Dilip Mohan Patel

US Patent:

6540040, Apr 1, 2003

Filed:

Jul 14, 2000

Appl. No.:

09/616789

Inventors:

Dilip Patel - Norwalk CA 90650

International Classification:

B60R 2100

US Classification:

180269, 180271, 180273, 180268, 180286, 2808011

Abstract:

A vehicle safety system requiring seat belt use including a car seat positioned within the vehicle. The car seat has a seat portion and a back portion. A seat belt is coupled with respect to the car seat. The seat belt is comprised of a shoulder harness and a waist belt together joined with a belt buckle. The seat belt includes a buckle receptacle secured to the seat portion for receiving the belt buckle in a locked orientation. The buckle receptacle includes a release button for releasing the belt buckle from the buckle receptacle in an unlocked orientation. A sensor system is disposed within the vehicle. The sensor system includes a main sensor in communication with the transmission of the vehicle.

US Patent:

6545853, Apr 8, 2003

Filed:

Jul 10, 2000

Appl. No.:

09/613873

Inventors:

Carl J. Gelderloos - Redondo Beach CA
Phillip L. Leung - La Canada CA
Dilip D. Patel - Cerritos CA

Assignee:

Hughes Electronics Corporation - El Segundo CA

International Classification:

H05F 300

US Classification:

361218, 361212, 361216

Abstract:

An electrical ground ( ) for use in a spacecraft comprising, a first surface ( ) capable of emitting electrons by photoemission, at least one isolated conductive surface ( ) and at least one conductive connector ( ) in connection with the first surface ( ) and the isolated conductive surface ( ) such that excess electrical charge developed in the isolated conductive surface ( ) is dispersed into the first surface ( ).

US Patent:

7011879, Mar 14, 2006

Filed:

Aug 28, 2003

Appl. No.:

10/650562

Inventors:

Luis C. Contreras - Placentia CA, US
Jack L. Hoffa - Brea CA, US
Dilip R. Patel - Tustin CA, US

Assignee:

Johnston International Corp. - Tustin CA

International Classification:

B32B 3/06

US Classification:

428 99, 428172, 428156, 428192, 428516, 383127, 493193

Abstract:

A polymeric twist tie is taught that utilizes a thermoplastic monofilament having an oriented characteristic produced by stretching a pre-heated monofilament through a heated, volume reducing die. The monofilament is then coated circumferentially with an extrusion of thermoplastic enclosing the monofilament while simultaneously forming a pair of opposed wings integral with the coating. The wings extend outwardly from the coated monofilament allowing the tie to be twisted upon itself with the monofilament retaining its basic configuration and the wings stretching and bending to conform within a coupled twist. The oriented monofilament is fabricated using high density polyethylene and the covering extruded with low density polyethylene which are dissimilar in density, melt index and basic thermoplastic morphology.