Israel state records י"ג בשבט התשס"ח January 20, 2008

158811
[21][11]
ערכת פנסים		FLASHLIGHT KIT	[54]
	10.11.2003		[22]
Int. Cl.8 F21L 004/00, F21V 021/00			[51]
אריה סנסולו, אשקלון		ARIE SANSOLO	[71]
דקל פטנט בע"מ, מנוחה ונחלה 18 ,חדר 27, רחובות		DEKEL PATENT LTD., 18 MENUHA VENAHALA ST. REHOVOT 76209	[74]

[57] A flashlight kit (20) comprising: a flashlight comprising a body (3) including a light (1) and a battery (16) disposed in said body, which is electrically connectable to said light with a switch (4); an attachment device for attaching said body to an attachment surface, said attachment device comprising a spike (6) for jabbing the attachment surface, wherein said spike is attached to a portion of said switch, and a protective cap (8) fittable over said spike, wherein said spike is adapted to pierce said protective cap.

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159126			[21][11]
שיטה ומכשיר להעברה של אינפורמציה שאינה בתמונה במערכת הדמייה IN VIVO			METHOD AND APPARATUS FOR TRANSMITTING NON-IMAGE INFORMATION IN AN IN VIVO IMAGING SYSTEM			[54]
	30.11.2003					[22]
	US	[33]	29.11.2002	[32]	60/429562	[31]
Int. Cl.8 A61B 001/06						[51]
גיוון אימג'ינג בע"מ, יקנעם			GIVEN IMAGING LTD.			[71]
גלוקחובסקי ארקדי, עידן גבריאל, יוסף, גלעד צביקה, חאיט סמיון			ARKADY GLUKHOVSKY, JOSEPH GAVRIEL IDDAN, ZVIKA GILAD, SEMION KHAIT			[72]
פרל כהן צדק לצר, מרכז גב-ים 1, רח' שנקר 5 , ת.ד. 12704, הרצליה			PEARL COHEN ZEDEK LATZER, 5 SHENKAR STREET, P.O.B. 12704 HERZLIYA 46733			[74]

[57] A method for transmitting in vivo non-image information, the method comprising: obtaining non-image sensor information from a sensor; relaying the non-image sensor information to an illumination source contained within a container, wherein the non-image sensor information is used for modulating either the frequency of the optical output of the illumination source of the amplitude for changing the brightness of the optical output of the illumination source; relaying the output of the illumination source to an area on an image sensor, the image sensor contained within the container; and transmitting the image sensor information to an external receiver.

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159148			[21][11]
בסיס ללא כבל למוצרים חשמליים			CORDLESS BASE FOR ELECTRIC APPLIANCES			[54]
	10.07.2001					[22]
	AU	[33]	01.06.2001	[32]	PR5384	[31]
Int. Cl.8 H01R 013/514						[51]
			EDWARD KHOURY, AUSTRALIA			[71]
	WO/2002/097927					[87]
שיבולת, ישראלי, רוברטס, זיסמן ושות', מגדל המוזיאון, רחוב ברקוביץ'4, תל אביב			SHIBOLETH, YISRAELI, ROBERTS, ZISMAN & CO., MUSEUM TOWER, 4 BERKOWITZ ST., TEL AVIV 64238			[74]

[57] A power supply device for domestic appliances comprising a distribution member (10) connectable to a source of electrical power and a cordless connector (2) electrically connected to the distribution member characterized in that the cordless connector is mounted on an arm (1) that is movably connected to the distribution member to move between a retracted position adjacent the distribution member and an operative position in which is it available for connection to a domestic appliance.

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159294			[21][11]
מבנה תמיכה עבור גלאי טומוגרפיה ממוחשבת המתרחבים בכיוון Z ושיטות לייצורו			SUPPORT STRUCTURE FOR Z-EXTENSIBLE CT DETECTORS AND METHODS OF MAKING SAME			[54]
	10.12.2003					[22]
	US	[33]	19.12.2002	[32]	324235	[31]
Int. Cl.8 G01T 001/20						[51]
			GE MEDICAL SYSTEMS GLOBAL TECHNOLOGY COMPANY, LLC, U.S.A.			[71]
זליגסון גבריאלי ושות', רח' יבנה 31 , ת.ד. 1426, תל אביב			SELIGSOHN GABRIELI & CO., 31 YAVNE ST., P.O.B. 1426, TEL AVIV 61013			[74]

[57] A precisely-aligned CT detector module (50), the detector module comprising: a support structure (52), the support structure comprising a central portion (60) defining an elongated access slot (61) disposed completely through, and providing access through, the central portion of the support structure and at least one end portion defining a first aperture; at least one spacer (56) having at least two parallel surfaces (70, 71), the at least one spacer comprising an end portion defining a second aperture; at least one alignment pin (55) operatively coupled to the at least one spacer through the second aperture and the support structure through the first aperture to form a support structure sub-assembly; a plurality of detector components (57) operatively coupled to the support structure sub-assembly, wherein the at least one alignment pin is utilized as a local reference point against which the support structure, the at least one spacer, and the plurality of detector components are precisely aligned; and wherein a portion of the at least one alignment pin protrudes beyond each of the two parallel surfaces of the support structure.

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159528			[21][11]