Jeffrey Scott Cameron

US Patent:

20040140403, Jul 22, 2004

Filed:

Feb 27, 2003

Appl. No.:

10/363287

Inventors:

Jeffrey Cameron - Taft TN, US

International Classification:

B64G001/42

US Classification:

244/172000

Abstract:

Gravitational Wave Radiation is generated by the quadruple moment of matter that is in motion. A plurality of laser diodes () are energized to emit vibratory energy which energizes an array of linear vibrators () which are used to propel a vehicle in space.

US Patent:

50018361, Mar 26, 1991

Filed:

Feb 5, 1990

Appl. No.:

7/475721

Inventors:

Jeffrey A. Cameron - Decatur AL
Deborah L. Fraley - Madison AL

Assignee:

Camtronics, Inc. - Madison AL

International Classification:

F41G 154
G01B 1126

US Classification:

33234

Abstract:

Apparatus for boresighting a firearm which utilizes a source of light such as a laser transmitter. A light-receiving and directing device carried on the bore directs a light ray along the axis of the bore of the firearm to a target. An optical sight carried on the firearm is adjusted in azimuth and elevation to be in alignment with the light ray as it reaches the target. The source of light is remotely located from the bore of the firearm.

US Patent:

50603914, Oct 29, 1991

Filed:

Feb 27, 1991

Appl. No.:

7/661882

Inventors:

Jeffrey A. Cameron - Decatur AL
Deborah L. Fraley - Madison AL

International Classification:

F41G 154
G01B 1126

US Classification:

33234

Abstract:

A simple and compact device is disclosed for enabling the boresight alignment of the bore and optical sight of a firearm. An optical assembly, beam splitter, and illumination source assembly are integrated into an enclosure. The firearm bore is referenced mechanically to the enclosure. The illumination source provides visible light which is directed by the beam splitter into the firearm bore. The bore is illuminated from the muzzle to the chamber. This is observed when viewed through the firearm optical sight. Azimuth and elevation adjustments are made in order to bring the images of the muzzle and chamber into coincident alignment. Once this is accomplished, the cross hair of the firearm optical sight is adjusted to bring the cross hair into alignment with the muzzle, bore, and chamber images. The bore and optical sight are boresighted.