C 3 - C 6 alkynyl, C־ 3 C 6

haloalkynyl or benzyl; R 2 2 is hydrogen, C r C 6 alkyl, C r C 6

haloalkyl, C 3 - C 8 cycloalkyl, benzyl, C־ 3 C 6

alkenyl, C 3-C6 haloalkenyl, C־ 3 C 6 alkynyl, C 3 - C 6 haloalkynyl, cyano C r C 6 alkyl, C r C 4 alkoxy C ! - C 6 alkyl, C r C 4 alkylthio C ! - C 4 alkyl, carboxy C ! - C 6 alkyl (C! -C 8

alkoxy) carbonyl C ! - C 6 alkyl, (C!־C 6

haloalkoxy) carbonyl C ! - C 6 alkyl { (C!-C 4

alkoxy) C ! - C 6 alkoxy} carbonyl C ! - C 6

alkyl, (C־ 3 C 8 cycloalkoxy) carbonyl C ! - C 6

alkyl, ( C r C 6 alkyl) carbonyl C ! - C 6 alkyl,

( C ! - C 6 haloalkyl) carbonyl C R C 6 alkyl, { ( C R C 4 alkoxy) C ! - C 4 alkyl} carbonyl CI-CÓ alkyl, ( C 3 - C 8 cycloalkyl) carbonyl C R C 6 alkyl, - C H 2 C O O N ( R 2 6 ) R 2 7 , - C H ( C r C 4 alkyl)COON(R 2 6)R 2 7, - C H 2 C O N ( R 2 6 ) R 2 7 , - C H - ( C r C 4 alkyl) CON(R 2 6 )R 2 7 , { ( C r C 6 alkoxy) carbonyl C R C 6 alkyl} oxycarbonyl C r C 6 alkyl or hydroxy C ! - C 6 alkyl; R 2 6 and R 2 7 are independently hydrogen, C ! - C 6 alkyl, C r C 6 haloalkyl, C 3 - C 6

alkenyl, C 3 - C 6 alkynyl, cyano, C ! - C 6 alkyl, C ! - C 4 alkoxy C ! - C 4 alkyl, C!־C 4 alkylthio C ! ־ C 4 alkyl, carboxy C r C 6 alkyl, ( C ! - C 6

alkoxy) carbonyl C r C 6 alkyl, ( C 3 - C 8

cycloalkoxy) carbonyl C!-C6 alkyl or { ( C ! ־ C 4 alkoxy) C ! - C 4 alkyl} carbonyl C R C 6 alkyl, or R 2 6 and R 2 7 are taken together to form tetramethylene, pentamethylene or ethyleneoxy-ethylene; R 2 3 and R 2 4 are independently hydrogen, halogen, C ! - C 6 alkyl; and R 2 5 is hydrogen, C ! - C 6 alkyl, C ! - C 6

haloalkyl, C 3 - C 8 cycloalkyl or C 3 - C 6

alkenyl, or their salts with an alkali metal, an alkaline earth metal or an amine.

1867 September 17, 2003 - rou/nn V6־ia 3׳

[11] [21] 129261

[54] M E T H O D AND APPARATUS F O R ר ב ג ת מ ו נ י ס ת ח ר ב ג ה ן ל ק ת ה ה ו ס י שI N C R E A S I N G R E C E I V E R ת ו ע ר פ ה לIMMUNITY T O I N T E R F E R E N C E

[22] 30.9.1997 [87] WO 99/29047 [51] Int. CI. 7 H04B 1/00, 1/16; H03G 1/20 [71] Qualcomm Incorporated, San Diego,

Calif., U.S.A. [74] Sanford T. Colb & Co.,

P.O.B. 2273, Rehovot / ת ו ש ב ו ל ו רד ט. ק ו פ םנ

ת ו ב ו ח ת.ד. 2273, ר

[57] A method for adjusting the gain of a circuit, the circuit having an amplifier and receiving a signal having power (115) the method comprising the steps of: measuring power of said signal; comparing said measured power of said signal with a first threshold; decreasing a gain (110) of said amplifier for a predetermined time period if said measured signal power is greater than said first threshold; remeasuring power of

said signal (135, 145); comparing (150) said remeasured power of said signal with a second threshold; varying said gain (125) of said amplifier; detecting a change in said signal power; increasing said gain of said amplifier if said remeasured power of said signal is less than said second threshold and said detected change is less than a predetermined amount.

1 5 0 ^ 120

AGC

ANTENNA- DUPL

115

LNA

105 POWER DET& LOOP

FILTER

X t ^ i i o A C C > —

135

130

A G C

145

A CDMA

M A l t H E D (NARROW)

FILttiR

.¿1 150 POWER DCT& LOOP

RLTliRj

M ^ - 1 2 5

AGC"

September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א 1868 ב׳ ב

[11] [21] 129285

[54] S Y S T E M AND M E T H O D F O R מערבת ושיטה להפצת הודעות D I S T R I B U T I N G B U L L E T I N S T O למחשבים חיצוניים הנגישים E X T E R N A L C O M P U T E R S לרשתות מחשב באזורים נרחבים A C C E S S I N G W I D E A R E A C O M P U T E R N E T W O R K S

[22] 15.9.1997 [31] 60/027677 [32] 7.10.1996 [33] US

866265 30.5.1997 [87] WO 98/15902 ־ [51] Int. CI. 7 G06F 17/60; H04L 29/00 [71] Novaville AG, Berlin, Germany [74] Wolff, Bregman and Goller,

P.O.B. 1352, Jerusalem ה ל ו ג ן ו מ ג ר , ב ף ל ו ו

ם י ל ש ו ר , י . 352ו ד . ת

[57] A network access system (105) for relaying information between a wide area computer network and an external computer (203, 202), and for distributing at least one bulletin to said external computer, said network access system comprising: a first interface (208) that couples said network access system to said wide area computer network and that receives said information from said wide area computer network; a second interface (204, 205) that couples said network access system to said external computer and that transmits said

information and said at least one bulletin to said external computer; a local storage device (206) that stores said at least one bulletin; and a bulletin server (201) that, in response to said first interface receiving said information from said wide area computer network, retrieves said at least one bulletin from said local storage device and transmits said at least one bulletin with said information being received by said first interface and transmitted by said second interface.


[11] [21] 129311

[54] T H E R M O P L A S T I C PATTERN-FORMING COMPOSITIONS CONTAINING AQUEOUS G E L F I L L E R AND R E L A T E D METHODS F O R PREPARATION AND USE T H E R E O F

עדי ו ם י י י ט ם ל פ ו מ ר ם ט י ר י ש כ תי מ י ל מ ׳ ם ג י ל י כ מ ת ה ו א מ ג ו ד

ם ת נ כ ה ת ל ו ר ו ש ת ק ו ט י , ש ה ל א מ מ בם ה ש ב ו מ י ש ו

[22] 30.9.1997 [31] 726428 [32] 4.10.1996 [33] US [87] WO 98/14514 [51] Int. CI. 7 C08L 3/00, 91/06; B28B 7/36; B29C 33/40 [71] Paul Solomon, Glencoe, 111., U.S.A. [74] Eitan, Pearl, Latzer & Cohen- ,איתן, פרל, לצר ובהן־צדק

Zedek, 7 Shenkar St., Herzliya ה י רח׳ שנקר 7, הרצל

September 17, 2003 ל התשם״ג ־ ו ל א 1870 ב׳ ב

[57] A thermoplastic composition for casting thermoplastic patterns in investment casting, comprising from about 5 to about 70% by weight aqueous gel filler dispersed through a continuous phase of thermoplastic material, or a thermoplastic

[54]

[22] [31] [87] [51] [71]

[74]

[57] A contention free switch comprising N input sources of signals and M output destinations for said signals, where N is a positive integer, and M is a positive integer an input circuit for each input source, said input circuit comprising an input cell for each output destination, wherein said input circuit directs each signal received from said input source to the input cell specific for the destination of said signal and wherein each input cell transmits said signal to a light source, a light source for each input cell, wherein said light source receives said signal from said input cell and transmits said signal to a

composition suitable for use as a pattern material in investment casting, comprising a thermoplastic and from about 15% by weight to about 40% by weight water dispersed therethrough.

חיבורים פנימיים כוללננים ללא התנגשות

, ו צאט ת לו ו א ט א צ ו לע ב ש ־ ר א ת.ד, 5352, ב

photodetector, a photodetector for each light source wherein said photodetector receives said signal transmitted from said light source and transmits said signal to an output cell, an output cell for each photodetector, wherein said output cell receives said signal from said photodetector and transmits said signal to an output circuit, an output circuit for each output destination, said output circuit comprising an output cell for each input source, said output circuit receiving a signal from each said output cell and transmitting each said signal to said output destination.

[11] [21] 129325

CONTENTION F R E E G L O B A L INTERCONNECTION

8.10.1997 728542 [32] 9.10.1996 [33] US WO 98/16084 Int. CI. 7 H04Q 11/04; H04J 14/00 Valentin Morozov, Campbell, Calif, and

Nodal Technology Inc., Barrington, 111., both of U.S.A.

Luzzatto & Luzzatto, P.O.B. 5352, Beersheba

1871 September 17, 2003 - ג ״ ס ש ת ל ה ו ל א ב׳ ב

Input Circuit

12

Input Chinnel

— I I

Mi l HH HH t i l ־ ׳

Light 13 Source

y T V

H IUI HH HH

Modulating Means

Photodetector

= ׳ 1 22 Output Circuit

p i ^ l i - i !¿¿¿1־! |jroj-0־|

22! Output

Cell

Output Channel

1

Contention Free 4 x 4 Crossbar Switch

September 17, 2003 - y w n n bnVlO 1872 3׳

[11] [21] 129420

[54] SUBSTITUTED 4-BIPHENYL-4-H Y D R O X Y B U T Y R I C ACID D E R I V A T I V E S HAVING MATRIX M E T A L L O P R O T E A S E INHIBITING PROPERTIES , P H A R M A C E U T I C A L COMPOSITIONS CONTAINING T H E M AND A METHOD FOR T H E I R PREPARATION

- 4 - ל י נ פ י ב - ה 4 צ מ ו ת ח ו ד ל ו תת ו ל ע ת ב ו ר מ ת ו ת מ י ר י ט ו ב י ם ק ו ר ד י ה

ת ו ז א י ט ו ד פ ו ל ט ו מ ב כ ל ע ת ש ו נ ו ב תת ו ח ק ו י ר ר י ש כ , ת ם ק י ד ט מ ל ה שן ת נ ב ה ה ל ט י ש ן ו ת ו ם א י ל י כ מ ה

[22] 30.10.1997 [31] 60/030264 [32] 31.10.1996 [33] US [87] WO 98/22436 [51] Int. Cl. - 7 C07C 59/48, 59/54, 59/74, 59/76, 69/003, 69/66, 205/49,

229/32, 229/34, 233/45, 235/72, 235/84, 255/50, 271/22, 275/24, 275/26, 311/15, 317/44, 323/62; C07D 207/26, 207/40, 207/444, 209/08, 209/48, 209/56, 221/06, 233/72, 249/12, 317/48, 421/00; A61K 31/19, 31/195, 31/215, 31/275, 31/325, 31/36, 31/395; A61P 7/02 9/10, 19/02, 25/00, 29/00, 35/00

[71] Bayer Corporation, Pittsburgh, Pa., U.S.A.

[74] Reinhoid Cohn and Partners, , ו י תפ ן ושו ה ד ב ל ו ה נ י י רP.O.B. 4060, Tel-Aviv ת.ד. 4060, תל־־אביב

[57] A compound having matrix metalloprotease inhibitory activity of the formula

A

H

1873 September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א ב׳ ב

wherein: T is a pharmaceutically-acceptable substituent group; x is 0,1 or 2; m is 0 or an integer of 1-4; n is 0 or 1; and either A and G are both C H 2 ; or A is CH or N; and G is CH; and A is connected to G by a ring-forming linkage of formula: (CH2)o.3(CH2)o-3; wherein Q is a chemical bond, S or O; resulting in formation of a ring which includes A, said ring-forming linkage, and G; with the provisos that the sum of n plus the total number of linking atoms in said ring-forming linkage is an integer of from 1 to 4; and the number of heteroatoms in said ring 0 or 1; R 1 is: aryl of 6-10 carbons, provided that if this aryl group is phenyl, then x is 1 or 2; heteroaryl comprising 4-9 carbons and at least one N, O, or S heteroatom; aryl-substituted alkenyl wherein the aryl portion contains 6-10 carbons and the alkenyl portion contains 2-5 carbons; heteraryl-substituted alkenyl wherein the

heteroaryl portion comprises 4-9 carbons and at least one N, O or S heteroatom, and the alkenyl portion contains 2-5 carbons; aryl-substituted alkynyl wherein the aryl portion contains 6-10 carbons and the alkynyl portion contains 2-5 carbons; heteroaryl-substituted alkynyl wherein the heteroaryl portion comprises 4-9 cabons and at least one N, O, or S heteroatom and the alkynyl portion contains 2-5 carbons; N-phthalimidoyl; N-(l,2- naphthalenedicarboximidoyl); N-2,3- naphthalenedicarboximidoyl); N-(l ,8- naphthalenedicarboximidoyl); N-indoloyl; N-(2-pyrrolodinoyl); N-succinimidoyl; N-maleimidoyl; 3-hydantoinyl; 1,2,4-urazolyl; amino; a urethane; a urea; a nonaromatic substituted or unsubstituted heterocycle containing and connected through an N atom, and comprising one additional O or S; an amino; and ZR 8 in which Z represents

O

or — Q — ; and

R 8 is: aryl of 6-10 carbons; heteroaryl comprising 4-9 carbons and at least one N, O, or S heteroatom; arylalkyl wherein the aryl portion contains 6-12 carbons and the alkyl portion contains 1-4 carbons; or heteroaryl-alkyl wherein the aryl portion comprises 4-9 carbons and at least one N, O, or S heteroatom and the alkyl portion contains 1-4 carbon atoms; or with the

proviso that when Z is O, R 8 may also be alkyleneoxy or polyalkyleneoxy terminated with H, alkyl, or phenyl; aryl or heteroaryl portions of any of the T or R 1 groups optionally bearing up to two substituents selected from the group consisting of - (CH 2 ) y C(R ״ ) (R 1 2 )OH, - (CH 2 ) 7 yOR n ־ , (CH 2 ) y SR n , - (CH 2 ) y S(0)R n ־ , (CH 2 ) y S(0)R ״ m - (CH 2 ) y S0 2 N(R n ) 2 , - (CH 2 ) y N(R 2 ( ״ ,

September 17, 2003 ־ r w n n b*bx2. ׳D 1874

CH)־ 2 ) y N(R n )COR 1 2 , - O C ( R 2 0 ( ״ - in which both oxygen atoms are connected to the aryl ring, CH)־ 2 ) y COR n , (CH 2 ) y CON(R n ) 2 ־ , ( C H 2 ) y C 0 2 R ״ , ־ (CH 2 ) y OCOR ״ , -halogen, -CHO, - C F 3 , -N0 2 , -CN, and - R 1 2 , in which y is 0-4; R 1 1 represents H or lower alkyl of 1-4

carbon atoms; and R represents lower alkyl of 1-4 carbon atoms; said compound being a mixture of diastereomers, or the single diastereomer which has the greater MMP inhibitory activity of the diastereomers constituting said mixture of diastereomers; a prodrug thereof or a pharmaceutically-acceptable salt thereof.

[11] [21] 129532

[54] P O L Y O L E F I N S AND T H E I R ת ו ל ע פ ו ש ת מ ו ד ל ו ת ם ו י נ י פ ל ו א י ל ו פF U N C T I O N A L I Z E D D E R I V A T I V E S ק ל י ד ד י ש ב ת ה ו ב י ד ס מ ו ח ם ו ה ל שAND L U B R I C A N T AND F U E L ם ת ו ם א י ל י כ מ הCOMPOSITIONS CONTAINING T H E S A M E

[22] 3.11.1997 [31] 19645430.1 [32] 4.11.1996 [33] DE [87] W O 98/20053 [51] Int. Cl. 7 C08F 8/30; C10L 1/22; C10M 133/52 [71] BASF Aktiengesellschaft, Ludwigshafen,

Germany [74] Reinhoid Cohn and Partners, , ו י פ ת ו ש ן ו ה ד ב ל ו ה נ י י ר

P.O.B. 4060, Tel-Aviv ב י ב א ־ ל . 4060, ת ד . ת

[57] A polyolefin obtained by catalytic dimerization of at least monounsaturated olefin oligomers, the olefin oligomers being homo- or cooligomers of C3״C6-o!efins, selected from propene, 1- butene, isobutene, 1-pentene, 2- methylbutene, 1-hexene, 2-methylpentene, 3-methylpentene, or 4-methylpentene, if required in combination with ethylene, and the polyolefin having number average molecular weight of from 400 to 1500 daltons and a dispersity Mw/Mn < 1.2 and being at least monoethylenically unsaturated.

Also claimed is a functionalized polyolefin obtainable by functionalizing a polyolefin which is obtained by catalytic dimerization of at least monounsaturated olefin oligomers, the polyolefin having a number average molecular weight of from 400 to 1500 dalton and a dispersity M w / M n < 1.2 and being at least monoethylenically unsaturated, wherein the functionalized polyolefin is of the formula Ri-X R is the polyolefin radical, i is an integer from 1 to 4 and, when i is 1, X is a functional group of the formula:


CH־ 2 •N־ I

Y Z

where k and 1, independently of one another, are each 0 or 1, R' is hydrogen, alkyl, hydroxyalkyl,

aminoalkyl, cycloalkyl, aryl, aralkyl or -Y-Z-, -Y- is a group

— A l k - o-l— A l k 1

J p or A l k — N ( R " ) — A l k ' •

. J p

where Alk and Alk' are identical or R״ is hydrogen, alkyl or aryl, and different and are each C2־C4־alkylene, Z is selected from amongst p is an integer from 0 to 10 and

where R 1 and R 2 independently of one another, are each hydrogen, alkyl, cycloalkyl, hydroxyalkyl, aryl or aralkyl and, if 1 is 0, may also be R and ־CH2-R, where R has the abovementioned meanings, or R 1 and R 2 , together with the nitrogen atom to which they are bonded, form an unsubstituted or substituted heterocyclic structure which may contain a further heteroatom selected from oxygen and nitrogen, A is C3-C5־alkylene which unsubstituted

or mono- or poly substituted by alkyl, cycloalkyl, aryl, hetaryl, aralkyl, or hetaralkyl, A' is C2-C4-alkylene, or C2-C4-alkenylene, both of which are unsubstituted or mono-or polysubstituted by alkyl, cycloalkyl, aryl, hetaryl, aralkyl or hetaralkyl, or is o-arylene, m is 1 or 2, L is hydrogen, alkyl, aryl, aralkyl, hetaryl or hetaralkyl and Z' is selected from amongst

September 17, 2003 ־ a״oumn 7״lVKn 1876 3׳

R 3 .

R*

C — C N

I ' R9

O

C C~־־

R5

U R 12

I C — I

RIO H

r

0 R6

G C H

R7

CN • A l k ״ -

where R 3 - R 1 2 , independently of one another, are each hydrogen, alkyl, aryl, hetaryl, aralkyl or hetaralkyl, q is from 1 to 50 and Alk״ is C2־C4־alkylene which is unsubstituted or hydroxyl-substituted and E

CH־ 2j~<

is hydrogen or one ester equivalent of an aliphatic, aromatic or araliphatic mono-, di־, tri- or tetracarboxylic acid; or X is a functional group of the formula:

A l k -n

where n is an integer from 0 to 50, Alk is a C2־C4-alkylene unit and E has one of the abovementioned

meanings; or X is a functional group of the formula

־CH־ A ־0• 2 l k - NH 2

where s is an integer from 1 to 50 and Alk has one of the abovementioned

meanings; or X is a functional group of the formula

1877 September 17, 2003 ־ rvwnn VlVlO ׳ D

where V is alkyl, aryl, aralkyl, - 0 - R 1 3 or NR־ 1 4 R 1 5 and R 1 3 to R 1 5 , independently of one another, may each be hydrogen, alkyl, which may furthermore be interrupted by one or more nonadjacent oxygen atoms or may also have NH 2 - or OH-groups, or cycloalkyl, aryl, aralkyl, hetaryl

or hetaralkyl, W may be hydrogen, alkyl, cycloalkyl, aryl, aralkyl, hetaryl or hetaralkyl, alkylcarbonyl, alkoxycarbonyl, or alkyaminocarbonyl, or V and W, together with the carbonyl function on V, form a group

0 0

!! II — c — u — c —

where U is oxygen or NR 1 6 , where R 1 6 or, if i is from 2 to 4, X is a group of the may have the meanings stated for R 1 3 - R 1 5 ; formula

OH

G - f - 0 CH CH CH 2 N ־ ) ־

i r R " L

where G is derived from a di־, tri- or abovementioned meanings and R 1 7 is tetravalent aliphatic radical, L has the hydrogen or C r C 4 -a lkyl .

[11] [21] 129804

[54] C A T H E T E R F O R A R T I F I C I A L ל ת ש י ת ו כ א ל ה מ י י ד פ ר ה ו ב ר ע ת נ צINSEMINATION O F BIRDS, IN ו ד ו ת ה ו ל ו ג נ ר ט ת ר פ , ב ם י ד ו ב י עP A R T I C U L A R T U R K E Y - H E N S ה , ר ז ת נ ד ע ו ע י י ה ל ט י ש וAND M E T H O D F O R P R O D U C I N G S U C H A C A T H E T E R

[22] 15.9.1998 [31] 9711489 [32] 16.9.1997 [33] FR [87] WO 99/13798 [51] Int. Cl . 7 A61D 19/02 [71] IMV Technologies, l'Aigle, France [74] Reinhold Cohn and Partners,

P.O.B. 4060, Tel-Aviv , ו י תפ ן ושו ה ד ב ל ו ה נ י י רב י ב א ־ ל ת.ד. 4060, ת


[57] A catheter for artificial insemination of birds, in particular turkeys, comprising an extruded plastics material tube, each end (11) of the tube (10) being shaped so that the inside diameter (24) of the tube at its ends is small, characterized in that the

inside diameter of the tube at its ends is reduced to a value in the range from two-thirds to three-quarters the inside diameter of the tube, the reduction optionally being obtained by cold forming at the exit from the extruding machine.

* ח>2u

2Z

70-

2u

20

Figure 1

7 3 י

ל ? *

. Figure ב

,7<

\ \ S \ \ \

[11] [21] 130589

[54] R E A C T I V E T H E R M O E L A S T I C ב י ג י מ מ ר י ת ט ס ל ט א ט ם ו א י ר ק

C R Y O S T A T

[22] 22.10.1998 [31] 961533 [32] 30.10.1997 [33] US [87] WO 99/23426 [51] Int. CI. 7 F25B 9/04, 19/02; G05D 23/19 [71] Raytheon Company, El Segundo, Calif.,

U.S.A. [74] Sanford T. Colb & Co.,


/ ת ר ש ב ו ל ו ד ט. ק ר ו פ נ םת ו ב ו ח ת.ד. 2273, ר


[57] A cryostat system comprising: valve means (30, 50) for controlling a flow of cryogen into a plenum chamber (32) between an end of the cryostat (12) and a dewar coldwell end (18); means (40) for actuating said valve means including: temperature sensitive means (42) including a rod of polymeric material having a high coefficient of thermal expansion for actuating said valve means in response to temperature and means (44) for applying heat to said temperature sensitive means, said means for applying heat including a coil of wire embedded in said rod; sensor means (62) disposed in said plenum chamber for sensing temperature in said cryostat and providing an electrical signal in response thereto; and circuit means (60) responsive to said signal for actuating said means for applying heat to said temperature sensitive means.

[54]

[22] [31] [87] [51] [71]

[74]

[57] An inhalation device comprising a body (55) defining a reservoir (56) for medicament in the form of a powder, an outlet through which a user can inhale, and a dosing member (53) with at least one metering recess (65) formed therein, the dosing member being moveable between a first position in which the at least one

10

! ן א ש מ

, ו ן ושותפי ה ד כ ל ו ה נ י י רב י ב ־ א ל ת.ד. 4060, ת

metering recess communicates with the reservoir to receive a dose of powder therefrom and a second position in which the at least one metering recess communicates with the outlet to permit the user to inhale the dose, the at least one metering recess being formed in a face of the dosing member, the face being urged

[11] [21] 130687

INHALATION D E V I C E

6.1.1998 9700226.5 [32] 8.1.1997 [33] GB WO 98/30262 Int. Cl. 7 A61M 15/00, 16/00; B05D 7/14; B65D 83/06 Glaxo Group Limited, Greenford,

Middlesex, England Reinhold Cohn and Partners,



into contact against a similar mating face of the body at the lower end of the reservoir to form a dynamic seal,

characterised in that at least one of the faces is made of a flexible material having a hardness of less than 80 Shore A.

[11] [21] 130782

[54] DISPLAY UNITS ה ג ו ע יהידורנ ה

[ 4 . 7 . 1 9 9 7 [22 [51] Int. CI. 7 G09F 11/00 [71] MVT Multi Vision Technologies Ltd.,

Rosh Ha'Ayin [74] Luzzatto & Luzzatto,

P.O.B. 5352, Beersheba

ת בע״מ, ו י ג ו ל ו נ י וויזץ טכ ט ל ו .טי מ י ו אם.ן י ע ש ה א ר

, צאטו ת לו ו א ט א צ ו לע ב ת.ד. 55-52, באר״ ש

[57] A display unit for displaying two or more consecutively chang ing iuiflges, saio unit comprising: a curved lenticular panel (1) having front and rear faces; a displaceable, lightweight, image-carrying film (6) spread out along said rear face;

an electric device (22) coupled to said film for periodically displacing the film across the lenses of said panel, and guide means facilitating the smooth reciprocating movement of said film.


ת ו מ ר ד ו ש י י ה ל ט י ש

[11] [21] 131036

[54] I M A G E ALIGNMENT METHOD

[22] 27.10.1997 [31] 741920 [32] 31.10.1996 [33] US

741289 30.10.1996 741481 30.10.1996

[51] Int. CI. 7 G02B 23/12 [62] Division from 122041 [71] Litton Systems, Inc., Woodland Hills,

Calif., U.S.A. [74] Luzzatto & Luzzatto,


[57] A method of aligning an image at a focal plane, comprising the steps of: at a focal plane, rotating an offset of an image intensifier tube into alignment with an

, צאטו ת לו ו א ט א צ ו לע ב ש ־ ר א ת.ד. 5352, ב

adjustable axis of a deflecting surface; and adjusting the deflecting surface along the adjustable axis to center the image at the focal plane.

September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א 1882 כ׳ ב

[11] [21] 131141

[54] P R O J E C T I L E SABOT ANT1- ל ע נ ר מ ו ב ת ע ו ע ק ב ת ת ה ע נ ו מ ת ה ע ב טS P L I T T I N G R I N G ע י ל ל ק ש

[ 2 8 . 7 . 1 9 9 9 [22 [ 3 3 ] 25.8.1998 [32] 140512 [31] US [51] Int. Cl. 7 F42B 14/06 [71] Alliant Techsystems Inc., Hopkins,

Minn., U.S.A. [74] Seiigsohn & Gabrieii, , י ת גבריאל זליגםון א

P.O.B. 1426, Tel-Aviv ב י ב א ־ ל ת.ד. 426ו, ת

[57] An anti-splitting ring (50) for a composite sabot having a front scoop with a front edge (40) including a plurality of sabot petals, wherein said anti-splitting ring is mounted on said front edge and said

anti-splitting ring comprises a plurality of separated ring segments (42) for preventing splitting of any of the plurality of sabot petals.

1883 September 17, 2003 - ג ״ ם ש ת ל ה ו ל א ב׳ ב

[11] [21] 131404

[54] C O M B I N E D A I R I N L E T ב ל ו ש ר מ י ו ח א ת פ

[ 1 5 . 8 . 1 9 9 9 [22 [51] Int. CI. 7 F24F 3/16, 13/28 [71] Twitopiast Ltd., Petach Tikva ה ו ק ת ־ ה ת ט בע״מ, פ ס ל פ ו ט י ו ט[74] Eitan, Pearl, Latzer & Cohen- ,־צדק בהן ר ו צ , ל , פרל איתן

Zedek, 7 Shenkar St., Herzliya ה י ל צ ר רח׳ שנקר 7, ה

[57] A filtering air inlet unit for recycling air in a central air-conditioning system, comprising a hollow body (14) provided with at least one air outlet (16), and an inlet opening (12) configured to locate and retain a removable filter

element, characterized by a frame (22) surrounding said inlet being integral with said hollow body and being provided with means (20) for support and retention of said filter element and further serving for mounting the unit in a pre-cut aperture.

[11] [21] 131565

[54] C A B L E F O R C O M P U T E D ה י פ ר ג ו מ ו ת ט ב ר ע ר מ ו ב ל ע ב בT O M O G R A P H Y S Y S T E M ת ב ש ח ו מ מ

[ 2 4 . 8 . 1 9 9 9 [22 [ 3 3 ] 25.8.1998 [32] 139548 [31] US [51] Int. CI. 7 GO IT 1/00// HO IB 7/08 [71] General Electric Company, Schenectady,

N.Y., U.S.A. [74] Seiigsohn & Gabrieii, , ת גבריאלי זליגםון א

p.o.B. 1426, Tel-Aviv ב י ב א ־ ל . 1426, ת ד ת.


[57] A cable (60) for a computed tomography system, the system including at least one detector (18) and a data acquisition system (DAS) (32), said cable comprising: at least one conductor layer (66) for electrically connecting the detector to the DAS; a first shield layer (68) adjacent said conductor layer, said first shield layer comprising a first thermal barrier (100) extending diagonally across said first shield layer; a first insulating layer (72) between said conductor layer and said first shield layer, said layers

continuously bonded together from a first end to a second end of said cable; a second shield layer (70) adjacent said conductor layer on a side opposing said first shield layer; and a second insulating layer (74) between said second shield layer and said conductor layer; wherein said second shield layer comprises a second thermal barrier (102) extending diagonally across said second shield layer and said first and second thermal barriers are canted in opposite directions.

[11] [21] 131566

¡54] METHODS AND APPARATUS FOR ת כ ר ע מ ות ב ן בעי ו ר ת פ ת *־התקן ל ו שמזTROUBLESHOOTING ה ל ק ת עט ס י ב ת ה ־ ב ה ר י י מ ד הSCALEABLE MULTISLICE IMAGING SYSTEM

[22] 24.8.1999 [31] 140290 [32] 25.8.1998 [33] US [51] Int. CI. 7 G01N 23/00// G01T 1/00// A61B 6/03 [71] General Electric Company, Schenectady,

N.Y., U.S.A. [74] Seiigsohn & Gabrieii, , י ת גבריאל ן א זליגםו

P.O.B. 1426, Tel-Aviv ב י ב א ־ ל ת.ד. 426 ו, ת

188E September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א ב׳ ב

[57] A method of troubleshooting an imaging system, the imaging system including an x-ray source for emitting an x-ray beam, a multislice detector, and a data acquisition system having a plurality of channels, said method comprising the steps of: altering a configuration of interconnections between the detector and the data acquisition system; performing a scan after said altering step; generating

detector intensity data; generating digital data based on the detector intensity data; comparing the digital data to reference data having a defined detector configuration; and identifying a faulty component based on the comparison, and wherein altering a configuration of interconnections between the detector and the data acquisition system includes electrically connecting the same intensity data to a plurality of channels.

[11] [21] 131861

[54] [22] [31] [87] [51] [71]

[74]

BUTTON FOR A K E Y B O A R D

20.1.1999 19802292.1 [32] 22.1.1998 WO 99/38180 Int. CI. 7 H01H 13/70 Rafi GmbH & Co. Elektrotechnische

Spezialfabrik, Ravensburg, Germany Wolff, Bregman and Goller,


[57] A key assembly for a keyboard, the key assembly comprising a key head (3) having a bottom cylindrical part (14), a base part (1) having a recess therein, and an elastically deformable return part (4) disposed in the recess (7) and arranged between said key head and said base part, the bottom cylindrical part of said key head being movable axially into the recess when said key head is pressed down against a force of said return part, and a cylindrical intermediate part (2) arranged between the

בבתור עבור מיקלדת

[33] DE

ה ל ו ג וולף, ברגמן ום י רושל ת.ד. 352 ו, י

bottom cylindrical part of said key head and a wall of the base part recess, said cylindrical intermediate part being movable axially and rotatively into the recess when said key head is pressed, the bottom cylindrical part of said key head and said intermediate part engaging rotatively, and said intermediate part and the base part recess wall engaging rotatively, in a screw-like fashion with one rotative engagement running in an opposite direction to the other rotative engagement.

A-A 12


[11] [21] 132246

[54] P O W E R A M P L I F I E R AND M E T H O D ה ר ו ט ר פ מ ת ט ר ק ב ה ל ט י ש ח ו ו ר כ ב ג מF O R T E M P E R A T U R E C O N T R O L ה ן ז י י נ ע בT H E R E I N

[22] 3.4.1998 [31] 9701521-8 [32] 21.4.1997 [33] SE [87] WO 98/48509 [51] Int. CI. 7 H03F 1/30 [71] Telefonaktiebplaget L M Ericsson,

Stockholm, Sweden [74] Wolff, Bregman and Goiier, ה ל ו ג וולף, ברגמן ו

P.O.B. 1352, Jerusalem ם י ל ש ו ר ת.ד. 1352, י

[57] A power amplifier circuit comprising: an input terminal for receiving an input signal and an output terminal for providing an output signal; at least one transistor (21, 22) for amplifying the input signal to provide the output signal; means (26) for controlling the input signal received at the input terminal; and means (40) for generating a control signal which substantially follows the temperature of the at least one transistor at least in a selected temperature range, said means for

generating a control signal comprises means for generating a signal that substantially corresponds to a momentary power loss in said at least one transistor; wherein said means for controlling the input signal prevents the control signal from exceeding a predetermined level, said, level corresponding to a predetermined temperature of the at least one transistor which is equal to or below a specified maximum temperature for the at least one transistor.

•5-Vcc

2 6

V1

A F Protection I

circus!

25

2Q

1887 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א כ׳ ב

[11] [21] 132256

[54] F E R R U L E W I T H R E L I E F T O ה ע ר פ ת ה ל ע ק ב ו ז י ח ת ל ב ת ו ת כ פ י בR E D U C E G A L L I N G ת ת ח פ ו מ

[ 1 4 . 4 . 1 9 9 8 [22 [ 3 3 ] 15.4.1997 [32] 834255 [31] US

054186 2.4.1998 [87] WO 98/46925 [51] Int. CI. 7 F 1 6 L 19/10 [71] Swagelok Company, Solon, Ohio,

U.S.A. [74] Reinhoid Cohn and Partners, , ו י תפ ן ושו ה ד כ ל ו ה נ י י ר


[57] A tube fitting comprising: a fitting body having a cylindrical bore (112) for receiving a tube end and including a tapered mouth (114) at one end of said bore; a drive member (30) having a threaded engagement with said body and having a ferrule drive surface; a first ferrule having a tapered first end (120) that extends into said tapered mouth of the fitting body and having a second end with a tapered recess that axially extends toward said first end; and a second ferrule (22, 122) having a tapered nose (124) with a first end that extends into said tapered recess of said first ferrule, the improvement

comprising said second ferrule having a contoured face (128) on a second end thereof that engages said drive member ferrule drive surface; said second ferrule having a substantially continuous cylindrical interior wall (42, 44) that closely surrounds the tube end and extends from said first end to said second end, said interior wall having a circumferential recess (40) located between said first and second ends and axially spaced from said first end; said recess and said contoured face reducing force concentrations on said drive member drive surface when the fitting is pulled up.

Figure 1


Figure 3

Figure 8

1889 September 17, 2003 ־ X״vumrt b^Kl ׳ 3

[11] [21] 132261

[54] C U T T I N G T O O L A S S E M B L Y AND ו ר ו ב ח ע מ י ש ך ו ו ת י י ח ל בC U T T I N G INSERT T H E R E F O R

[22] 7.10.1999 [51] Int. CI. 7 B23B 27/00; B23C 5/10 [71] Iscar Ltd., Tefen [72] Amir Satran and Dina Agranovsky [74] Iscar Ltd.,

P.O.B. 11, Tefen

[57] A cutting tool assembly (20) comprising a cutting insert holder (22), a cutting insert (24) and a clamping screw (26), the cutting insert holder comprising a clamping portion (30) connected to a body portion (28); the clamping portion comprising: a lower clamping jaw (34) having a lower peripheral surface (46) and an upper clamping surface (50); an upper clamping jaw (32) resiliently connected to the lower clamping jaw, the upper clamping jaw having a lower clamping surface (42) and an upper peripheral surface (38); a through bore (44) passing through the upper and lower clamping jaws, the through bore being threaded in one of the upper or lower clamping jaws; an insert receiving slot (36) defined between the upper and lower clamping surfaces (50, 42); the cutting insert comprising: an insert upper clamping surface bounded by an upper edge; an insert lower clamping surface bounded by a lower edge; a peripheral side surface between the insert upper clamping surface and the insert lower clamping surface; at least one cutting edge associated with the peripheral side surface; at least one through hole passing through the cutting insert between the insert upper and lower clamping surfaces; wherein the insert upper clamping surface conforms with a portion of a first cylindrical surface having a first

ישקר בע״מ, תפןה אגרנובםקי נ די ר סטרן ו אמי

ישקר בע״מ, ת.ד. 11, תפן

radius of curvature, rl, and a first cylindrer axis; the insert lower clamping surface conforms with a portion of a second cylindrical surface having a second radius of curvature, r2, and a second cylindrical axis; the upper clamping surface of the lower clamping jaw at least partially conforms with a portion of a third cylindrical surface having a third radius of curvature, R2, and a third cylinder axis; the lower clamping surface of the upper clamping jaw (32) at least partially conforms with a portion of a fourth cylindrical surface having a fourth radius of curvature, R l , and a fourth cylinder axis; in a front view of the cutting tool assembly, the upper and lower clamping surface of the lower and upper clamping jaws (34, 32), respectively, are at least partially convex, and the insert lower and upper clamping surfaces are concave; the cutting insert is retained in the insert receiving slot in a retained position by means of the clamping screw which passes through the through bore in the upper and lower clamping jaws of the cutting insert holder and through the at least one through hole in the cutting insert and is screwed into the threaded through bore in one of the upper or lower clamping jaws; the lower clamping surface of the upper


clamping jaw engages the insert upper clamping surface at at least one upper region of contact and the upper clamping surface of the lower clamping jaw engages the insert lower surface at at least one lower region of contact; characterized in

that: the at least one upper region of contact comprises at least two outer regions of the insert upper clamping surface and the at least one lower region of contact comprises at least two outer regions of the insert lower clamping surface.

[11] [21] 132336

[54] METHOD FOR CHARGING T H E ל ה ש פ י ר ש ת ה ד י ח ת י נ י ע ט שיטה לCOMBUSTION UNIT OF A COAL- ם ח ת nv פ ק ל ד ו ת מ ma mrm ה

FUELED POWER STATION

[ 2 2 ] 28.3.1998

[31] 19723145.4 [32] 3.6.1997 [33] DE [87] WO 98/55803 [51] Int. CI. 7 F23K 1/04; F25J 15/02 [71] Forschungszentrum Karlsruhe GmbH,

Karlsruhe, Germany [74] Reinhold Cohn and Partners, , ו נהולד בהן ושותפי י רי


1891 September 17, 2003 - ל התשם״ג ו ל א ב׳ ב

[57] Process for charging the combustion unit of a coal-fueled power station, in which the coal is fed into said combustion unit at least partially using a stream of flue gas, wherein the flue gas stream of the

waste incineration plant in used as flue gas stream, from which to a large extent mercury and other heavy metals, flue ash and hydrochloric acid have been previously removed.

[11] [21] 132461

[54] METHOD O F MANUFACTURING S E R T I N D O L E

ל ו ד נ י ט ר ל ם ה ייעור ש ט י ש

[22] 7.5.1998 [31] 0536/97 [32] 9.5.1997

60/046011 9.5.1997 [87] WO 98/51685 [51] Int. CI. 7 C07C 229/56 [71] H. Lundbeck A/S, Valby-Copenhagen,

Denmark [74] Dr. Yitzhak Hess & Partners,


[33] DK US

ד״ר יצחק הם ושותפיו, ת.ד. 6451, תל־אביב

[57] A process for the preparation of N-(4-fluorophenyl)-N-(2-carboxy-4-chlorophenyl)-glycine comprising a copper catalysed arylation of 2,5-dichlorobenzoic acid with N-(4-fluorophenyl) glycine in which alkali metal salts of

2,5-dichlorobenzoic acid and N-(4-fluorophenyl) glycine are employed in an aqueous, alkaline environment in the presence of a copper catalyst according to the reaction scheme:

C I \ ^ ^ ׳ C 0 0 M 1 NHCH2COOM2

Ç1)Base/Cu/H2

V Ç2) Aq. dilute Acid

COOH

NGH2COOH

wherein M! and M 2 are alkali metal ions.

September 17, 2003 1892 ב׳ באלול התשם״ג ־

[11] [21] 132480

[54] I N C R E A S E D J A M M I N G IMMUNITY GPS/INS ת ו כ ר ע מ ת ל ר ב ג ו ה מ נ ג חB Y O P T I M I Z I N G P R O C E S S I N G ל ה ש י צ ז י מ ו ט פ ו י א ש ע״ ו ב י י ש נ פ בG A I N F O R GPS/INS S Y S T E M S ר ב ג ד ה ו ב י ע

[ 9 . 3 . 1 9 9 8 [22 [ 3 3 ] 21.4.1997 [32] 60/044513 [31] US [87] WO 98/48295 [51] Int. CI. 7 GO IS 5/14; H04K 3/00 [71] Raytheon Company, Lexington, Mass.,

U.S.A. • [74] Luzzatto & Luzzatto,

P.O.B. 5352, Beersheba , צאטו ת לו ו א ט א צ ו ל

ע ב ש ־ ר א ת.ד. 5352, ב

[57] A method for increasing jamming immunity in a GPS system, comprising the steps of: receiving and down-converting GPS signals to provide sine and cosine information; generating correction information by directly filtering said residual information; correcting operational information in response to said correction

information, said operational information including at least one of position, velocity, attitude and alignment information; and using feedback information derived from said operational information to carry out at least one of said steps of receiving and generating GPS residual information.

HARDWARE


[11] [21] 132544

[54] S E L E C T I V E POLARIZATION MATCHING F I L T E R FOR T R I G G E R I N G AND MAXIMIZING RAPID D I E L E C T R O K I N E S I S RESPONSE

, ת י ב י ט ק ל ה ס י צ ז י ר ל ו פ ם ל ו א י ן ת נ ס מל ת ש י ל מ י ס ק ת מ ל ד ג ה ל ר ו ו ד לעי

ה ב ו ג ל ת ע ם ב י ס נ י ק ו ד ט ק א ל א י דה ר י ה מ

[22] 15.4.1998 [31] 840069 [35] 24.4.1997 [33] US [87] WO 98/48267 [51] Int. CI. 7 G01N 27/00 [71] DKL International, Inc., Wilmington,

Del., U.S.A. [74] Jeremy M. Ben-David & Co. Ltd., ,ירמיהו מ. בן־ דוד ושות׳ בע״מ

P.O.B. 45087, Jerusalem ת.ד. 45087, ירושלים

[57] A selective polarization matching filter comprising: a filter housing (14) formed of a first material; a replicate property matching material (12) disposed encapsulated within said filter housing; and a pair of substantially parallel plates (16) disposed encapsulated within said filter housing on opposite sides of said replicate property matching material, said plates being formed of a second material different from said first material, whereby said filter housing, said replicate property matching material and said plates generate an opposite polarization pattern based on a polarization pattern of a to-be-detected entity according to a spatial gradient of the to-be-detected entity local electric field distribution.


[11] [21] 132592

[54] C O O K W A R E L I D AND H A N D L E ת ו י ד ל י ו ל כ מ ל ו ו ש י י ב ל כ ה ל ה כ מA S S E M B L I E S

[22] 27.10.1999 [31] 187445 [32] 6.11.1998 [33] US [51 ] Int. CI. 7 A47J 36/08; B65D 51/16 [71] Dart Industries Inc., Orlando, Fla.,

U.S.A. [74] Reinhold Cohn and Partners,

P.O.B. 4060, Tel-Aviv ריינהולד כהן ושותפיו, ת.ד. 4060, תל־אביב

[57] A cookware handle assembly, comprising: a vessel (12) having a bottom and at least one sidewall (20) extending upward therefrom to a vessel rim (22); a lid (14) having a lid rim (28) sized and shaped to rest upon said vessel rim in a sealed position; first and second side handles mounted to said sidewall at diametrically opposed locations, and each having an upper face; first and second finger protectors mounted to said lid at diametrically opposed locations, and each having a lower face, said first handle and said first finger protector defining a handle set and said second side handle and said second finger protector also defining a hurdle set, each said set having a unique relationship between said upper ;׳¡;4?^:':avi ?jL׳f! said lower face, said mating relationship permitting said upper face and said lower face to be in close vertical proximity when said first finger protector overlies said first side handle and said lid rim rests upon said vessel rim, and wherein said lid may be rotated 180 degrees such that said first finger protector overlies said second side handle and a lack of said unique mating relationship spaces said lid rim from said vessel rim.

1895 September 17, 2003 - כ׳ באלול התשם״ג

[11] [21] 132657

[54] A R T I C L E C A R R I E R AND BLANK T H E R E F O R

רו ה עבו ש י ר פ ץ ו פ א ח ש ו נ

[22] 15.4.1998 [31] 9708771.2 [32] 30.4.1997 [87] WO 98/49071 [51] Int. CI. 7 B65D 71/46 [71] The Mead Corporation, Dayton, Ohio,

U.S.A. [74] Wolff, Bregman and Goller,


[33] GB

וולף, ברגמן וגולר, ת.ד. 1352, ירושלים

[57] A carton of a top gripping type for accomodating at least one container, said carton comprising a top panel (12, 20) to be diposed over said at least one container, said top panel comprising having a support tab (30) struck therefrom, said support tab comprising a main portion (32) hingably to said top panel along a first fold line and a shoulder portion (36, 38) hingably

connected to said main portion along a second fold line extending transversely of said first fold line, said support tab being folded along said first and second fold lines so that an edge of said shoulder portion is diposed in engagement with an underside of a radially protruding part of one of said at least one container.

\ to «

32/ 108 "

־30

־30

— 327 1QB r

3 2 - 1 0 l ׳ 8

September 17, 2003 ל התשס״ג ־ ו ל א 1896 ב׳ ב

[11] [21] 132949

[54] H E R B I C I D A L COMPOSITIONS COMPRISING

ם י ל י כ מ ם ה י ב ש י ע ל ט ו ם ק י ב כ ר הן ו ל ו ז א י ד א י ת ל י ד א

A R Y L T H I A D I A Z O L O N E

[22] 2.6.1998 [31] MI97A001325 [32] 5.6.1997 [33] IT [87] WO 98/54967 [51] Int. Cl. 7 A01N 43/824// C07D 285/08 [71] Isagro Ricerca.S.r.l., Milan, Italy [74] Luzzatto & Luzzatto, ,TOKÏlV ]"IK 1DK2n,־•

P.O.B. 5352, Beersheba ־/attr־tt־a ,5352 .־־.n

[57] Herbicidal compositions comprising: (a) at least one arylthiadiazolone of the formula

wherein: R represents a linear or branched C r C 6 alkyl or haloalkyl group; or a C 3 - C 6

cycloalkyl or halocycloalkyl group; said alkyl or haloalkyl, cycloalkyl or halocycloalkyl groups, optionally substituted with linear or branched C1-C3 alkyl groups; X represents a halogen atom selected from chlorine or fluorine;

Y represents a halogen atom selected from chlorine, fluorine, bromine or iodine; a linear or branched Q-C4 alkyl or haloalkyl group; a linear or branched C r C 4 alkoxyl or haloalkoxy group; R! represents a hydrogen atom or a methyl group; (b) one or more herbicides as defined in the specification. *

1897 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ׳ ב כ

[11] [21] 133030

[54] INJECTION MOLDING SHUT O F F BUSHING WITH S E P A R A T E M A T E R I A L F L O W PATH

ד ר פ ב נ י ת ל ג ע ה ב מ י ר ת ז ר י ג ס ב ל ת ו תה ק י צ י י ב ד עשו מ ו ת ח מ י ר ז ל

ה ק ר ז ה ב

[22] 3.6.1998 [31] 60/049531 [32] 13.6.1997

974638 19.11.1997 [51] Int. CI. 7 B29C 45/20/45/23 [71] Incoe Corporation, Troy, Mich., U.SA. [74] Sanford T. Colb & Co.,


[33] US

/ ת ו ש ב ו ל ו רד ט. ק ו פ סנת ו ב ו ח ת.ד. 2273, ר

[57] An injection mold bushing (10) comprising: an elongated body member (30) having a longitudinal axis; said body member having two ends and a first elongated passageway (52) substantially centrally located in said body member and substantially parallel to said longitudinal axis; said body member having a second longitudinal passageway (60) substantially parallel to said longitudinal axis; an inlet (70) on a first end (72) of said body member for introducing molten plastic material into said second elongated passageway; a tip member (32) positioned on a second end of said body member, said tip member having an orifice (56) therein for passage of molten plastic material therethrough, and having a discharge chamber (38) therein; and a wear bushing member (34) positioned in said chamber and at said second end of said body member; said wear bushing member protecting said second end of said body member from wear from the molten plastic material and also used to help direct molten plastic material through said orifice.


[11] [21] 133411

[54] N U C L E I C A C I D S E Q U E N C E ת י ד י ט ו א ל ק ו ה נ צ מ ו ל דצן1 ח ה ש ק י ד בA N A L Y S I S

[22] 24.7.1998 [31] 9715942.0 [32] 28.7.1997 [33] GB

[87] WO 99/05315 [51] Int. Cl . 7 C12Q 1/68 [71] Medical Biosystems Ltd., Beaston Cross,

Broadhempston, Nr. Totnes, Devon, England

[74] Dr. Yitzhak Hess & Partners, P.O.B. 6451, Tel-Aviv

[57] A method for sequencing a polynucleotide, comprising the steps of: (i) reacting a target polynucleotide with a polymerase enzyme immobilised on a solid support, and the different nucleotides, under conditions sufficient for the

ד״ר יצחק הס ושותפיו, ת.ד. 6451, תל־אביב

polymerase reaction; and (ii) detecting an effect consequent on the incorporation of a specific nucleotide complementary to the target polynucleotide, detection being carried out by measuring radiation.

[11] [21] 133419

[54] D I R E C T - T O - D I G I T A L , י ל ט י ג י ד ת ל ו ר י ש ת י י ר פ ג ו ל ו ה ה ר מ הH O L O G R A P H Y , H O L O G R A P H I C ה ג ו צ ת ת ו י פ ר ג ו ל ו ה ה ד י ד מI N T E R F E R O M E T R Y , AND ת י פ ר ג ו ל ו הH O L O V I S I O N

[22] 9.6.1998 [31] 873252 [32] 11.6.1997 [33] US [87] WO 98/57234 [51] Int. Cl. 7 G03H 1/02 [71] Lockheed Martin Energy Research

Corporation, Oak Ridge, Tenn., U.S.A.

[74] Eitan, Pearl, Latzer & Cohen- ,איתן, פרל, לצר ובהן־צדק Zedek, 7 Shenkar St., Herzliya רח׳ שנקר 7, הרצליה

1899 September 17, 2003 ב׳ באלול התשם״ג ־

[57] An apparatus operable to record a spatially low-frequency heterodyne hologram including spatially heterodyne fringes for Fourier analysis, and apparatus comprising: a laser (210); a beamsplitter (240) optically coupled to said laser; a reference beam mirror (290) optically coupled to said beamsplitter for forming an object and a reference beam; an object (260) optically coupled to said beamsplitter; a focusing lens (270), optically coupled to both said reference beam mirror and said object; a digital recorder optically coupled to said focusing lens; and means for performing a Fourier transform, applying a digital filter, and performing an inverse Fourier transform, wherein the reference beam (280) is

incident upon said reference beam mirror at a non-normal angle, said reference beam and the object beam (250) are focused by said focusing lens at a focal plane of said digital recorder to form a spatially iow-frequency heterodyne hologram including spatially heterodyne fringes for Fourier analysis which is recorded by said digital recorder; and wherein said means is adapted to transform axes of said recorded spatially low-frequency heterodyne hologram including spatially heterodyne fringes in Fourier space to sit on top of a heterodyne carrier frequency defined by an angle between said reference beam and said object beam and adapted to cut off signals around an original origin before performing said inverse Fourier transform.

To CCD Camera

September 17, 2003 ־ roumn blbxz 1900 3׳

[11] [21] 133576

[54] M E T H O D O F I M P R O V I N G T H E י נ ק ת י ל מ ה ש ל ו ע פ ר ה ו פ י ש ה ל ט י שP E R F O R M A N C E O F H E A T - P U M P ח ר ר ק ו צ י י ם ל ו ת ח ב א ש מI N S T A L L A T I O N S F O R M A K I N G I C E

[22] 17.12.1999 [51] Int. Cl. 7 F04D 29/70; F25C 1/16 [71] I.D.E. Technologies Ltd., Raanana [72] Abraham Ophir [74] Reinhold Cohn and Partners,


[57] A method of improving the performance of a heat-pump installation for making ice operating on the principle of mechanical water vapor compression and comprising an evaporator-freezer chamber (1) communicating with a compressor chamber (2) comprising at least one centrifugal compressor unit and communicating with a condenser chamber, said method comprising: (a) providing a first droplet separator (5) of the louver type between the evaporator-freezer chamber and the compressor chamber, for primary separation of

ה נ נ ע , ר מ ״ ע ת ב ו י ג ו ל ו נ כ . ט י א . י ד . י י אר י פ ו ם א ה ר ב א

, ו י פ ת ו ש ן ו ה ד כ ל ו ה נ י י רב י ב א ־ ל , 4060, ת ד . ת

the coarser droplets; (b) providing a second droplet separator (6) of the knitmesh type downstream of the first droplet separator, for secondary separation of the remaining fine spray, and (c) providing a continuous or intermittent spray of a dilute solution of a highly water-soluble inorganic salt counter-currently to the vapor flow, from a plurality of spray nozzles (7) located between said first and second droplet separators and facing said first droplet separator.

1901 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ׳ ב כ

[11] [21] 133702

[54] APPARATUS AND M E T H O D S F O R ם י נ פ ו ת צ ל ל כ ה ת ל ו ט י ש ר ו י ש כ מI N C L U D I N G C O D E S IN AUDIO ם ח ו נ ע פ ע ו מ ת ש ו ת ו א בSIGNALS AND D E C O D I N G

[22] 30.3.1995 [31] 221019 [32] 31.3.1994

408010 24.3.1995 [51] Int. CI. 7 G11B 20/00; H04H 1/00, 9/00 [62] Division from 113190 [71] Arbitron Inc., Columbia, Md., U.S.A. [74] Dr. Shlomo Cohen & Co.,


[33] US

; H04N 7/08

/ ת ו ש ן ו ה ה ב מ ל ד״ר שב י ב א ־ ל ת.ד. 11490, ת

[57] An apparatus for including a code (from 40, 12) having at least one code frequency component with an audio signal (30) having a plurality of audio signal frequency components, comprising: tonal

signal extracting means for extracting a first tonal signal representing a first substantially single frequency component from a plurality of audio signal frequency components; masking evaluation means


(34) for evaluating a masking ability of the first substantially single frequency component of the plurality of audio signal frequency components to mask the at least one code frequency component to human hearing based on the first tonal signal to produce a first masking evaluation;

34

/)ODIO

30

GY

amplitude assigning means for assigning an amplitude to the at least one code frequency component based on the first masking evaluation; and code inclusion means (46) for including the at least one code frequency component with the audio signal.

F 04T/t SIGNAL

So

[111 [21] 133703

[54] APPARATUS AND M E T H O D S F O R ם י נ פ ו ת צ ל ל כ ה ת ל ו ט י ש ר ו י ש כ מI N C L U D I N G C O D E S I N AUDIO ס ח ו נ ע פ ע ו מ ת ש ו ת ו א בSIGNALS AND D E C O D I N G

[22] 30.3.1995 [31] 221019 [32] 31.3.1994 [33] US

408010 24.3.1995 [51] Int. CI. 7 H04L 9/00; H04H 1/00, 9/00; H04N 7/08; Gl IB 20/00 [62] Division from 113190 [71] Arbitron Inc., Columbia, Md., U.S.A. [74] Dr. swomo Cohen & Co., / ת ו ש ן ו ה ה כ מ ל ר ש ״ ד

P.O.B. 11490, Tel-Aviv ב י ב א ־ ל , ת . 490 ו ו ד . ת

1903 September 17, 2003 - ג ״ ם ש ת ל ה ו ל א ׳ ב ב

[57] An apparatus for including a code having a plurality of code frequency components with an audio signal having a plurality of audio signal frequency components, the plurality of code frequency components including a first code frequency component having a first frequency and a second code frequency component having a second frequency different from the first frequency, comprising: tonal signal extracting means for extracting a tonal signal representing a substantially single frequency component from a plurality of audio signal frequency components; first masking evaluation means for evaluating a masking ability of said substantially single frequency component of the plurality of audio signal frequency components to mask a code frequency component having the first

frequency to human hearing to produce a first respective masking evaluation; second masking evaluation means for evaluating a masking ability of said substantially single frequency component of the plurality of audio signal frequency components to mask a code frequency component having the second frequency to human hearing to produce a second respective masking evaluation; amplitude assigning means for assigning a respective amplitude to the first code frequency component based on the first respective masking evaluation and for assigning a respective amplitude to the second code frequency component based on the second respective masking evaluation; and code inclusion means for including the plurality of code frequency components with the audio signal.

1-1-

6£ft.

y*־־-3

4*

September 17, 2003 ־ rDU/nn Vl7״Kn ׳ 3 1904

[11] [21] 133813

[54] M U L T I - F U N C T I O N D A Y / N I G H T / ם ו ת י י פ צ ת י ל ש ו מ י ב ש ר ר י ש כ מO B S E R V A T I O N , RANGING, AND ן ו נ ו ו י לב ח ו ו ו ת ט ד י ד מ , ל ה ל י לS I G H T I N G D E V I C E

[22] 15.7.1998 [31] 901421 [32] 28.7.1997 [33] US [87] WO 99/05468 [51] Int. Cl. 7 F41G 1/38; G02B 7/02 [71] Litton Systems, Inc., Los Angeles,

Calif., U.S.A. [74] Luzzatto & Luzzatto,

P.O.B. 5352, Beersheba , ו ט א צ ו ת ל ו א ט א צ ו ל

ע ב ש ־ ר א . 5352, ב ד . ת

[57] An optical device comprising: an afocal lens group receiving light (24) from a distant scene (16) and collimating this light along an optical axis of the device; a focal lens group receiving said collimated light and focusing this light to an image plane in a fixed reference frame to provide an image of the scene; and one or more means for relatively moving said image of said scene at said image plane; wherein the means for moving said image is selected from the group consisting of: means (40)

for moving said focal lens group axially to focus said light at said image plane of said device; means (44) for laterally moving said focal lens group in a direction perpendicular to said optical axis of said device to translate said image of said scene relative to said fixed reference frame; and means (42) for redirecting said collimated light angularly to translate said image of the scene relative to said fixed reference frame.

*> Ai

Figure 1

1905 September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א ׳ ב כ

[11] [21] 133990

[54] INDOLE AND 2,3-DIHYDROINDOLE D E R I V A T I V E S AND P H A R M A C E U T I C A L COMPOSITIONS COMPRISING T H E M

ל ו ד נ ו ד ד ה י ד - 3 , 2 ל ו ו ד נ י ת א ו ד ל ו תן ת ו ם א י ל י כ מ ת ה ו ח ק ו י ר ר י ש ב ת ו

[22] 20.7.1998 [31] 0892/97 [32] 25.7.1997 [33] DK [87] WO 99/05140 [51] Int. CI. 7 C07D 401/02, 403/02, 405/02, 405/14, 409/02, 409/14, 411/02, 411/14;

A61K 31/34, 31/38, 31/395; A61P 25/00 [71] H. Lundbeck A/S, Copenhagen-Valby,

Denmark [74] Dr. Yitzhak Hess & Partners, , ו י תפ ם ושו ק ה ח צ ד״ד י

P.O.B. 6451, Tel-Aviv ב י ב א ־ ל ת.ד, 6451, ת

[ 5 [57HT!A receptor antagonist indole of 2,3-dihydro-indole derivatives of the formula

R 2 R 1

3 )\_ r־־\ R (\ ff—W^ (CH 2)2 A


any of their enantiomers or any mixture thereof, or acid addition salts thereof, wherein X is -0-, -S-, or -CR 4 R 5 - ; and Y is - C R 6 R 7 - , - C R 6 R 7 - C R 8 R 9 - , or -CR 6 =CR 7 -; or X and Y together form a group -CR=CR 5-,

or -CR 4=CR־ 5CR 6R 7-; Z is -0-, or -S-; W is N, C, or CH; A is a group selected from a group of the formula

wherein the dotted lines mean an optional bond; R 1 , R 2 , R 3 , R 1 2 , R 1 3 , R 1 4 , R 1 5 , R 1 6 and R 1 7

are each independently selected from hydrogen, halogen, trifluoromethyl, alkyl, alkenyl, alkynyl, cycloalkyl, alkoxy, hydroxy, formyl, acyl, amino, alkylamino, dialkylamino, acylamino, alkoxycarbonylamino,

aminocarbonylamino, alkylaminocarbonylamino, dialkylaminocarbonylamino, nitro and cyano; R 4 , R 5 , R 6 , R 7 , R 8 and R 9 are each independently selected form hydrogen and alkyl; and R 1 1 is selected from hydrogen, alkyl, alkenyl, alkynyl, cycloalkyl, aryl, arylalkyl, acyl, and formyl.

[11] [21] 134091

[54] A D A P T I V E P N E U M A T I C WINGS ה מ א ת ה ם ל י נ ת י נ ס ה י ט מ ו א נ ם פ י י פ נ כF O R F L Y I N G D E V I C E S W I T H ם י י פ נ י כ ל ע ם ב י פ ם ע י נ ק ת ר ה ו ב עF I X E D WINGS ם י ע ו ב ק

[ 6 . 5 . 1 9 9 9 [22 [ 3 3 ] 25.5.1998 [32] 1138/98 [31] CH * [87] WO 99/61313 [51] Int. CI. 7 B64C 3/46, 3/30 [71] Prospective Concepts AG, Zollikon,

Switzerland [74] Reinhoid Cohn and Partners, ,ריינהולד בהן ושותפיו

P.O.B. 4060, Tel-Aviv ת.ד. 4060, תל־אביב

כ׳ באלול התשט״ג ־ September 17, 2003 907 ד

[57] An adaptive pneumatic wing, partly inflatable with compressed air and changeable in its shape, with a leading edge (3) and a trailing edge (4) with a box shaped spar (1), characterised in that between the leading edge and the spar at least one module (2), inflatable with compressed air and changeable in its shape by the application of compressed air, is built in and is fastened at least indirectly to the spar, between the trailing edge and the spar at least one module (2) inflatable with compressed air and changeable in its shape by the application of compressed air, is built in and is fastened at least indirectly to the spar, each module extends over the entire length of a wing half and is constructed from a multiplicity of plates (7), parallel within a small angle to each other, compressed air actuated means, to move the plates essentially parallel to each other, an airtight upper skin (5), which is fastened to the plates at suitable intervals,

an airtight lower skin (6), which is fastened to the plates at suitable intervals, a connecting surface, which at the wing tips joins the upper skin and the lower skin, and is joined airtight at the borders of each module to the plate at its end, each module is sealed airtight both against the outside and also against the adjacent module and joined via a compressed air line to a compressed air feed, a foil (10) is present, which defines the aerodynamic outer surface of the wing and is joined both to the spar and also, via plates (11) extending along the wing with hinge joints (14), to the modules, between the foremost plate (7) of the foremost module (2) and the leading edge formed by the foil at least two tubes (15, 16) are laid in, extending along the wing, which are manufactured from an airtight, flexible, but low-stretch material and can be individually inflated with compressed air.

September 17, 2003 ־ y w n n ^ T V K S ׳ D 1908

[11] [21] 134462

[54] T E L E S C O P I C M A S T S Y S T E M מערכת מפרש טלסקופית

[ 9 . 2 . 2 0 0 0 [22 [ 3 3 ] 12.2.1999 [32] 990274 [31] FI [51] Int. CI. 7 E04H 12/18, 12/34 [71] Patria Vehicles Oy, Hameenlinna,

Finland [74] Sanford T. Coib & Co., / ת ו ש ב ו ל ו . ק ד ט ר ו פ נ ם

P.O.B. 2273, Rehovot ת ו ב ו ח . 2273, ר ד . ת

[57] Telescopic mast system, comprising a movable base (1), a telescopic mast (2) consisting of mast sections arranged telescopically relative to each other, comprising an outer mast section (3) pivotally connected to the base via a first joint so that it can be turned between a substantially horizontal transport position and a substantially vertical operating position, and an inner mast section (5) placed inside the outer mast section and forming the topmost mast section when in the operating position, an extendable/retractable type power means (6) whose first end is pivotally connected to the base via a second joint disposed at a distance from the first joint, the second end of said power means being pivotally connected to the outer mast section so that the mast can be turned by means of the power means between the above-mentioned transport position and operating position, stay ropes (10, 11, 12) fastened to the inner mast section to stay the mast so as to render it substantially immovable in the operating position, a stay beam (13, 14) which is so mounted and turnable with respect to the movable base that, in the operating position of the mast, the stay beam can be extended laterally to a distance from the mast, a diverting element

(15, 16) placed at the end of the stay beam to divert the stay rope, a coiling device (17), attached to the base to receive the stay rope passed over the diverting element in order to coil up and tighten the stay rope, characterized in that the telescopic mast system comprises a stretcher device for turning the stay beam between a position ( A ) where it is parallel to the mast and an outstretched position (B) where it is at an angle to the mast, said stretcher device comprising: a slide (20) movable on and guided by the outer mast section, a bearing rod (21) pivotally connected by one end to the slide and by the other end to the base via a third joint disposed at a distance from the first joint so that the bearing rod turns in a parallel plane with the mast and the power means, and a turning rod (25) pivotally connected by one end to the slide and by the other end to the stay beam to turn the stay beam between the position where it lies parallel to the mast and the outstretched position (B) as the slide is moved along the outer mast section by the action of the bearing rod when the mast is being turned by the power means between the transport position and the operating position.

1909 September 17, 2003 - ג ״ ם ש ת ל ה ו ל א ׳ ב ב

[11] [21] 134745

[54] D E V I C E F O R S E A L I N G A S Y S T E M ם ו ח ת ה ר ק ת ב ב ר ע ם מ ו ט י א ן ל ק ת הF O R C O N D I T I O N I N G P R O D U C T S ח ט ש ל מ ם ע י ד ע ו ל מ שO N A P A L L E T

[22] 30.7.1998 [31] 9710874 [32] 28.8.1997 [33] FR [87] WO 99/11141 [51] Int. CI.-7 F25D 17/00; B32B 31/00 [71] Fromfroid, S.A., Saint Leonard, France [74] Eitan, Pearl, Latzer & Cohen-

Zedek, 7 Shenkar St., Herzliya איתן, פרל, לצר ובהן־צדק,

ה י רח׳ שנקר 7, הרצל

September 17, 2003 ל התשס״ג ־ ו ל א 1910 כ׳ ב

[57] Sealing device for a temperature adustment system of products situated on a pallet (4) placed in a ventilation air circulation tunnel (5), characterised in that, so as to avoid leaking of ventilation air around the products situated on the pallet,

sealing in the tunnel is effected with a sheet (1) disposed so as to be glued on the sides and top of the products under the effect of the pressure of the ventilation air circulating in said tunnel.

[11] [21] 135401

[54] S Y R I N G E P U M P ק ר ז ת מ ב א ש מ

[ 3 1 . 3 . 2 0 0 0 [22 [ 3 3 ] 28.4.1999 [32] 9909654.7 [31] GB [51] Int. CI. 7 A61M 5/145, 31/00, 37/00 [71] Smiths Group Pic, London, England [74] Reinhold Cohn and Partners,

P.O.B. 4060, Tel-Aviv ריינהולד בהן ושותפיו, ת.ד. 4060, תל־אביב

1 9 ד 1 September 17, 2003 ב׳ באלול התשם״ג ־

[57] A syringe pump including a mechanism for engaging and driving a plunger (6) of the syringe (3), and a sensor mechanism (20) for sensing the barrel size of the syringe, the sensor mechanism including a contact member (22) displaceable into contact with the outer surface of the barrel, a mask (30) coupled with the contact member and movable in response to movement of the contact member, and a row (40) of a plurality of optical sensors (41) positioned to receive radiation transmitted by the mask,

characterised in that the mask includes a plurality of transmitting regions (31 to 35) arranged in a row, each transmitting region having a different length, and that the pump includes a control unit (9) responsive to the outputs from the sensors to determine the size of the barrel from the combination of the length of the row of sensors receiving radiation transmitted by one of the transmitting regions and the position of an edge of the transmitting region.

to 9 to 9 to i—r

Figure 1

September 17, 2003 ־ X'VWnn Vl^KS ׳D 1912

[11] [21] 135532

[54] P R O C E S S F O R T H E P R E P A R A T I O N - ו ר ו א ו ל ב י ר ט - ת 1,1, ו נ ב ה ך ל י ל ה תO F l , l , l ם -TRiFLUORO-2- 2־ י נ א ק ל א ו נ י מ אA M I N O A L K A N E S

[22] 6.4.2000 [31] 292756 [32] 15.4.1999 [33] US [51 ] Int. CI. 7 C07C 209/30, 211/03 [71] American Cyanamid Company, Madison,

N.J., U.S.A [74] s. Horowitz & Co., / ת ץ רשו בי רו ש. הו


[57] A process for the preparation of a l,l,l-trifluoro-2- aminoalkanes of the formula

NH- ־ 1

F 3 C ^ R 1

wherein R 1 represents an optionally hydrogenating the corresponding oxime of substituted alkyl group; which comprises the formula

N ,*OH

X , F3C י(*'

wherein R 1 has the meaning given above of Raney nickel and a diluent; the and the winding line indicates that the improvement wherein is, that the reaction hydroxy group may be in the (E)־ or is carried out in a diluent selected from an (Z)-position with respect to the alkanol, a cyclic ether and an aromatic trifluoromethyl group, in the presence hydrocarbon.

1913 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ב׳ ב

[11] [21] 135533

[54] P R O C E S S F O R P R E P A R I N G A - ו ר ו א ו ל פ י ר ט - ו ^ ת ו נ כ ה ך ל י ל ה ת1 , 1 , 1 ־ T R I F L U O R O 2 ן ־2־ - א ק ל א ו נ י מ אA M I N O A L K A N E

[22] 6.4.2000 [31] 292687 [32] 15.4.1999 [33] US [51] Int. CI. 7 C07C 211/03 [71] American Cyanamid Company, Madison,

N.J., U.S.A. [74] S. Horowitz & Co.,

P.O.B. 2499, Tel-Aviv ת/ ש. הורוביץ רשו

ב י ב א ־ ל ת.ד. 2499, ת

[57] A process for the preparation of a l,l,l-trifluoro-2- aminoalkane of the formula

NH.

P3C (1)

wherein R 1 represents an optionally substituted alkyl group; which comprises

heating a mixture consisting essentially of a compound of the formula

R l ^ ^ N ~ - C H r R '

wherein R 1 has the meaning given, and R 2 represents an optionally substituted aryl group, a primary amine, and optionally a

base and/or an inert diluent, whereby the compound of formula I is removed by distillation during the heating procedure.


[11] [21] 135590

[54] P R O C E S S F O R T H E R E D U C T I O N O F O X I R A N Y L E P O T H I L O N E S T O O L E F I N I C E P O T H I L O N E S

ל י נ א ד י ס ק ו ר א ו ז י ח ך ל י ל ה תם י נ ו ל י ת ו פ א ם ל י נ ו ל י ת ו פ א

ם י י נ י פ ל ו א

[22] 1.12.1998 [31] 60/067549 [32] 4.12.1997 [33] US

60/082563 21.4.1998 [87] WO 99/28324 [51] Int. CI. 7 C07D. 225/02, 313/00, 417/06; C07F 7/18 [71 ] Bristol-Myers Squibb Company,

Princeton, N.J., U.S.A. [74] Wolff, Bregman and Goller,

P.O.B. 1352, Jerusalem וולף, ברגמן וגולה

ת.ד. 1352, ירושלים

wherein W is O , N R 8 ; R ! , R 2 , R3 , R4, R5, RÔ, are selected from the group H, alkyl, substituted alkyl, or aryl and when R ! and R 2 are alkyl can be joined to form a cycloalkyl; R 7 is selected from the group consisting of H, alkyl, substituted alkyl, aryl, cycloalkyl, or heterocyclo;

O O P ! O

R 8 is H, alkyl, or substituted alkyl, OH, O-alkyl, O-substituted alkyl; and P! and P 2 are selected from the group H, alkyl, substituted alkyl, alkanoyl, substituted alkanoyl, aroyl, substituted aroyl, trialkylsilyl, aryl dialkylsilyl, diaryl alkylsilyl, triarylsilyl which comprises reacting a compound of the formula

or

1915 September 17, 2003 ב׳ באלול התשס״ג ־

wherein W, R!, R 2 , R 3 , R 4 , R 5 , R 7 , Rg. Pi and P 2 ) are as above with a metal or metal assisted reagent selected from the group consisting of a reactive metallocene; [N 2C(C0 2Me) 2 , cat Rh 2(OAC) 4];

[N 2C(C0 2Me) 2 , cat(n־C 7 H 1 5 C0 2 ) 2 Rh] 2 ; [Zn־Cu, EtOH]; [Mg(Hg), MgBr]; Cr; [FeCl 3, n-BuLi]; [TiCl 3 , LiAlH 4 ]; [TiCl 4, Zn]; [WC16, LiAlH 4 ] , [NbCl5, NaAlH 4j; [VCl 3Zn] and [WC] 6, n-BuLi].

[11] [21] 135625

[54] M E T H O D S A N D D E V I C E S F O R ל ה ש ק י ד ע ב ו צ י ב ר ל י ש כ מ ה ו ט י שP E R F O R M I N G A N A L Y S I S O F ת י נ י א ל ק ו ה נ צ מ ו ת ח מ י ג דN U C L E I C A C I D S A M P L E

[22] 12.4.2000 [31] 291566 [32] 13.4.1999 [33] US [51] Int. CI. 7 GO IN 33/48 [71] BioMerieux, Inc., Hazelwood, Mo.,


P.O.B. 2273, Rehovot . קולב ושות/ םנפורד ט

ת.ד. 2273, רחובות

[57] An integrated instrument for automated nucleic acid analysis comprising: (a) a sample processing station for providing one or more target nucleic acid sequences from a test sample; (b) a first test reaction station (128) for performing a first hybridization reaction on one or more of said target nucleic acid sequences or their complementary sequences, said first reaction comprising a first detection format device having at least one to fifty discrete nucleic acid sequences; (c) a second reaction station (134) for performing a second hybridization reaction on one or more of said target nuleic acid sequences or their complementary sequences; said second reaction comprising

a second detection format device having greater than one hundred discrete nucleic acid sequences; (d) at least one detector (136) for determining positive hybridization detection signals for said target nucleic acid sequences or their complementary sequence in said first and second hybridization reactions; and (e) a control module (132) for integrated operation of said instrument wherein said module determines the need for performance of the second hybridization reaction based on the results from said detector and for anaysis of detection signals from said first and second hybridization reactions.

September 17, 2003 ו כ׳ באלול התשם״ג ־ 9 1 6

Sample prepvaGon 122 129 Pane( inventoy

Î O L . V^_- 130׳

:128

Delect

18

128-7

R i t Reaction

Station

143 151

^ Control ־

IM module

.!43

Second Reaction

Station

144־

usef Werft!» 140

[11] [21] 135797

[54] T H R O M B I N R E C E P T O R

A N T A G O N I S T S A N D

P H A R M A C E U T I C A L

C O M P O S I T I O N S C O M P R I S I N G

T H E M

מעקבי קולטני תדומבין והרכבים תרופתיים המכילים אותם

[32] 25.11.1997 [33] US [22] 23.11.1998 [31] 977979 [87] WO 99/26943 [51] Int. Cl . 7 C07D 405/12, 407/12, 409/12, 491/04, 493/04, 487/04, 495/04; A61K 31/395 [71] Schering Corporation, Kenilworth, N.J.,

U.S.A. [74] Dr. Shlomo Cohen & Co.,



Rt0

ד״ר שלמה כהן ושות/ ת.ד. 11490, תל־אביב

1917 September 17, 2003 ב׳ באלול התשט״ג ־

or pharmaceutically acceptable salts thereof, wherein: the single dotted line represents an optional double bond;

the double dotted line represents an optional single bond; n is 0-2; Q is

(ÇH2); nt

(OH,

wherein n! and n 2 are independently 0-2; or when the double bond is not present, Q is also fused R-substituted aryl or R-substituted heteroaryl; R is 1 to 3 substituents independently selected from the group consisting of H , C ! - C 6 alkyl, halogen, hydroxy, amino, ( C R C 6 ) alkyl-amino, ( C ! - C 6 ) dialkylamino, ( C ! - C 6 ) alkoxy, - C O R 1 6 , - C O O R 1 7 , - S O R 1 6 ,

- S 0 2 R 1 6 , - N R 1 6 C O R 1 6 A , - N R 1 6 C O O R 1 6 A , - N R 1 6 C O N R 4 R 5 , f luoro-(C R C 6 ) alkyl, difluoro ( C R C 6 ) alkyl, trifluoro ( C R C 6 ) alkyl, C 3 - C 6 cycloalkyl, C 2 - C 6 alkenyl, aryl ( C R C 6 ) alkyl, aryl ( C 2 - C 6 ) alkenyl, heteroaryl (CrC6)-alkyl, heteroaryl ( C 2 - C 6 ) alkenyl, hydroxy ( C ! - C 6 ) alkyl, amino ( C R C 6 ) ־alkyl, aryl and thio ( C R C 6 ) alkyl; R 1 and R 2 are independently selected from the group consisting of H , Q - C Ô alkyl, fluoro ( C R C 6 ) alkyl, difluoro ( C ! - C 6 ) alkyl, trifluoro - ( C ! - C 6 ) alkyl, C 3 - C 6 cycloalkyl, C 2 - C 6 alkenyl, aryl ( C R C 6 ) alkyl, aryl ( C 2 - C 6 ) alkenyl, heteroaryl ( C ! - C 6 ) alkyl, heteroaryl ( C 2 - C 6 ) alkenyl, hydroxy-(C!־C 6) alkyl, amino ( C ! - C 6 ) alkyl, aryl and thio ( C R C 6 ) alkyl; or R 1

and R 2

together form a =0 group; R 3 is H , hydroxy, C ! - C 6 alkoxy, - S O R 1 6 , - S 0 2 R 1 7 , - C ( 0 ) O R 1 7 , - C ( 0 ) N R 1 8 R 1 9 , C R C 6 alkyl, halogen, fluoro ( C ! - C 6 ) alkyl, difluoro ( C R C 6 ) alkyl, trifluoro ( C R C 6 ) alkyl, C 3 - C 6 cycloalkyl, C 2 - C 6 alkenyl, aryl ( C R C 6 ) alkyl, aryl

(C 2 -C 6 ) alkenyl, heteroaryl (C!-C 6 ) alkyl, heteroaryl (C 2 -C 6 ) alkenyl, hydroxy (C!-C 6 ) alkyl, amino (C!-C 6 ) alkyl, aryl or thio ( C r C 6 ) alkyl; Het is a mono-, bi- or tricylic heteroaromatic group of 5 to 14 atoms comprised of 1 to 13 carbon atoms and 1 to 4 heteroatoms indepednently selected from the group consisting of N, O and S, wherein a ring nitrogen can form an N-oxide or a quaternary group with a C ! - C 4 alkyl group, wherein het is attached to B by a carbon atom ring member, and wherein the Het group is substituted by 1 to 4 substituents, W, independently selected from the group consisting of H; C ! - C 6 alkyl; fluoro ( C r C 6 ) alkyl; difluoro ( C r C 6 ) alkyl; trifluoro - (C,-C 6 ) - alkyl; C 3 - C 6

cycloalkyl; heterocycloalkyl; heterocycloalkyl substituted by C ! - C 6 alkyl or C 2 - C 6 alkenyl; C 2 - C 6 alkenyl; R 2 1 - aryl ( C r C 6 ) alkyl; R 2 1 - aryl - (C 2-C ־(6alkenyl; heteroaryl (Ci-C^) alkyl; heteroaryl (C 2 -C 6 ) - alkenyl; hydroxy (C!-C 6 ) alkyl; dihydroxy ( C r C 6 ) alkyl; amino (Ci-C^) alkyl; (C!-C 6 ) alkylamino-(C,-C 6 ) alkyl; di-((C!-C6) alkyl) - amino ( C r C 6 ) alkyl; thio ( C r C 6 ) alkyl; C r C 6

alkoxy; C 2 - C 6 alkenyloxy; halogen; -NR 4 R 5 ; -CN; -OH; -COOR 1 7 ; -COR 1 6 ; -OS0 2 CF 3 ; -CH 2 OCH 2 CF 3 ; ( C r C 6 ) alkylthio;- C(0)NR 4 R 5 ; -OCHR6-phenyl; phenoxy-(C rC 6) alkyl; -NHCOR 1 6;

September 17, 2003 ־ rDUmn ^1918 3׳ 0*6־

-NHS0 2 R 1 6 ; biphenyl; -OC(R 6 ) 2 COOR 7 ; -OC(R 6 ) 2 C(0)NR 4 R 5 ; ( C r C 6 ) alkoxy; C ! - C 6 alkoxy substituted by ( C r C 6 ) alkyl, amino, -OH, COOR 1 7 , -NHCOOR 1 7 , -CONR 4 R 5 , aryl, aryl subsituted by 1 to 3 substituents independently selected from the group consisting of halogen, - C F 3 , C r C 6 alkyl, C , - C 6 alkoxy and -COOR 1 7 , aryl wherein adjacent carbons form a ring with a methylenedioxy group, -C(0)NR 4 R 5

and heteroaryl; R 2 1-aryl; aryl wherein adjacent carbons form a ring with a methylenedioxy group; heteroaryl; heteroaryl substituted by 1 to 4 substituents selected from the group consisting of halogen, C ! - C 6 alkoxy, C r C 6

alkyl, ( C r C 6 ) alkyl-amino, d i ( (C r C 6 ) alkyl) amino, -OCF 3 , -N0 2 , hydroxy ( C r C 6 ) alkyl, -CHO and phenyl; and heteroaryl wherein adjacent carbon atoms form a ring with a

C 3-C5 alkylene group or a methylenedioxy group; R 4 and R 5 are independently selected from the group consisting of H, C!-C6 alkyl, phenyl, benzyl and C־ 3 C 6 cycloalkyl, or R 4

and R 5 together are (CH ־(2 4, (CH 2 ) 5 - or CH)־ 2) 2NR 7-(CH 2) 2- and form a ring with the nitrogen to which they are attached; R 6 is independently selected from the group consisting of H, C r C 6 alkyl or phenyl; R 7 is H or ( C r C 6 ) alkyl; R 8 , R 1 0 and R 1 1 are independently selected from the group consisting of R 1 and -OR 1 , provided that when the optional double bond is present, R 1 0 is absent, and when ring Q is aromatic, R 1 0 and R 1 1 are absent; R 9 is H, OH, C ! - C 6 alkoxy; halogen or halo(C r C 6 ) alkyl; B is ־(CH 2) n 3-, -CH־ 2-0, -CH2S־, -CH 2-NR 6-, C(0)NR־ 6

־ N R 6 C ( O h ,

cis or trans ־ (CH 2 ) n 4 CR 1 2 =CR 1 2 a (CH 2 ) n 5 or CH)־ 2 ) n 4 =C(CH 2 ) n ־ 5 , wherein n 3 is 0-5, n 4

and n 5 are independently 0-2, and R 1 2 and R 1 2 a are independently selected from the group consisting of H, C!-C6 alkyl and halogen; X is -O- or -NR 6- when the double dotted line represents a single bond, or X is -OH or -NHR 2 0 when the bond is absent;

Y is =0, =S, (H, H), (H, OH) or (H, C!-C6

alkoxy) when the double dotted line represents a single bond, or when the bond is absent, Y is =0, (H, H), (H, OH) (H, SH) or (H, C ! - C 6 alkoxy); R 1 5 is absent when the double dotted line represents a single bond and is H, C ! - C 6

alkyl, - N R 1 8 R 1 9 , or - O R 1 7 when the bond is

absent; or Y is 0 < , 0 ״ , < ,

and R 1 5 is H or C ! - C 6 alkyl; R 1 6 and R 1 6 a are independently selected from the group consisting of Q-Cg lower alkyl, phenyl or benzyl;

R 1 7 , R 1 8 and R 1 9 are independently selected from the group consisting of H, C!-C6 alkyl, phenyl, benzyl; R 2 0 is H, C ! - C 6 alkyl, phenyl, benzyl,

1919 September 17, 2003 ־ i'Dttmn '3

-C(0)R 6 or -S0 2 R 6 ; R 2 1 is 1 to 3 substituents independently selected from the group consisting of ־CF3, -OCF3, halogen, -N0 2 , C ! - C 6 alkyl, C r C 6

alkoxy, (C!-C 6 ) alkylamino, di-((CrC6)alkyl)amino, amino(C!־C6)alkyl, (C rC6)-alkylamino ( C r C 6 ) alkyl, di-((CrC6)alkyl)-amino (C,-C 6)alkyl, hydroxy-(CrC6)alkyl, -COOR 1 7 -COR 1 7 , -NHCOR 1 6 , -NHS0 2 R 1 6 and -NHS0 2 CH 2 CF 3 ; Z is - C H 2 0 S(0)o-2, -NR- ,-־, - 2 2-,

-C(0)־, -C(=N0R 1 7)- or - C ( R 1 3 R 1 4 ) - , wherein R 1 3 and R 1 4 , together with the carbon to which they are attached, form a spirocycloalkyl group of 3 to 6 carbons, or a spiroheterocycloalkyl group of 3 to 6 members, comprised of 2 to 5 carbon atoms and 1 to 2 heteroatoms selected from the group consisting of O, S and N; and R 2 2 is H, C r C 6 alkyl, phenyl, benzyl, - C O R 1 6 or -CONR 1 8 R 1 9 .

[11! [21] 135931

[54] T O W E L E T T E D I S P E N S E R ם י נ ו ב ג ק מ ל ח מ

[ 2 . 5 . 2 0 0 0 [22 [ 3 3 ] 4.5.1999 [32] 305244 [31] US [51] Int. C I 7 B65D 85/67; A47K 10/04, 10/12 [71] Hercules Chemical Company

Incorporated, Passaic, N.J., U.S.A. [74] Wolff, Bregman and Goiier, וולף, ברגמן וגולה

P.O.B. 1352, Jerusalem ת.ד. 1352, ירושלים

[57] A container storing dispensable separable material, comprising: a storage chamber storing a majority of a dispensable connected separable material and a fluid absorbed into the material; a selectively openable cover joined to a top end of the storage chamber, the cover selectively disposable between an open position in which the material in the storage chamber is accessible and a closed position in which the storage chamber is substantially sealed by the cover and the material within the chamber is not accessible; the cover including a base (200) and a top (300) slidingly joined to the base;

the base including a top surface (211) in sliding engagement with a bottom surface (311) of the top and a well (210, 220) defined by walls of the base depending from the top surface of the base towards the chamber; the well having a gripping aperture (240) formed therein, the gripping aperture formed to slidingly grip the material as it is withdrawn from the storage chamber through the gripping aperture and provide sufficient gripping resistance to hold the material in place as the material extends through the gripping aperture and out of the chamber with a portion of the material extending from the chamber into the well;

September 17, 2003 1 כ׳ באלול התשם״ג ־ 9 2 0

and the top having an opening formed therein, and being slidingly disposable between a first open position in which the opening aligns at least partially with the well to permit access to the well and a

second closed position in which the opening is not aligned with the well and the top substantially seals the material within the chamber.

206 2̂08 202-

[11! [21] 136014

[54] H E A T A N D P R E S S U R E - F O R M E D ם ו ח ם ב י ב צ ו ע מ ם ה י ש י מ ם ג י ל ב י מF L E X I B L E C O N T A I N E R S A N D ם ר ו צ י י ת ל ו ט י ש ץ ו ח ל ב וM E T H O D S F O R M A K I N G T H E M

[22] 11.11.1998 [31] 982758 [32] 2.12.1997 [33] US [87] WO 99/28204 [51] Int. CI. 7 B65D 30/22; B32B 31/04 [71] Baxter International Inc., Deerfield, 111.,



[57] A method for making a flexible container (10) comprising the steps of providing first and second flexible sheets of plastic material which softens in response to exposure to heat, the first and second flexible sheets having top, side and bottom peripheral edges, forming a first seal region (28) joining the peripheral side and bottom edges along a plane to create an interior chamber (12) in the container, the peripheral top edge of the container being left unsealed, locating a port tube body (16) between the first and second flexible sheets in the unsealed peripheral top edge,

, ו לד כהן ושותפי נהו י ריב י ב א ־ ל ת.ד. 4060, ת

forming a second seal region (30) joining the peripheral top edge along the plane and joining the port tube body within the peripheral top edge, the port tube body providing fluid flow communication with the interior chamber through the second seal region, after forming the first and second seal regions, softening the first and second flexible sheets, and applying positive pressure inside the interior chamber through the port tube body to form in the heat-softened first and second flexible sheets stress-relieved regions extending outside the plane and overlying the interior chamber.

1 9 2 ל התשס״ג ־ September 17, 2003 ו ו ל א ב׳ ב

[11] [21] 136174

[54] M E T H O D F O R D E P O S I T I N G ל ה ע נ י מ ו ל י א י ו פ י ד צ ב ד ה ל ט י שA L U M I N A C O A T I N G S O N ך ו ת י י ח ר י ש כ מC U T T I N G T O O L S

[22] 26.11.1998 [31] 9704387-1 [32] 26.11.1997 [33] SE [87] WO 99/27155 [51] Int. C I . 7 C 2 3 C 16/40, 16/50 [71] Sandvik AB, Sandviken, Sweden [74] Wolff, Bregman and Goller,

P.O.B. 1352, Jerusalem דולף, ברגמן וגולר,

ת.ד. 1352, ירושלים

[57] A Plasma Activated CVD method for the coating of cutting tools based on sintered cemented carbide or cermet, ceramics or high speed steel, with a finegrained (5-200 nm) coating of a A l 2 0 3

and/or Y־A1 20 3 with a hardness larger than or equal to 19 GPa, and said method is characterized in that the plasma is produced by a bipolar pulsed DC voltage applied between two electrodes or two sets of electrodes to which the substrate bodies to be coated are fixed and electrically connected, and said electrodes or set of

electrodes alternately act as anode(s) and cathode(s), that the chemical reactants are A1C13, H 2 and Ar together with an oxygen-donor 0 2 , C 0 2 , CO or N 2 0, that the pulse frequency is set between 5 and 100 kHz, preferably between 8 and 20 kHz, that the pulse amplitudes are set in the range 300 to 1000 Volts, preferably in the range 600 to 900 Volts and that the substrate temperature is in the range 500° to 800° C, preferably 550° to 650° C, depending on the material of the tool body being coated.

September 17, 2003 1922 כ׳ באלול התשם״ג ־

[11] [21] 136298

[54] P A C K A G I N G O F SMOKING A R T I C L E S

ן ו ש י י ע ר צ ו ת מ ז י ר א

[22] 2.12.1998 [31] 9725768.7 [32] 4.12.1997 [87] WO 99/28212 [51] Int. CI. 7 B65D 85/10; B65B 19/20 [71] British American Tobacco (Investments)

Limited, London, England [74] Luzzatto & Luzzatto,


[57] A packet of smoking articles comprising a rigid cuboid pack having a top face, a bottom face, two side faces and major front and back faces, a charge of smoking artiles contained in said rigid pack and a layer of barrier material (226) overwrapping said pack to form a sealed enclosure around said pack, wherein the barrier layer includes a line of weakening defining a flap an an access aperture (227), said enclosure includes a label (228) applied on said flap, said label comprising a permanently tacky portion, which portion, when said label is in an aperture closure

[33] GB

ynu/־־iKn ,5352 .־!.n

position, surrounds said access aperture to allow resealing of said aperture upon said label being brought to said closure position thereof, and said rigid pack includes either a potential access aperture, being a flap defined by a line of weakening in the material of the pack, or an actual access aperture, being a portion missing from the material of said pack, said potential or actual aperture extending from the top face into one of said major faces of said rigid pack and being generally in registration with said flap of said barrier layer.

192S September 17, 2003 ל התשם״ג ־ ו ל א ב׳ ב

[11] [21] 136381

[54] H Y D R A T E O F 4]-5־2]־(N־METHYL-N־(־2PYRIDYL) AMINO) E T H O X Y ] B E N Z Y L ] THIAZOLIDINE-2,4-DIONE M A L E I C ACID SALT, ITS PREPARATION AND P H A R M A C E U T I C A L COMPOSITIONS COMPRISING IT

־ א ) - 2 נ - 4 ] - ל 5 ח ש ל ל מ ט ש א ר ד י ה( ו נ ) אמי ל י ד י ר י פ - 2 ) - - א ל י ת מ

- 4 , 2 - ן י ד י ל ו ז א י ] ת ל י ז ) בנ י ס ק ו ת או ת נ ב , ה ת י א ל ה מ צ מ ו , ח ן או די

ם י ל י כ מ ם ה י י ט ב צ מ ר ם פ י ר י ש כ ת וו ת ו א

[32] 16.12.1997 [33] GB [22] 14.12.1998 [31] 9726568.0 [87] WO 99/31094 [51] Int. CI. 7 C07D 417/12; A61P 3/10 [71 ] SmithKline Beecham Pic, Brentford,

Middlesex, England [74] S. Horowitz & Co.,

P.O.B. 2499, Tel-Aviv / ת ו ש ץ ו בי רו ש. הו

ב י ב א ־ ל ת.ד. 2499, ת

[57] Anti-diabetes mellitus hydrate of 5-[4-[2-(N-methyl-N-(2- pyridyl)amino) ethoxy] benzyl] thiazolidine-2,4- dione, maleic acid salt, characterised in that it: (i) comprises water in the range of from 0.2 to 1.1% w/w; and

(ii) provides an infrared spectrum containing peaks at 764 and 579 cm'1; and/or (iii) provides an X-ray powder diffraction (XRPD) pattern substantilly as set out in Figure II of the specification.

[11] [21] 136614

[54] TUNNELING D E V I C E AND METHOD ר ו ה נ י מ ה ל ט י ש ן ו ק ת ה

[22] 7.6.2000 [51] Int. Cl. 7 E2ID 9/00 [71] Naphtali Koder, Haifa [74] Reinhold Cohn and Partners,


[57] A tunnel boring device (10) comprising a perimetric cutting head (12) for excavating an annulus, and a core excavating head (40) coaxially rotatable within said perimetric cutting head and axially displaceable between an initial position from which it is axially advanced to an extracted position in which it is

ה פ י י קודר, ח ל ת פ נ, ו י תפ ן ושו ה ד כ ל ו ה נ י י רב י ב א ־ ל ת.ד. 4060, ת

essentially coplanar with the already advanced perimetric cutting head; an anchoring mechanism (56) for anchoring the device within a location at the tunnel; an axial displacing mechanism (30, 46) for independently displacing the perimetric cutting head and the core excavating head; and associated power means (32, 50).

September 17, 2003 - ג ״ ם ש ת ל ה ו ל א 1924 ב׳ ב

[11] [21] 136649

[54] C Y L I N D E R L O C K W I T H ד ם ב ת ס ל מ ע ר ב ד נ י ל י ל צ ו ע נ מR E P L A C E A B L E P L U G ה פ ל ח ה

[ 8 . 1 2 . 1 9 9 8 [22 [ 3 3 ] 10.12.1997 [32] 9704610-6 [31] SE [87] WO 99/29985 [51] Int. CI. 7 E05B 9/08, 15/06, 27/00 [71] Assa AB, Eskilstuna, Sweden [74] Eitan, Pearl, Latzer & Cohen- ,פרל, לצר וכהן־צדק , איתן

Zedek, 7 Shenkar St., Herzliya ה י ל צ ר רח׳ שנקר 7, ה

[57] A cylinder lock-key combination, wherein the cylinder lock comprises a lock cylinder with a cylinder housing (10) and a cavity in the cylinder housing adapted for receiving a cylinder plug (20) with a key slot for a key bit part of a key (30), and wherein the wall of the cavity comprises at least one concentric groove running concentrically with the center axis of the cavity, characterized in that said at least one concentric groove cooperates with a profile provided on the back of the key bit of an operator key when the key is inserted to an operative position in the cylinder lock to prevent turning of a key with an in-

1925

correct profile; and further in that the combination comprises a first longitudinal groove (15) provided in the wall of the cavity and adapted to permit, in a first rotary position (Fig. 4b) of the plug in which the key slot is aligned with the first longitudinal groove, insertion of an operator key provided with a back profile; a cam part (27) provided on the envelope surface of the cylinder plug which, when interacting with said at least one concentric groove, prevents mutual longitudinal movement between the housing and the plug; and a second longitudinal groove (17) provided in the wall of the cavity and

September 17, 2003 ג ־ ל התשס״ ו ל א ב׳ ב

adapted to permit, in a second rotary position of the plug in which the cam part is aligned with the second longitudinal groove, mutual longitudinal movement between the housing and the plug; wherein, in a rotary position of the plug different from said first rotary position, when an operator key with a back profile is inserted in the key slot, the back profile interacts with said at least one concentric groove to

prevent mutual longitudinal movement between the key and the housing and thereby between the plug and the housing; and when a service key lacking a back profile is inserted in the plug, mutual longitudinal movement between the plug and the housing is permitted in said second rotary position, whereby the plug can be withdrawn from or inserted into the housing.

Figure 4a

Figure 4b

September 17, 2003 ־ X'vwnn b&KZ ׳D 1 9 2 6

[11] [21] 136710

[54] S I D E P U M P E D , Q - S W I T C H E D ב א ש מ ד «Q-ty>Vn, ה ז י י ל - ו ד ק י מM I C R O L A S E R ת י ד ע

[ 1 2 . 6 . 2 0 0 0 [22 [ 3 3 ] 21.6.1999 [32] 337716 [31] US [51] Int. CI. 7 HOIS 3/11 [71] Litton Systems, Inc., Charlotte, N.C.,


P.O.B. 2273, Rehovot / ת ו ש לב ו רד ט. קו פו טנ

ת ו ב ו ח ת.ד. 2273, ר

[57] A microlaser comprising: a microresonator comprising an active gain medium (12) and a Q־switch (14), said microresonator extending lengthwise between opposed end faces (16), said microresonator also having a plurality of side surfaces (24, 30) extending between the opposed end faces; first (18) and second (20) reflective surfaces disposed proximate respective ones of the opposed

end faces to define a microresonator cavity therebetween; and a pump source (22) for introducing pump signals into the active gain medium via one of the side surfaces of said microresonator, wherein the Q-switch extends lengthwise along another of the side surfaces of said microresonator to thereby facilitate side pumping of the active gain medium.

10

1 9 2 7 September 17,2003 ל התשט״ג ־ ו ל א כ׳ ב

[11] [21] 136779

[54] A I L E R O N F O R F I X E D W I N G ה ע ו ב ^ ק נ ל ב ע ם ב י י ט ל ב ת ל נ ז א מA I R C R A F T

[22] 3.12.1998 [31] 993241 [32] 18.12.1997 [33] US [87] WO 99/30967 [51] Int. CI. 7 B64C 9/00 [71] Lawrence Y. Lam, Raftcho Palos Verdes

and Michael Lam, Los Altos Hills, both of Calif., U.S.A.

[74] Reinhold Cohn and Partners, P.O.B. 4060, Tel-Aviv

, ו תפי ן ושו ה ד ב ל ו ה נ י י רב י ב א ־ ל ת.ד. 4060, ת

[57] An aerodynamic control system for control of an aircraft around a longitudinal axis of the aircraft comprising an aileron assembly (10) disposed on a wing ( W ) of the aircraft and having an upper panel (12) and a lower panel (14) each pivotally attached adjacent to the trailing edge (16) to a rear portion of a wing of the aircraft, with the upper surface of the upper panel forming a continuation of the wing's upper surface when the lower panel is in a neutral position, and wherein the upper

Figure. 1a

panel is remotely operable independently of the lower panel and is limited to deflect upwardly only relative to its neutral position; and wherein the lower panel is operable to move downwardly from its neutral position characterised in that the lower panel is further operable to move upwardly from its neutral position, and in that the upper panel and the lower panel are operatively related such that both upper and lower panels can be deflected upwardly as a unit.

Figure 1b

September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א 1928 כ׳ ב

12

14-J

Figire 1f

Figure 1g

[11] [21] 137200

[54] M E T H O D F O R C O O L I N G A L A M P ה ר ו נ ת מ ר א ל ה ו ד ו ד מ ו ד י ק ה ל ט י שB A C K L I G H T I N G M O D U L E O F A ם י י ל ז ו ם נ י ש י ב ג ג ל צ ר ש ו ח א לL I Q U I D C R Y S T A L D I S P L A Y

[22] 19.2.1999 [31] 60/075240 [32] 19.2.1998 [33] US [87] WO 99/43014 [51] Int. Cl . 7 HOU 1/02// G09G 3/36 [71] L-3 Communications Corporation,

Alpharetta, Ga., U.S.A. [72] William R. Dunn and James M. Brannen [74] Dr. Mark Friedman Ltd.,

7 Haomanim St., Tel Aviv

Figure 1e

ד״ר מרק פרידמן בע״מ,ב ל אבי ם 7, ת י נ מ ו א רח׳ ה

1 9 2 9 September 17, 2003 ל התשם״ג ־ ו ל א כ׳ ב

[57] A method for cooling a lamp, said method comprising: providing a predetermined power input to said lamp; monitoring the temperature of said lamp; turning on at least one fan when the temperature of said lamp rises to a first predetermined temperature, said at least one fan adapted to dissipate the heat generated by said lamp; and turning off

said at least one fan when the temperature of said lamp falls to a second predetermined temperature; wherein desired performance is obtained from said lamp when the temperature of said lamp is maintained approximately between said first predetermined temperature and said second predetermined temperature.

[11] [21] 13

[54] SEMICONDUCTOR D E V I C E HAVING INSULATING F I L M O F FLUORINE-ADDED CARBON F I L M AND METHOD O F PRODUCING T H E SAME

ה ע י ד ל י ע ה ב צ ח מ ך ל י ל ו ן מ ק ת הן מ ח ת פ ע י ד י ה מ י ו ש ע ת ה ד ד ו ב מו ר ו צ י י ה ל ט י ש ר ו ו א ו ל ת פ פ ס ו ת ב

ה ן ז ק ת ל ה ש

[22] 9.1.1999 [31] 1998-14956 [32] 10.1.1998 [33] JP

1887-316857 20.10.1998 [87] WO 99/35684 [51] Int. CI. 7 H01L 21/708 [71] Tokyo Electron Limited, Tokyo, Japan [74] Luzzatto & Luzzatto, , ת לוצאטו צאטו א לו

P.O.B. 5352, Beersheba ע ב ש ־ ר א ת.ד. 5352, ב

[57] A semiconductor device comprising: a dielectric film (2) made of a fluorine-added carbon film formed on a substrate (1); a metallic layer (3) formed on the fluorine-added carbon film; and a compound layer (30) including carbon and

metal the same as metal included in the metallic layer, the compound layer being formed betwen the fluorine-added carbon film and the metallic layer, to protect the metallic layer from being peeled-off from the fluorine-added carbon film.

September 17, 2003 ל התשט״ג ־ ו ל א 930 ו כ׳ ב

H2 H ä

[11] [21] 138347

[54] L A S E R M A R K I N G O N D I A M O N D S ר ז י י י ל ״ ם ע י מ ו ל ה ן י ו מ י ס

[ 8 . 9 . 2 0 0 0 [22 [51] Int. Cl . 7 G08B 15/00; B23K 26/03 [71] Sarin Technologies Ltd., Ramat Gan [74] Reinhold Cohn and Partners,


[57] A diamond marking attachment (2) for a 3D diamond mapping apparatus capable of generating a map of a diamond whose surface is to be marked with a predetermined pattern and of determining a succession of marking points (P) representing said pattern, said attachment comprising: a laser source (10) with its associated focusing optics for emitting a focused laser beam along an optical

ת גן מ ת בע״מ, ר ו י ג ו ל ו נ כ ן ט שרי, ו י תפ ן ושו ה ד כ ל ו ה נ י י רב י ב א ־ ל ת.ד. 4060, ת

path; marking position establishing system to move the optical path relative to the diamond and to thereby bring them both in a marking position, and computer means to manipulate said marking position establishing system to bring the laser beam and the diamond into said marking position successively in each of said marking points.

1931 September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א כ׳ ב

This specification was examined in accordance with regulation 35 of the Patent Regulations, 5728-1968.

פירוט זה נבחן בהתאם לתקנה 35 לתקנות הפטנטים, תשב״ח-968ו

[11] I

[54] I N L E T ASSEMBLY FOR A X I A L TURBINE

[22] 14.9.2000 [51] Int. CI. 7 F03B 3/02; F01D 1/04, 9/04 [71] Alexander Tchouvakov, Ashdod [74] Alexander Tchouvakov,

9/17 Petach Tikva St., Ashdod

[57] An axial turbine comprising an inlet assembly (4) having outer cylindrical wall, a nozzle block (8) having a form of a ring, an axial turbine wheel (2) being placed opposite the nozzle block, all these units being placed inside a cylindrical casing (1); (a) said inlet assembly, said nozzle block

138482

ת י ל א י ם ק ה א נ י ב ר ו ל ט ה ש מ י נ ן ב ק ת מ

אלכסנדר צ׳ובקוב, אשדוד אלכסנדר צ׳ובקוב,

רדד פתח תקוה 9/17, אשדוד

and said casing being positioned concentrically relative each other whereas said inlet assembly being arranged inside said nozzle block and said casing being arranged outside it, cylindrical surfaces of these units adjacent each other; (b) said inlet assembly having one or

September 17, 2003 1932 כ׳ באלול התשס״ג ־

several through holes (5) in said outer cylindrical wall being intended for directing of the working fluid into said nozzle block centrifugally; (c) said turbine wheel equipped with axial blades (3) being placed on its outside surface; said nozzle block being equipped with one or several nozzles; (e) said nozzles comprising intake (11) and outlet (12) sections connected with each other; (f) said intake sections of said nozzles representing through slots in the ring of

said nozzle block; (g) said slots positioned opposite said holes in the outer cylindrical wall of said inlet assembly being intended for changing of direction of the working fluid from centrifugal to axial; (h) said outlet sections of said nozzles representing through slits on the side surface of the ring of said nozzle block; (i) said slits being faced to said blades being intended for directing of the working fluid axially to said turbine wheel.

Figure 1

1933 September 17, 2003 ־ r o w n n V I V J O ׳ 3

8 3

This specification was examined in ת ו נ ק ת ה 35 ל נ ק ת ם ל א ת ה פירוט זה נבחן בaccordance with regulation 35 of the Patent ם, תשב״ח-968ו הפטנטיRegulations, 5728-1968.

[11] [21] 138557

[54] P R O D U C I N G P O W E R F R O M ל ז ו נ י מ ע ב ז ט ג י מ ל מ ש ק ח פ ס ד ה ו ע י יL I Q U E F I E D N A T U R A L G A S

[22] 26.3.1999 [31] 60/079642 [32] 27.3.1998 [33] US [87] WO 99/50536 [51] Int. CI. 7 F01K 13/00, 17/00; F17C 9/02 [71] ExxonMobil Upstream Research

Company, Houston, Tex., U.S.A. [74] Reinhoid Cohn and Partners, , ו י תפ ן ושו ה ד ב ל ו ה נ י י ר



[57] A process for recovering power, comprising the steps of: (a) pumping liquefied natural gas from a pressure at or near atmospheric pressure to a pressure above 1379 kPa (200 psia) and below the critical pressure of the natural gas; (b) passing the pressurized liquefied natural gas through a first heat exchanger (15) whereby the pressurized liquefied natural gas is heated to a temparature above -112°C (170°־F) and the liquefied natural gas continuing to be at or below its

bubble point; and (c) circulating a refrigerant as a working fluid in a closed circuit through the first heat exchanger to condense the refrigerant and to provide heat for warming the liquefied gas, through a pump to pressurize the condensed refrigerant, through a second heat exchanger (26) in which heat is absorbed from a heat source to vaporize the pressurized refrigerant, and through a work-producing device (24) to produce energy.

LNG-LiS. » 9 • ״ •

Hut | C 2 1 S o u r c • L p . i 4

1•s

X 20

\-S1 *•IS J1־»

י -25

[11] [21] 138774

[54] R O T A R Y F I L T R A T I O N D E V I C E ה מ ד ז ה ב ל י ב ם ר י ע ב ו ב י ן ס ו נ י ן ס ק ת מW I T H F L O W - T H R O U G H I N N E R ה ר י ש יM E M B E R

[22] 18.3.1999 [31] 063931 [32] 21.4.1998 [33] US [87] WO 99/54019 [51] Int. CI. 7 B0ID 65/00 [71] Membrex, Inc., Fairfield, N.J., U.S.A. [74] Luzzatto & Luzzatto,

P.O.B. 5352, Beersheba , ו ט א צ ו ת ל ו א ט א צ ו ל

ע ב ־ ש ר א ת.ד. 5352, ב


[57] A rotary filtration device (10) for filtering feed fluid to remove permeate from the feed fluid, the device comprising: (a) an elongate outer member (26); (b) an elongate inner member (36) which inner member is at least partially disposed within the outer member such that the outer member and the inner member form an elongate fluid filtration gap (48) therebetween into which the feed fluid to be filtered is placed, the inner member having an internal pathway (46) for the flow of feed fluid, the overall direction of which pathway is substantially parallel to the overall direction of the fluid filtration gap;

(c) rotation means (28) for rotating the inner member and outer member with respect to each other; (d) one or more filters (34) facing the fluid filtration gap through which permeate passes from the feed fluid in the fluid filtration gap during filtration; (e) fluid connection means (84) for fluidly connecting the fluid filtration gap to the internal pathway of the inner member; and (f) fluid motive means (54) for moving feed fluid through the fluid connection means during filtration from the fluid filtration gap into the internal pathway or from the internal pathway into the fluid filtration gap.

September 17, 2003 ־ rDttttin ^ J O ׳ D 1936

[11] [21] 139088

[54] M E T H O D A N D A P P A R A T U S F O R ש י ג ע ר ד י ל מ ה ע נ ג ה ן ל ק ת ה ה ו ט י שP R O T E C T I N G S E N S I T I V E D A T A ל ת ש י ט מ ו ט ו ה א נ י ח ך ב ל ה מ בD U R I N G A U T O M A T I C T E S T I N G ה ר מ ו חO F H A R D W A R E

[22] 15.4.1999 [31] 60/082113 [32] 17.4.1998 [33] US

289490 9.4.1999 [87] WO 99/57567 [51] Int. CI. 7 G06F 11/273 [71] AlliedSignal Inc., Morristown, N.J.,


P.O.B. 4060, Tel-Aviv ריינהולד בהן ושותפיו, ת.ד. 4060, תל־־אביב

[57] A system for testing a hardware unit (16) containing sensitive information, said system comprising: a test station (16a, 16b) having a programmed processor, generating equipment which generates pseudo test signals, and measuring devices which measure the response of the hardware unit to actual test signals, said test station containing a test program from which the contents of the sensitive information cannot be ascertained and a run-time program that interprets the test program to generate encoded commands for carrying out the

10

\

TEST STATION SOFTWARE

ENVIRONMENT •SECURED PUN TIME SYSTEM

-ENCOOMGßECODtHG

US£RACCESSCOWB(X ׳

m

turn eus

test; and an interface circuit (14) interposed between said test station and the hardware unit which interface circuit receives the encoded commands and the pseudo test signals from the test station, decodes the encoded commands to generate the actual test signals for the hardware unit containing the sensitive information, routes the actual test signals to the hardware unit under test, receives the response of the hardware unit, encodes it, and sends it to the test station for interpretation.

J üb

IESTSITO

Jana«• 8 S E C U Ë E D sonwws

T

m !NTE^rACE

«1־SVrlTCHiNG — NETWORK

1-0. k 13

WIT W0£fl TEST -׳ ׳1.6

1937 September 17, 2003 ב׳ באלול התשס״ג ־

[11] [21] 139091

[54] S T E M C A P F O R A I R ל ת ש ו ד י ם ש ו ת ס ש ס ל ס ו ה ח ס כ מC O N D I T I O N I N G S E R V I C E V A L V E ר י ו ג א ו ז י ת מ כ ר ע מ

[ 1 7 . 1 0 . 2 0 0 0 [22 [ 3 3 ] 2.11.1999 [32] 431828 [31] US [51] Int. CI. 7 F16K 31/50, 51/00; F25B 45/00 [71] Parker-Hannifin Corporation, Cleveland,

Ohio, U.S.A. [74] Reinhold Cohn and Partners,


[57] An air conditioner service valve (110), comprising: a valve body (12), said body defining a valve cavity (16) for receiving a valve stem (14), said valve body further including a deformable collar (156) formed on a top portion of said valve body and a first attachment mechanism on an exterior portion of said valve body, said collar selectively deformable between an installation and a retention position, said collar extending a first distance longitudinally from said attachment mechanism when said collar is in said installation position; and a sealing cap (134) for sealing said valve cavity

A

A

, ו ן ושותפי ה ד כ ל ו ה נ י י ר ת.ד. 4060, תל־־אביב

including a base portion (136) and a sealing portion (138) longitudinally extending from said base portion, an inner surface (152) of said sealing portion including a shoulder (150) having an inner portion and a second attachment mechanism for engaging said first attachment mechanism when said collar is in said retention position, wherein said shoulder inner portion abuts a distal end of said deformable collar in said installation position which prevents said second attachment mechanism from engaging said first attachment mechanism.

September 17, 2003 - ל התשם״ג ו ל א 1938 כ׳ ב

[11] [21] 139548

[54] METHOD AND APPARATUS FOR THREE-DIMENSIONAL ULTRASOUND IMAGING USING TRANSDUCER A R R A Y HAVING UNIFORM E L E V A T I O N BEAMWIDTH

ד נ ו א ס א ר ט ל ו ת א י י מ ד ה ן ל ק ת ה ה ו ט י שך ד ע מ ת ב ש מ ת ש מ ת ה י ד מ י מ ־ ת ל ת

ה מ ד ה ב מ י ע ב פ ח ו ל ד ע ה ב ד מ ת הה ד י ח א

[22] 22.4.1998 [31] 852264 [32] 7.5.1997 [33] US [51] Int. CI. 7 GO IS 15/89; A61B 8/00 [62] Division from 124172 [71] General Electric Company, Schenectady,

N.Y., U.S.A. [74] Seligsohn & Gabrieli,

P.O.B. 1426, Tel-Aviv , ת גבריאלי ן א זליגםו

ב י ב א ־ ל ת.ד. 1426, ת

[57] A system for three-dimensional imaging of an ultrasound scattering medium in an object volume, comprising: an ultrasound transducer array for transmitting ultrasound beams and detecting ultrasound echoes reflected in the object volume at predetermined sample volumes, said array comprising a first multiplicity of transducer elements arranged in a central row, a second multiplicity of transducer elements arranged in a first outer row, and a third multiplicity of transducer elements arranged in a second outer row, said central row being between said first and second outer rows, a first multiplicity of signal leads respectively connected to said first multiplicity of transducer elements, and a second multiplicity of signal leads respectively connected to said second and third multiplicities of transducer elements; a beamformer comprising a multiplicity of channels for forming transmit and receive beams; a first multiplicity of switches for

respectively connecting said first multiplicity of signal leads to said multiplicity of beamformer channels in a first switching state; a second multiplicity of switches for respectively connecting said second multiplicity of signal leads to said multiplicity of beamformer channels in a second switching state; means for deriving pixel data from a multiplicity of receive beams formed by said beamformer channels, each pixel datum corresponding to a respective one of said predetermined sample volumes; a memory for storing said pixel data; means for retrieving a set of pixel data from said memory means corresponding to a volume of interest in the object volume; means for projecting said pixel data set onto a first image plane, thereby forming a projected data set representing a first projected image; a display monitor; and means for displaying said first projected image on said display monitor.


[11] [21] 140513

[54] M E T H O D F O R A U T H E N T I C A T I N G A ד ב ו ל ע ן ש ו מ י ת ם ו מ י א ה ל ט י שM A R K I N G O N A W O R K P I E C E ן ן ח ב ר א ו ב ה ע ח ו ט ה ב ד ו ע ת וA N D A S E C U R E C E R T I F I C A T E F O R A G E M S T O N E

[22] 14.11.1996 [31] 60/009638 [32] 5.1.1996

690309 ' 30.7.1996 [87] WO 97/25177 [51] Int. CI. 7 B23K 26/04; G06K 1/02 [71] Lazare Kaplan International, Inc., New

York, N.Y., U.S.A. [74] Wolff, Bregman and Goller,


[57] A method of authenticating a marking on a workpiece (11), comprising the steps of: (a) marking the workpiece with a high precision focused laser energy ablation pattern; (b) storing an image of the workpiece,

וולף, ברגמן וגולר, ת.ד. 1352, ירושלים

including details of at least a portion of the ablation pattern; and (c) producing an output representing information of the stored image in a manner suitable for comparison with the workpiece.

September 17, 2003 1940 כ׳ באלול התשם״ג ־

[11] [21] 141096

[54] M O B I L E K A R A O K E S Y S T E M ת ד י י ה נ ק ו א ר ת ק ב ר ע מ

[ 2 . 1 2 . 1 9 9 9 [22 [ 3 3 ] 20.9.1999 [32] 99119818/28 [31] RU [51] Int. CI. 7 G10H 1/36 [62] Divison from 133284 [71] Marina A. Agadganova, Moscow and

Iakov Sh-B Rovner, Moskowaskaya Obi., both of Russia

[74] Jeremy M. Ben-David & Co. Ltd., ,ירמיהו מ. בךדוד ושרת׳ בע״מ P.O.B. 45087, Jerusalem ת.ד. 45087, ירושלים

[57] Cartridge for a mobile karaoke system, said cartridge including: a body, said body insertable into a socket of a mobile karaoke transmitter and having an interface connector for plugging into the interface of the mobile karaoke transmitter; a read-only memory (ROM) package for storage of data in the form of musical compositions and key identification and a coding device, said device in communication with said ROM package and also in communication via an interface connector with an auxiliary decoder positioned in the mobile karaoke transmitter, wherein said coding device prevents unauthorized access to the data stored in said ROM package and provides for automatic cartridge identification by the mobile karaoke transmitter, thereby preventing input of data from a cartridge or data storage medium that is not included in a predefined collection of authorized cartridges or data storage media.


71

פירוט זה נבחן בהתאם לתקנה 35 לתקנות הפטנטים, תשכ״ח-1968

1941 September 17, 2003 - ב׳ באלול התשס״ג

[11] [21] 143517

[54] I M I D A Z O L E COMPOUNDS ל ו ז ד י מ י ת א ו ב ו כ ר ת

[22] 20.12.1996 [31] 60/009098 [32] 22.12.1995 [33] US [87] WO 97/23479 [51] Int. Cl. 7 C07D 401/04, 401/14, 403/04, 403/14, 413/14 [62] Division from 124908 [71] SmithKline Beecham Corporation,

Philadelphia, Pa., U.S.A. [74] Luzzatto & Luzzatto, ,lUKYlV J־IK 1UK2flb

P.O.B. 5352, Beersheba i / n u r i i a ,5352 .1.11


O R 2 0 Y) R4

wherein R is hydrogen, optionally substituted C i . ! 0 alkyl, optionally substituted aryl, halogen, hydroxyl, thiol, C ! . i 0 alkoxy, C!.!o alkylthio, C ! . 1 0

alkylsulfmyl, CH 2 OR!2, amino, mono or di-C!.!() alkyl substituted amino, N H R 2 1 ,

N(R 1 0)C(O)R a or an N-heterocyclyl ring which ring has from 5 to 7 members and optionally contains an additional heteroatom selected from oxygen, sulfur or NR! 5; R a is hydrogen, C!_ 6 alkyl, C 3 _ 6 cycloalkyl, aryl, aryl C!_ 4 alkyl, heteroaryl, heteroaryl C 1 - 4 alkyl, heterocyclyl, or heterocylcyl C!_4 alkyl; R 4 is an optionally substituted phenyl, naphth־l-yl or naphth-2־yl, or heteroaryl ring; R 2 is (CR10R20VOR9, heterocyclyl, heterocyclyl C ! . 1 0 alkyl, C ! . i 0 alkyl, halo-substituted C M 0 alkyl, C 2 _ 1 0 alkenyl, C2.!o alkynyl, C 3 . 7 cycloalkyl, C 3 . 7 cycloalkyl

C]-10 alkyl C5-7 cycloalkenyl, C5.7 cycloalkenyl-Cx.io-alkyl, aryl, aryl Cj .10 alkyl, heteroaryl, heteroaryl-Q.io-alkyl, ( C R ! 0 R 2 0 ) n O R 1 !, (CR 1 0R 2 0) nS(O)mR18, (CR 1 0 R 2 0 NHS(O)״( 2 R 1 8 , (CR!0R20)nNR13R14, (CR 1 0 R 2 0 NO״( 2 , (CR 1 0R 2 ,CN״(0(CR!0R20)n'SO2R18, (CR 1 0R20)״S(O) m

I NR 1 3 R14, (CR 1 0R 2 C(Z)R״(0 1 1 , (CR 1 0 R20 OC(Z)R״( ״ , (CR 1 0R20)״C(Z)OR״, (CR 1 0R20)״C(Z) N R 1 3 R 1 4 , (CR1 0R20)״C(Z)NRnOR9, (CR10R2o)nNR!o C ( Z ) R ״ , (CR!0R2o)n NR 1 0 C(Z)NR 1 3 R 1 4 , ( C R 1 0 R 2 0 ) N(OR 6 )C(Z)NR 1 3 R 1 4 , (CR 1 0 R 2 0 ״(N(OR 6 )C(Z)R n , (CR 1 0 R 2 0 ״(C(=NOR 6)R״, (CR 1 0 R 2 0 ״(NR 1 0 C(=NR 1 9 )NR 1 3 R 1 4 , (CR 1 0 R 2 0 ״(OC(Z)NR 1 3 R 1 4 , (CR 1 0 R 2 0 ״(NR 1 0 C(Z)NR 1 3 R 1 4 , ( C R 1 0 R 2 0 ) ״


NR 1 0C(Z)OR!o, 5-(R 1 ־ 1,2,4(8 - o x a d i a z o I -3-yl or 4-(R 1 2)-5- (R 1 8 R 1 9 )-4,5-dihydro-l,2,4-oxadiazol-3-yl; wherein the aryl, arylalkyl, heteroaryl, heteroaryl alkyl, heterocyclic and heterocyclic alkyl groups may be optionally substituted; n is an integer having a value of 1 to 10 n' is 0, or an integer having a value of 1 to 10; m' is an integer having a value of 1 or 2, Z is oxygen or sulfur; R 6 is hydrogen, a pharmaceutically acceptable cation, C!_i 0 alkyl, C 3 _ 7

cycloalkyl, aryl, aryl C!_ 4 alkyl, heteroaryl, heteroarylalkyl, heterocyclycl, aroyl, or C ! . 1 0 alkanoyl; R 9 is hydrogen, C(Z)R!! or optionally substituted C M o alkyl, S(0) 2 R 1 8 , optionally substituted aryl or optionally substituted aryl C ! . 4 alkyl; R 1 0 and R 2 0 is each independently selected from hydrogen or C!_ 4 alkyl; R is hydrogen, C ״ M 0 alkyl, C 3 . 7

cycloalkyl, heterocyclyl, heterocylcycl C!.io alkyl, aryl, aryl C!.!o alkyl, heteroaryl

or heteroaryl C ! . 1 0 alkyl; R 1 2 is hydrogen or R! 6 ; R 1 3 and R! 4 is each independently selected from hydrogen or optionally substituted C!_ 4 alkyl, optionally substituted aryl or optionally substituted aryl C!_ 4 alkyl, or together with the nitrogen to which they are attached form a heterocyclic ring of 5 to 7 members which ring optionally contains an additional heteroatom selected from oxygen, sulfur or NR 9; R 1 5 is R!o or C(Z)-C!^ alkyl; R 1 6 is C!_ 4 alkyl, halo-substituted - C ! _ 4

alkyl, or C 3 . 7 cycloalkyl; R! 8 is Ci_io alkyl, G>_7 cycloalkyl, heterocyclyl, aryl, arylalkyl, heterocyclyl, heterocyclyl-C!.!() alkyl, heteroaryl or heteroarylalkyl; R ! 9 is hydrogen, cyano, C!_4 alkyl, C 3 . 7

cycloalkyl or aryl; and R 2 ! is alkyl, aryl, aryl C!_6 alkyl, heterocyclic, heterocyclyl C ! . 6 alkyl, heteroaryl, heteroaryl C!.6 alkyl, wherein each of these moieties may be optionally substituted.

[11] [21] 144212

[54] B I C Y C L E C A R R I E R ם י י נ פ ו א א ל ש נ מ

[ 2 3 . 1 2 . 1 9 9 9 . [22 [ 3 3 ] 11.2.1999 [32] 128502 [31] IL

131804 8.9.1999 [87] WO 00/45450 [51] Int. CI. 7 B60R 9/10 [71] Nir Geffen, Ramat Hasharon ן ת השרו מ ר גפן, ר י נ[74] Luzzatto & Luzzatto, , ו ט א צ ו ת ל ו א ט א צ ו ל

P.O.B. 5352, Beersheba ע ב ש ־ ר א ת.ד. 5352׳ ב

1943 September 17, 2003 ל התשם״ג ־ ו ל א כ׳ ב

[57] A modular bicycle carrier system for releasably clamping at least one bicycle (600) onto a predetermined structure, comprising: at least one first gripping unit (15) adapted for releasably gripping a first portion of a bicycle with respect to said structure; at least one second gripping unit (25) adapted for releasably gripping a second portion of a bicycle with respect to said structure, characterised in that at least

one of said first gripping unit or said second gripping unit is further adapted for coupling with at least one third gripping unit (500) for releasably gripping a portion of another bicycle, such as to enable a said third gripping unit to be releasably secured with respect to said structure via said first gripping unit or via said second gripping unit, respectively.

M 107 71 Figure 1

107

,

/ 209

/ 600 C

, a x

»1 y sr-

^ 3 - S O O

1 c S 500

600 ^ J 7 r

—209

t 4

3 r - ;

_ S 600 209? ־ 1 f ^ S O O

< 500

: ^ 0 9

1- 500

25 Figure 2

September 17, 2003 1 ־ ' D l W i n Vl^Kn ׳D 1944

[11] [21] 148006

[54] AEROPONIC PLANT GROWTH APPARATUS AND METHOD

ה ט י ש ם ו י ח מ ל צ ו ד י ג י ל נ ו ב רו ן אי ק ת ה

[22] 5.2.2002 [51] Int. CI. 7 A01G 25/00 [71] Shlomo Sasson, Herzliya [74] Seligsohn & Gabrieli,


ה י ל צ ר ה ששון, ה מ ל ש, ת גבריאלי זליגםון א

ב י ב א ־ ל ת.ד. 1426, ת

[57] A system for aeroponic growing of plants in greenhouses (10) comprising: (a) a translucent housing comprising light permeable walls and roof with insect impervious screening providing substantially uniform, diffused light throughout the greenhouse; (b) a climate control system for said housing including control means for temperature, humidity, oxygen and carbon dioxide concentration and circulation, and day/night light radiation; (c) stacked horizontal root growing chambers (20) spaced apart from one another horizontally and vertically on support frames along the length or width of the greenhouse with passages (24) provided between stacks (22) at predetermined intervals; and (d) a nutrient irrigation system; characterized in that: the root growing chambers comprise opaque troughs with opaque covers, the covers having spaced apart apertures in a single row along their

center axis for receiving plant culture plugs, the chamber terminating at one end in a drain pipe; the nutrient irrigation system comprising: drip irrigation pipes extending along the covers with drippers spaced to coincide with the apertures in the covers; a drain pipe connecting the growing chambers to a drainage tank; a nutrient solution storage/drainage tank for receiving and storing nutrient solution for circulating through the irrigation pipes and for receiving excess nutrient solution from the drain pipes; containers for acid, fertilizer and micro-nutrients for replenishing drained irrigation solution; photometers for analyzing the concentration of nutrients in the storage/drainage tank; controller means for monitoring and adjusting the pH, electrical conductivity, fertilizer and micro-nutrient content in drained nutrient solution in the tank; and pumping means and filtering means to recycle adjusted and filtered nutrient solution to the drip irrigation pipes.


-J2


ת ו נ ק ת ה 35 ל נ ק ת ם ל א ת ה ה נבחן ב רוט ז פי, תשב״ח-1968 ם י ט נ ט פ ה

[11] [21] 148516

[54] R E T R O V I R A L P R O T E A S E י ל ר י ו ו ר ט ז ד א י ט ו ד ת ב ע נ ו מ ת ה ב ו כ ר ת

I N H I B I T I N G C O M P O U N D

[22] 4.11.1991 [31] 616170 [32] 20.11.1990 [33] US

746020 15.8.1991 777626 23.10.1991

[51] Int. CI. 7 C07D 277/34 [62] Division from 133409 [71] Abbott Laboratories, Abbott Park, 111.,

U.S.A. [74] Dr. Yitzhak Hess & Partners, , ו י תפ ם ושו ק ה ח צ ד״ר י


[57] The compound


PATENTS

פטנטים שניתנוPATENTS GRANTED

ם י ט נ ט פ

97830 104460 105110

111135 114182 115184

119963 119971 120437

122782 123139 123258

124858 124899 124910

115542 125570 125728

126219 126336 126547

126855 127120 127122

127616 127634 127904

128690 128790 128965

129511 129813 129881

130973 131031 131161

131840 131927 131960

132445 132752 132876

134065 134180 134389

135686 135740 136359

137487 138023 138698

105400 107117 107366

115560 117229 118319

120697 120857 121650

123262 123637 123870

124995 125164 125210

125769 125965 126025

126551 126601 126611

127157 127208 127541

127919 128232 128260

129062 129120 129317

130138 130234 130619

131183 131185 131314

131984 132160 132196

133501 133519 133778

134709 134957 135010

136529 136539 136555

138912 142477 142645

110361 110808 111065

119369 119417 119577

121756 121837 121851

124358 124603 124689

125387 125400 125531

126035 126055 126194

126651 126726 126789

127553 127582 127602

128413 128632 128658

129333 129435 129491

130633 130745 130836

131415 131587 131639

132212 132351 132361

133801 133877 133885

135035 135160 135233

136592 136630 136676

ל התשם״ג ־ September 17, 2003 947 ו ו ל א ב׳ ב

פטנטים שחודשוPATENTS RENEWED

73725 74785 75304 75417 75447 75532 75554 75564 75618 75650

75656 75687 75690 75707 75717 75725 75749 75766 75771 75773

75774 75826 75833 75871 75878 75903 75977 89212 89311 90506

90542 90631 90662 90668 90670 90671 90673 90674 90688 90714

90722 90726 90734 90736 90744 90779 90787 90794 90802 90811

90813 90859 90870 90879 90880 90900 90908 90918 90919 90925

90926 90931 90933 90940 90947 90960 90970 90983 90984 90999

91004 91005 91008 91033 91044 91059 91062 91069 91101 91111

91126 91131 91138 94754 98824 105110 105262 105263 105271

105507 105508 105944 105945 105946 105947 105952 105956 105969

105991 106005 106091 106092 106095 106112 106130 106153 106167

106176 106192 106196 106218 106219 106221 106233 106248 106258

106266 106270 106272 106282 106289 106291 106301 106306 106307

106311 106315 106318 106322 106326 106328 106333 106334 106340

106355 106356 106358 106360 106361 106364 106365 106370 106376

106388 106392 106393 106451 106453 106457 106458 106462 106469

106494 106495 106497 106502 106507 106508 106513 106520 106569

108446 110808 111065 112143 113232 114432 115184 116748 117229

117881 118247 119217 119498 119537 119551 120460 120607 120697

September 17, 2003 1948 ל התשם״ג ־ ו ל א ב׳ ב

120806

121109

121197

121232

121279

121315

121398

123139

123637

124923

125210

126329

127058

127296

127548

127722

127919

128057

128258

129059

130343

1949

120868 120956

121136 121151

121198 121209

121236 121237

121280 121282

121316 121320

121399 121430

123162 123253

123693 123976

124960 124995

125542 125614

126409 126547

127075 127124

127357 127360

127515 127548

127764 127809

127949 127964

128081 128097

128318 128457

129172 129372

130741 130742

120986 120990

121155 121161

121210 121211

121238 121244

121283 121285

121321 121330

121650 121767

123262 123265

124072 124671

125055 125097

125769 125914

126586 126651

127157 127208

127441 127487

1.27571 127576

127837 127850

127970 127975

128102 128108

128504 128658

129374 129435

130744 130975

121055 121064

121164 121174

121212 121213

121263 121272

121287 121288

121335 121353

121837 122885

123336 123537

124715 124746

125126 125130

125987 126025

126789 126818

127239 127240

127488 127489

127587 127602

127876 127905

127997 128004

128127 128136

128791 128944

129512 129738

130991 131604

!ptcmber 17, 2003

121092 121094

121179 121195

121225 121231

121273 121274

121311 121312

121356 121390

123013 123029

123554 123597

124858 124910

125160 125190

126096 126328

126934 126999

127243 127286

127506 127515

127629 127688

127914 127915

128020 128029

128191 128246

129022 129031

130175 130276

131675 131687

ג ״ ס ש ת ל ה ו ל א ב׳ ב

131927 131960 132038

132785 132860 132912

133898 133966 134180

137456 138912 139706

132160 132235 132237

133131 133287 133423

134877 135329 135594

145081

132445 132621 132777

133740 133741 133891

135694 136083 136592


פטנטים שחודשו לעשרים שנהPATENTS RENEWED FOR 20 YEARS

121428 134280

9 ו 5 1 September 17, 2003 - ל התשם״ג ו ל א ב׳ ב

פטנטים שתוקפם פקעוPATENTS NOT IN FORCE

73708 73718 73723 73741 73752 73792 73797 73808 73837 73858

73893 73949 73960 73976 88553 88559 88571 88576 88577 88587

88601 88606 88607 88611 88644 88655 88656 88663 88684 88716

88728 88745 88756 88757 88761 88765 88777 88779 88798 88807

88808 88813 88814 88825 88826 88828 88842 88852 101193 102922

103741 103944 103950 103964 103965 103967 103968 103978 103980

103982 103994 104000 104006 104029 104038 104039 104040 104049

104050 104051 104069 104083 104089 104090 104101 104102 104106

104111 104112 104114 104116 104123 104124 104125 104126 104136

104149 104159 104165 104166 104167 104168 104170 104188 104190

104198 104219 104226 104229 104230 104237 104238 104247 104251

104256 104257 104259 104261 104264 104265 104275 104279 104282

104287 104751 104752 119739 119747 119750 119751 119767 119773

119796 119808 119810 119813 119827 119829 119845 119847 119863

119880 119881 119889 119893 119894 119904 119905 119907 119925

119935 119942 121580 124629 124804 124871 124896 125039 125057

125069 125178 125321


פטנטים שפג תוקפםPATENTS EXPIRED

68844 68856 68864 68873 68877 68880 68887 68893 68901 68912

68913 68914 68918 68928 68932 68946 68965 68970 68976 68987

68988 69004 69009 69040 69049 69071 69075 69081 69085 69092

69095 69120 69122 69123 69124 79639 83952

1953 September 17, 2003 - ל התשם״ג ו ל א ב׳ ב

NOTICE הודעה

Under section 60 of the Patents Law, 5727-1967

Application has been fded for the restoration of the patent recorded below, which has lapsed through non-payment of the prescribed renewal fees:

לפי סעיף 60 לחוק

הפטנטים, תשכ״ז־967 ו

הוגשה בקשה להחזר תוקפו של

הפטנט המפורט מטה, שתוקפו

פקע מחמת אי תשלום אגרות

החידוש הקבועות:

No. of Patent

Acceptance published in journal no:

Proprietors:

101726

8/96

מסי הפטנט

קיבול פורסם ביומן מם׳ שם בעל הפטנט:

מיקרוקים בע״מ

Any person may oppose the said application within three months from the date of this Patents Journal, as prescribed by section 61 of the Law and by regulation 92 of the Patent Regulations, 5728-1968

בל אדם רשאי להתנגד לבקשה

האמורה תוך שלושה חודשים

מתאריך יומן פטנטים זה, בפי

שנקבע בסעיף 61 לחוק ובתקנה

92 לתקנות הפטנטים, תשב״ח־968ו

September 17, 2003 1954 ב׳ באלול התשס״ג ־

NOTICE הודעה

Under section 60 of the Patents Law, 5727-1967

Application has been filed for the restoration of the patent recorded below, which has lapsed through non-payment of the prescribed renewal fees:

No. of Patent 102019

8/96 Acceptance published in journal no:

Proprietors:

Rheinmetall W & M GmbH

ק ו ח ף 60 ל י ע י ס פ ל, תשב״ז־967 ו ם י ט נ ט פ ה

ל ו ש פ ק ו ר ת ז ח ה ה ל ש ק ה ב ש מ חו פ ק ו ת , ש ה ט ט מ ר ו פ מ ט ה נ ט פ הת ו ר ג ם א ו ל ש י ת ת א מ ח ע מ ק פ

: ת ו ע ו ב ק ש ה ו ד י ח ה

מם׳ הפטנט

קיבול פורסם ביומן מם,:ל הפטנט: ע שם ב

Any person may oppose the said application within three months from the date of this Patents Journal, as prescribed by section 61 of the Law and by regulation 92 of the Patent Regulations, 5728-1968

ה ש ק ב ד ל ג נ ת ה י ל א ש ם ר ד ל א בם י ש ד ו ה ח ש ו ל ך ש ו ה ת ר ו מ א הם זה, בפי י ט נ ט ומן פ ך י י ר א ת מ

ה נ ק ת ב ק ו ו ח ף 61 ל י ע ס ע ב ב ק נ ש, תשב״ח־1968 ם י ט נ ט פ ת ה ו נ ק ת 92 ל

1 9 5 5 September 17, 2003 ג ־ ״ ם ש ת ל ה ו ל א ב׳ ב

NOTICE הודעה

NOTICE under section 64E of the Patents Law, 5727-1967

It is the intention of the Commissioner of Patents to grant an order for the extension of the period of protection'of the following patent in accordance with Chapter Four, Article Two bis, of the Patents Law, 5727-1967

הודעה לפי סעיף 64ה לחוק הפטנטים

התשב״ז־967 ו

בכוונת רשם הפטנטים ליתן צו

להארכת תקופת הגנה ע״פ פרק ד/ סימן בו

לחוק הפטנטים, התשכ״ז-967ו לגבי

הפטנט המפורט מטה:

No. of basic patent: 87290 Acceptance published in journal No.: 11/92

מם׳ פטנט בסיסי:

קיבול פורסם ביומן מם׳:

Title of invention: EPIPODOPHYLLOTOXIN GLUCOSIDE PHOSPHATE DERIVATIVES, THEIR-4־PREPARATION AND PHARMACEUTICAL COMPOSITIONS CONTAINING THEM

שם האמצאה:

תולדות של אפיפודופילוטוקםין

גלוקוםיד י4-פוםפט, הבנתן ותכשירי

רוקחות המכילים אותן

Proprietors: :בעלים של הפטנט

BRISTOL MYERS SQUIBB COMPANY

Any person desiring to oppose the said grant of an order may, within three months from the date of this journal, serve to the Commissioner of Patents a notice of opposition under Section 64F of the Law, as prescribed by Rule 3 of the Patent Regulations (extension of period of protection - procedure for application for order, opposition to order, application to annul) 5758-1998.

כל המעוניין להתנגד למתן

צו ההארכה רשאי תוך שלושה חודשים

מתאריך יומן זה, להגיש לרשם הפטנטים

הודעה התנגדות לפי סעיף 64ו לחוק,

בדרך הקבועה בתקנה 3 לתקנות הפטנטים

(הארכת תקופה הגנה - סדרי דין בבקשה לצו,

בהתנגדות לצו, ובבקשה לביטול), התשנ״ח-998 ו

September 17, 2003 1956 בי באלול התשס״ג ־

NOTICE הודעה Under section 66 of the Patents Law, 5727-1967

ק ו ח ף 66 ל י ע י ס פ ל, תשכ״ז־1967 ם י ט נ ט פ ה

This is to notify that permission has been granted to the owner of Patent Application No. 112795

ת ו ש ה ר נ ת י י נ ת כ א ז ע ב ד ו מט נ ט פ ת ה ש ק ת ב ל ע ב ל

מם׳ 112795

Acceptance published in Journal to amend the specification of the said Patent Application.

Any person may oppose such grant of permission within three months from the date of this Patents Journal, as prescribed by section 67 of the Law and by regulation 99 of the Patent Regulations, 5728-1968.

ומן 11/00 ם בי ם ר ו ל פ ו ב י ק ר ה ב דט נ ט פ ת ה ש ק ל ב ט ש ו ר י פ ת ה ן א ק ת ל

. ה ר ו מ א ה

ן ת מ ד ל ג נ ת ה י ל א ש ם ר ד ל א כם י ש ד ו ה ח ש ו ל ך ש ו ת ת ו ש ר ה

י פ ם זה, כ י ט נ ט ומן פ ך י י ר א ת מה נ ק ת ב ק ו ו ח ף 67 ל י ע ס ע ב ב ק נ ש

, התשכ״ח־1968. ם י ט נ ט פ ת ה ו נ ק ת 99 ל

1 9 5 7 September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א כ׳ ב

שינויים בפרטים רשומים בפנקסCHANGES IN PARTICULARS ENTERED IN REGISTER

שינוי בעלותCHANGES IN PROPRIETORSHIP

No. of Patent:

Previous Proprietors: 97565

TAKEDA CHEMICAL INDUSTRIES LTD.

מם׳ פטנט:

ם הקודמים: י ל ע ב ה

New Proprietors: :ם ם החדשי י ל ע ב הSUMITOMO CHEMICAL TAKEDA AGRO COMPANY, LIMITED

No. of Patents:

Previous Proprietors:

New Proprietors:

No. of Patent:


New Proprietors:

No. of Patents:


New Proprietors:

No. of Patents:


New Proprietors:

No. of Patents:

122215, 122216, 105651

BASF Aktiengesellschaft

ABBOTT GmbH & Co. KG

127029

MEDIVICE SYSTEMS LTD.

MOR-GAL PLASTIC LTD.

79292, 80125, 92221

BIOGLAN AKTJEBOLAG

JAGOTEC AG

123251, 85083, 78584

TYCO ELECTRONICS CORPORATION

DOW CORNING CORPORATION

מם׳ פטנטים:


ם החדשים: י ל ע ב ה

מם׳ פטנט:


ם: ם החדשי י ל ע ב ה




מס׳ פטנטים:




September 17, 2003 ל התשם״ג ־ ו ל א ד ב׳ ב 9 5 8


New Proprietors:

No. of Patent:


New Proprietors:

126620, 126621

THE WAHOO TRUST

ZARYX (PTY) LIMITED

117136

ברנרד גראו

מוצרי פירםט קייר בע״מ



מם׳ פטנט:



שינוי שם הבעליםCHANGES IN NAME OF PROPRIETORS

No. of Patent:

Previous Name:

New Name:

97455

NYCOMED AS

AMERSHAM HEALTH AS

מם׳ פטנט:

ם הקודם: ש ה

ם החדש: ש ה


CORRIGENDUM

Journal 4/03

P. 1292 Patent application No. 129231

Delete the application.

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תיקון טעות יומן

ע׳ 1292 בקשת פטנט מם׳ ד12923

מחק את הבקשה.

הבקשה פורסמה בטעות.

הבקשה עוד לא קובלה

ואיננה פתוחה לעיון הציבור

September 17, 2003 1960 ב׳ באלול התשם״ג ־

קודים למדינות המופיעים ביומן זהCOUNTRY CODES APPEARING IN THIS JOURNAL

Code Country or Organization AR Argentina AT Austria AU Australia BA Herzegovina

BE Belgium BR Brazil CA Canada CH Switzerland CN China CZ Czech Republic DE Germany DK Denmark EC Ecuador EP European Patent Office ES Spain FI Finland

FR France GB United Kingdom GE Georgia GR Greece HR Croatia HU Hungary IE Ireland IL Israel IN India IT Italy JP Japan KR Republic of Korea L K Sri Lanka MX Mexico NL The Netherlands NO Norway

ל התשם״ג ־ September 17, 2003 ד 961 ו ל א ב׳ ב

NZ New Zealand

PL Poland

PT Portugal

RU Russian Federation

SE Sweden

SG Singapore

SI Slovenia

SK Slovakia

TH Thailand

TR Turkey TW Taiwan

UA Ukraine

US United States of America

UY Uruguay

UZ Uzbekistan

WO World Intellectual Property Organization (W.I.P.O.)

ZA South Africa

September 17, 2003 - rownn b^Kl 1962 3׳

DESIGNS מדגמים מדגמים שנרשמו

DESIGNS REGISTERED

Class

WOLFMAN INDUSTRIES LTD. Prefabricated pumping stations for sewage

31589 25(03)

27.5.1999 סוג

מ ״ ע ת ב ו י ש ע ן ת מ פ ל ו ו תחנות שאיבה טרומיות לביוב

Class

DAR PLAST LTD. Tray

33070 9(03)

20.2.2000 סוג

מ ״ ע ט ב ם ל ר פ ד מגש

Class

GIDEON GOLOMBEK Packaging

Class

K A L KAR EIN CARMEL Filling block for ceiling

33235 9(03)

14.2.2000

33400 25(01)

7.4.2000

סוג

סוג

ק ב מ ו ל ו ן ג ו ב ד ג אריזה

ל מ ר ן כ ל קר עי ג בלוק למילוי תקרות

Class

SHIMON BEN AMI Modular wiring ducts

33619, 33621 13(03)

24.5.2000 סוג

י מ ן בן ע ו ע מ ש תעלת חיווט מודולרית

Class

PLASGAD PLASTIC PRODUCTS Container for mixing building materials

33904 8(05)

30.7.2000 סוג

ם י י ט ס ל ם פ י ר צ ו ד מ ג ס ל פ מיכל לעירבוב חומרי בניה

1963 September 17, 2003 ל התשס״ג ־ ו ל א כ׳ ב

34148, 34149 Class 14(03) סוג

24.9.2000 M A R S A N T E N N A S & R F S Y S T E M S L T D מ . ״ ע ת ב י ט ו ח ל ת א ר ו ש ק ת ת ו ו נ ט נ ם א ר א מAntenna אנטנה

Ring for display unit

Convention date (WIPO):

34230 Class 20(02) סוג

4.10.2000 PHILIP MORRIS PRODUCTS S.A.

18.4.2000 ה ג ו צ ן ת ק ת ר מ ו ב ת ע ע ב ט

תאריך האמנה(ויפו):

34249 Class 11(02)

6.10.2000 SHALOM ZADOK AND ITCHAK TARKAY Sculpture

סוג

י א ק ר ק ט ח צ י ק ו ו ד ם צ ו ל ש פסל

Class

A L E X BEN-ARI AND AVI BLECHER Lamp for the back of a vehicle

34305 26(06)

27.10.2000 סוג

ר ב ל י ב ב א י ו ר א ־ ן ס ב ב ל א פנס לגב הרכב

Class

EZRA KATAN Fence element

34648 25(02)

18.1.2001 סוג

א קטן ר ז ע יחידת גדר

_Class

ISRAEL MILITARY INDUSTRIES LTD. Gun

34703 22(01)

1.2.2001 סוג

מ ״ ע ל ב א ר ש י ת ל י א ב צ ה ה י י ש ע ת ה אקדח

September 17, 2003 ל התשס׳יג ־ ו ל א 1964 כ׳ ב

34734 Class 9(03) סוג

12.2.2001 DANIEL AGUILO PANISELLO, S.A.

Stackable cardboard box ארגז מקרטון הניתן להערמה

Class

Runner

Convention date (Great Britian):

Class

MOSHE MULA GILRAM Stopper for a window net

Class

34783 3(03)

25.2.2001 HOLYLAND FOX LTD.

29.8.2000

34890 8(08)

23.3.2001

סוג

34892 8(08)

23.3.2001 MOSHE MULA GILRAM Reinforcement element for shutters and windows

Class

MOSHE MULA GILRAM Conveyer unit for shutters and windows

Class

E L I E Z E R COHEN Component of ring-protecting cable end

34893 8(08)

23.3.2001

34904 9(03)

26.3.2001

ל י ב ו מ

תאריך האמנה(בריטניה הגדולה):

סוג

ה גילרכו ל ו ה מ ש מ מעצור לרשת חלון

סוג

ם ר ל י ה ג ל ו ה מ ש מ אלמנט חיזוק לתריסים וחלונות

סוג

ם ר ל י ה ג ל ו ה מ ש מ יחידת היםע לתריסים וחלונות

סוג

ן ה ר ב ז ע י ל א חלק טבעת להגנת קצה בבל

1 9 6 5 September 17, 2003 ג ־ ל התשס״ ו ל א ב׳ ב

34920 Class 25(01)

30.3.2001 MIFROMAL JERUSALEM INDUSTRIES LTD. Profile

מ ״ ע ם ב י ל ש ו ר ת י ו י ש ע ל ת א מ ו ר פ י מ פרופיל

Class

SANO-BRUNO־S ENTERPRISES LTD. Container

34926, 34927 28(03)

3.4.2001 no

מ ״ ע ס ב ו נ ו ר י ב ל ע פ ו מ נ ם מיכל

Glass

Convention date (U.S.A.):

34954 Class 7(01) no

22.4.2001 THE COCA-COLA COMPANY

27.10.2000

35139 Class 3(01)

24.5.2001 PALDINOX IMPORT AND MARKETING

(1973) CO. LTD. Tea box

Class

E L I E Z E R COHEN Component of ring-protecting cable end

35149 9(03)

29.5.2001

35169, 35170 Class 8(06)

3.6.2001 COSMOV S.P.A.

ס ו כ

תאריך האמנה(ארצות הברית):

no

ק ו ו שי א ו ו ב י ה ל ר ב ס ח ק ו נ י ד ל פמ ״ ע (1973) ב

קופסת תה

no

ן ה ר ב ז ע י ל א חלק טבעת להגנת קצה כבל

A10

Handle ידית


Class

DAVID FOGEL & SONS LTD. Packing for vehicle covers

35238 3(02)

17.6.2001 סוג

מ ״ ע ו ב י נ ב ל ו ג ו ד פ ו ד מארז לכיסוי רבב

35305, 35306, 35307 Class 25(01) סוג

1.7.2001 A V I V F E N C E S A N D G A T E S Y S T E M S L T D מ . ״ ע ם ב י ר ע ש ר ו ו ד י ת ג ו כ ר ע ב מ י ב אProfile פרופיל

Toothbrush handle

Convention date (U.S.A.):

35310 Class 4(02) סוג

2.7.2001

COLGATE-PALMOLIVE COMPANY

9.1.2001

Class

PROFAL LTD. Profile

Class

CARELINE (PHARMAGIS) LTD. A bottle

Class

GALIT PROFILES LTD. Profile

Class

K L I L INDUSTRIES LTD. Aluminium profile

35313 25(01)

4.7.2001

35316 9(01)

5.7.2001

35323 25(01)

8.7.2001

35325 25(01)

9.7.2001

ם י י נ י ת ש ש ר ב מ ת ל י ד י

תאריך האמנה(ארצות הברית):

סוג

מ ״ ע ל ב א פ ו ר פ פרופיל

סוג

סוג

סוג

מ ״ ע ) ב ס י ג א מ ר פ ) ן י י ל ר ק בקבוק

מ ״ ע ם ב י ל י פ ו ר ת פ י ל ג פרופיל

מ ״ ע ת ב ו י ש ע ל ת י ל ק פרופיל אלומיניום

1 9 6 7 September 17, 2003 ג ־ ״ ס ש ת ל ה ו ל א ב׳ ב

35349, 35350, 35351, 35352 Class 25(01) ג ו ס

16.7.2001 M I F R O M A L J E R U S A L E M I N D U S T R I E S L T D מ . ״ ע ם ב י ל ש ו ר ת י ו י ש ע ל ת א מ ו ר פ י מ

Profile ל י פ ו ר פ

35356, 35357, 35358, 35359 Class 25(01)

17.7.2001 M I F R O M A L J E R U S A L E M I N D U S T R I E S L T D .

Profile

ג ו ס

מ ״ ע ם ב י ל ש ו ר ת י ו י ש ע ל ת א מ ו ר פ י מ

ל י פ ו ר פ

Class

M E R A V F L E I S H E R

Bracelet with mirror

35360 11(01)

17.7.2001 ג ו ס

ר ש י י ל ב פ ר י מ

ה א ר ם מ ד ע י מ צ

Knife

Convention date ( U . S . A . ) :

35362 Class 7(03)

17.7.2001 DART INDUSTRIES INC.

16.2.2001

ג ו ס

ן י כ ס

: ( ת י ר ב ת ה ו צ ר א ) ה נ מ א ך ה י ר א ת

35378, 35379, 35380, 35381, 35382, 35383, 35384, 35385, 35386, 35387,

35388, 35389, 35390 Class 25(01) ג ו ס

17.7.2001 M I F R O M A L J E R U S A L E M I N D U S T R I E S L T D מ . ״ ע ם ב י ל ש ו ר ת י ו י ש ע ל ת א מ ו ר פ י מ

Profile ל י פ ו ר פ

35443, 35444, 35446 Class 8(06) ג ו ס

31.7.2001 E G O K I S. L T D .

Handle ת י ד י

September 17, 2003 ל התשס״ג ־ ו ל א 1968 ב׳ ב

35445 Class 8(06)

31.7.2001 J. JOSE VERGES S.A.

סוג

Handle ידית

Class

AR-KAL PLASTICS PRODUCTS (1973) Foldable table

35454 6(03)

1.8.2001 סוג

( 1 9 7 3 ) ק י ט ס ל י פ ר צ ו ל מ ק ־ ר א שולחן מתקפל

35476 Class 8(06)

9.8.2001 UNION KNOPF GMBH

סוג

Handle ידית

Class

TSVIA LEMBERGER Diamond

35564 11(01)

27.8.2001 סוג

ר ג ר ב מ ה ל י ב צ יהלום

Class

SHLOMO COHEN Diamond

35578 11(01)

5.9.2001 סוג

ן ה ה כ מ ל ש יהלום

ל התשם״ג ־ September 17, 2003 969 ו ו ל א כ׳ ב

מדגמים שחודשוDESIGNS RENEWED

20679 20989 20990 20991 20992

21073 21210 21235 21391 21392

21401 28450 29818 29820 29822

29976 29987 29988 30038 30039

30073 30074 30075 30088 30090

30187 30188 30190 30191 30245

20993 20994 21001 21003 21064

21393 21394 21395 21396 21397

29823 29830 29968 29968 29972

30040 30055 30061 30071 30072

30099 30158 30160 30162 30186

30247 30302 30359


מדגמים שבוטלוDESIGNS VOID

12930 13662 13646 13647 13648 13667 13745 13749 13750 13753

13790 13793 19873 19874 20032 20034 20038 20058 20079 20080

20081 20082 20083 20084 20085 20086 20105 20109 20123 20124

20135 20139 20140 20142 20143 20148 20149 20153 20155 20158

20159 20185 20186 20188 20189 20190 20191 20192 20193 20194

20195 20196 20198 20199 20200 20201 20204 20206 20207 20208

20209 20210 20211 20212 20216 20217 20224 20225 20226 20234

20259 20260 27933 27934 27935 27936 28255 28867 28868 28869

28871 28885 28886 28887 28888 28889 28890 28891 28892 28893

28894 28895 28896 28897 28898 28899 28900 28901 28902 28903

28904 28905 28913 28914 28915 28916 28917 28918 28919 28921

28922 28923 28924 28927 28929 28930 28931 28935 28936 28937

28938 28942 28947 28948 28953 28954 28955 28995 29806 29807

29808 29809 29935 30163 30164 30165 30166 30167 30362 30363

30412 30565 30566 30567 30568 30618 30619 30620 30621 30861

Dr. Meir Noam Commissioner of Patents, Designs and Trade Marks

ד 3ועפ א ר מ ״ דם י מ ג ד מ ם ה&טנכוים, ה ש ד

ר ח ס י מ נ מ י ס ו

1 9 7 1 M y 31, 2003 - ג ב התשס״ א ב׳ ב

מפתחות לבקשות שקובלר

INDICES OF APPLICATIONS ACCEPTED

NAME INDEX מפתח שמי

ידע חברה למחקר ופיתוח בע״מ 125735

ילין, דב 110524

ישקר בע״מ 132261

מדיגול בע״מ 122767

צ׳ובקוב, אלכסנדר 138482

קודר, נפתלי 136614

רב־בריח טכנולוגיות בע״מ 127928

רמות רשות אוניברסיטאית למחקר שימו

שי ופיתוח תעשייתי בע״מ 108775

שרין טכנולוגיות בע״מ 138347

ששון, שלמה 148006

Abbott Laboratories 148516 Agadganova, Marina A. 141096 Akzo Nobel NV 122740 Alliant Techsystems Inc. 131141 AlliedSignal Inc. 139088 American Cyanamid Company 135532,

135533 American Technical Ceramics Corp.

117280 Animas Corporation 127213 Arbitron Inc. 133702, 133703 Arzi, Boaz 124128 Assa AB 136649 AstraZeneca AB 126545

אוזונטק בע״מ 127697

איי דיי אי טכנולוגיות בע״מ 133576

אים.וי.טי. מולטי וויזץ טכנולוגיות בע״מ

130782

ארצי, בועז 124128

בן ציוני, יאיר 124128

גותית בע״מ 120839

גפן, ניר 144212

טיוטופלםט בע״מ 131404

טולדגו, חביב 128133

טכנולוגיות בינלאומיות (לייזר) בע״מ

128606

Autotronics Engineering International L i mited 116528

BAE Systems Electronics Limited 128487

BASF AG 129146, 129532 Baxter International Inc. 136014 Bayer AG 124523 Bayer Corporation 129420 Baylor College of Medicine 94183 Ben-Ziony, Yair 124128 Biomerieux, Inc. 135625 Biosense, Inc. 125757 Boehringer Ingelheim K G 114571

September 17,2003 - ב׳ באלול התשם״ג

Bristol-Myers Squibb Company 135590 British American Tobacoo (Investments)

Limited 136298 Burger, Helmut 125634

Cantor Fitzgerald Securities 126531 Carglass Luxembourg Sari 116268 Colgate-Palmolive Company 126707

Dart Industries Inc. 132592 D K L International Inc. 132544 Duke University 94482

Epshtein, Oleg Iliich 125743 Exxonmobil Upstream Research Compa

ny 138557

Fodstad, Oystein 126257 Forschungszentrum Karlsruhe GmbH

132336 French, LanW. 123196 Fromfroid, S.A. 134745

Geffen, Nir 144212 General Electric Company 126706,

131565, 131566, 139548 Glaxo Group Limited 130687 Gotit Ltd. 120839 Grieshaber & Co. AG Schaffhausen

125576 Hercules Chemical Company Incorpor

ated 135931 Hoffmann-La Roche AG, F. 128869 Hovione Inter Ltd. 124397

I.D.E. Technologies Ltd. 133576 Icagen Inc. 128205 IMV Technologies 129804 Incoe Corporation 133030 International Technologies (Lasers) Ltd.

128606

Isagro Ricerca S.R.L. 132949 Iscar Ltd. 132261

Koder, Naphtali 133614 Koninklijke KPN N.V. 123175

L-3 Communications Corporation 137200

Lam, Lawrence Y. 136779 Lam, Michael 136779 Lazare Kaplan International, Inc.

140513 Lilly and Company, Eli 128205 Litton Systems, Inc. 131036, 133813,

136710 Lockheed Martin Energy Research

Corp.133419 Lundbeck A/S, H. 132461, 133990

Mead Corporation, The 132657 Medical Biosystems Ltd. 133411 Medinol Ltd. 122767 Medivir AB 124760 Membrex, Inc. 138774 Morozov, Valentin 129325 Mul-T-Lock Technologies Ltd. 127928 MVT Multi Vision Technologies Ltd.

130782

Nodal Technology', Inc. 129325 Novartis AG 94482 Novaville AG 129285 Novo Nordisk A/S 126028

Ozontech Ltd. 127697

Parker-Hannifin Corporation 139091 Patria Vehicles Oy 134462 Pfizer Products Inc. 125951, 126745 Pliant Corporation 128060 Praxair Technology, Inc. 120522

ii September 17, 2003 - rou/nn blbus '

Prospective Concepts AG 134091

Qualcomm Incorporated 125122. 129077, 129261

Rafi GmbH & Co. Kg, Elektrotechnische Spezialfabrik 131861

Ramot University Authority for Appl:ec Research and Industrial Developmen: Ltd. 108775

Raytheon Company 130589, 132480 Rheinmetall W & M GmbH 126231 Rhodia Chimie 125779 RMF Dictagene S.A. 128857 Rovner, Iakov Sh־B 141096

Sandvik AB 136174 Sarin Technologies Ltd. 138347 Sasson, Shlomo 148006 Schering Corporation 126597, 135797 Showa Denko K.K. 126443 Siemens Aktiengesellschaft 1265"9.

127749 SmithKline Beecham Corporator.

143517 SmithKline Beecham Pic 136381 Smiths Group Pic 135401

Solomon, Paul 129311 Sumitomo Electric Industries, Ltd.

129251 Swagelok Company 132256

Tarn, Paul Y . 123196 Tchouvakov, Alexander 138482 Telefonaktiebolaget LM Ericsson

132246 Thomson-CSF Optronique Canada, Inc.

129095 Tokyo Electron Limitec 137212 Toledano, Haviv 128133 Twitoplast Ltd. 1314CM

University of California The Regents of The 123659

University of Florida Research Foundation 123659

Wisconsin Alumni Research Foundation 125735

Wu. George 123196

Yeda Research and Development Company Ltd. 125735

Yellin. Dov 110524

September 17, 2003 - rotwin ViVxi 2 iii

מפתח עניניS U B J E C T M A T T E R I N D E X

A01G - 128060, 148006 B05D- 130687

AOIN - 124523, 132949 B23B - 132261

A44C - 110524, 125634 B23C- 132261

A47J - 132592 B23K- 110524, 138747, 140513

A47K - 135931 B26F- 116268

A61B 126706 ,1267579 ,125757 ־, B26K- 116268 127213, 127749, 128133, 131566, 139548 B28B - 129311

A61D - 129804 B29C - 129311, 133030

A61F - 125576 B32B 136014 ,134745 ־

A61J- 125743 B60J- 116268

A61K - 94482, 114571, 122740, B60R - 144212 123196, 124128, 124760, 125735, 125743, 125779, B64C - 134091, 136779 125951, 126707, 126745, 128205, 128869, 129420, B64D - 128606 133990, 135797

B65B - 136298 A61M 126545 ,126028 ,122767 ־,

130687, 135401 B65D- 120839, 126545, 130687, 132592, 132657, 135931,

A61P 136298 ,136014 ,122740 ,114571 ,94482 ־ 124128, 124760, 125735, 125951, 126745, C01B - 127697 128205, 128869, 129420, 133990, 136381 C01G- 125779

BOID 138774 ־ C07C- 114571, 124128, 124523, 125735, 126443, 128205,

B O I J - 126443, 127697, 129146 129146, 129251, 129420,

iv September 17,2003 ג ־ ל התשם״ ו ל א י ב

132461, 135532, 135533

C07D - 114571, 124523, 124760, 125731, 125735, 125951, 126745, 128205, 128869, 129251, 129420, 132949, 133990, 135590, 135797, 136381, 143517, 148516

C07F 135590 ,124523 ־ :

C07H - 123196, 124397

C07J - 122740, 126597

C07K - 94183, 94482, 128857

C08F - 129532

C 0 8 L - 129311

C09C 125779 ־

C09D - 125779

C10L - 129532

C10M 129532 ־

C12N - 94183, 94482, 108775, 126257

C l 2? - 94482

C12Q- 126257, 133411

C23C - 136174

E04H 134462 ־

E05B - 136649

E06B - 127928

E21D 136614 ־

F01D - 138482

F01K - 138557

F03B - 138482

F04D - 133576

F16K - 139091

F16L - 132256

F17C - 138557

F23J - 132336

F23K - 132336

F24F - 131404

F25B - 130589, 139091

F25C 133576 ־

F25D - 134745

F42B - 126281, 131141

G01C - 128487

G01N - 126257, 126706, 131566, 132544, 135625

G01S - 128487, 132480, 139548

G01T- 126706, 131565, 131566

G02B - 131036

G03H- 133419

G05D - 130589

G05F- 116528

September 17, 2003 - ל התשם״ג ו ל א כ׳ ב

G06F - 129285, 139088

G06K - 126531, 140513

G07F- 123175

G08B 138347 ־

G09F - 130782

G09G - 137200

GlOH - 141096

G l IB • 133702

G21B - 123659

HOIB 131565 ־

H01G- 117280

HOIH 131861 ־

HOU - 137200

H01L - 120522, 137212

HOIS - 136710

H02M- 116528

H03F - 125122, 132246

H03G - 129261

H04B - 129077, 129261

H04H - 133702, 133703

H04J - 125122, 129325

H04K - 132480

H04L - 129285, 133703

H04N - 129095, 133702, 133703

H04Q - 129325

vi September 17,2003 ל התשם״ג ־ ו ׳ באל

נערך ע״י לשכת הפטנטים, משרד המשפטים, ירושלים, ירושלים י ת ל ש מ מ ס ה דפס במדפי הו פק ו הו

E D I T E D B Y T H E P A T E N T O F F I C E , M I N I S T R Y O F J U S T I C E , J E R U S A L E M

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