Phillip Sturgill resumes & CV records
Resumes
Phillip R Sturgill, Age 38Alexandria, VA
Phillip Sturgill Phones & Addresses
Alexandria, VA
Blacksburg, VA
5914 Bond Ct, Alexandria, VA 22315
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Publications & IP owners
Us Patents
Non-Lethal Flash Grenade
US Patent:
6767108, Jul 27, 2004
Filed:
Dec 10, 2002
Appl. No.:
10/318672
Inventors:
Thomas J. Blachowski - Alexandria VA
Phillip R. Sturgill - Alexandria VA
David A. Culhane - Port Tobacco MD
Peter P. Ostrowski - Alexandria VA
Phillip R. Sturgill - Alexandria VA
David A. Culhane - Port Tobacco MD
Peter P. Ostrowski - Alexandria VA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
F41G 134
US Classification:
362112, 362113, 362251, 315 56, 315 58
Abstract:
A non-lethal flash grenade includes a transparent, generally cylindrical housing; a layer of flash lamps disposed in the housing; an ignition circuit connected to a first centrally located flash lamp in the layer of flash lamps; a battery connected to the ignition circuit; and a variable time delay switch connected to the ignition circuit; whereby the first centrally located flash lamp is activated by the ignition circuit and remaining flash lamps are sympathetically activated by a flash of the first centrally located flash lamp.
Remote Controlled Payload Delivery
US Patent:
6289817, Sep 18, 2001
Filed:
Aug 31, 1999
Appl. No.:
9/386221
Inventors:
Anthony P. Quebral - Greenbelt MD
Phillip R. Sturgill - Alexandria VA
Mindy W. Morack - Herndon VA
David A. Culhane - Columbia MD
Chris Batchelor - White Plains MD
Phillip R. Sturgill - Alexandria VA
Mindy W. Morack - Herndon VA
David A. Culhane - Columbia MD
Chris Batchelor - White Plains MD
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
F42B 400
F41F 500
B64D 112
F41F 500
B64D 112
US Classification:
102357
Abstract:
A radio frequency receiver, in response to input command signals from some remote source, initiates electrical powering of an electronic firing circuit through which electric pulses are generated and fed through a power cable to impulse cartridges at the upper ends of storage tubes within a payload dispenser. The impulse cartridges in response to such pulses ignites the payloads stored therebelow within the storage tubes closed by retention caps that are ejected with the payload from the dispenser during ignition.
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