Optics: measuring and testing – Angle measuring or angular axial alignment – Apex of angle at observing or detecting station
Patent
1997-07-22
1998-11-03
Hellner, Mark
Optics: measuring and testing
Angle measuring or angular axial alignment
Apex of angle at observing or detecting station
89 111, 89 113, 89 4106, G01B 1126, B63G 702
Patent
active
058317244
ABSTRACT:
An aim verification method and system utilize an imaging lidar that transs a first beam of radiation within the imaging lidar's field of view. Reflected backscattered energy associated with the first beam within the field of view increases in an area thereof when a target is present therein. A radiation source is coupled to a gun and transmits a second beam of radiation in line with the aimpoint of the gun towards the area of increased reflected backscattered energy associated with the first beam. The second beam has a greater energy density than the first beam and has a cross-section that is smaller than the target. An energy detector is used to sense the reflected backscattered energy associated with the second beam. The gun is aimed at the target when the reflected backscattered energy associated with the second beam is greatest in the area of the field of view of increased reflected backscattered energy associated with the first beam.
REFERENCES:
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patent: 5345304 (1994-09-01), Allen
patent: 5448936 (1995-09-01), Turner
patent: 5638164 (1997-06-01), Landau
Dobyns Kenneth W.
Gilbert Harvey A.
Hellner Mark
The United States of America as represented by the Secretary of
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