Geometrical instruments – Indicator of direction of force traversing natural media – Gyroscopically controlled or stabilized
Patent
1979-05-04
1980-08-26
Martin, Jr., William D.
Geometrical instruments
Indicator of direction of force traversing natural media
Gyroscopically controlled or stabilized
33275G, 33301, 73 1E, 73170R, G01C 1936
Patent
active
042188270
ABSTRACT:
A gyroscopic azimuth aiming concept adapted to aim a navigable body such as a drone or missile before its launching and defining an aiming method and system, and a suspension system to pendulously and removably suspend a gyroscope unit from the navigable body such that the gyroscope unit is isolated against pitch and roll displacements to be sensitive only to azimuth deviation of the navigable body. The aiming system and suspension system include a suspension assembly having an upper end removably connectable to the navigable body, a lower end, cables pendulously suspending the lower end from the upper end, and an anchoring base with an upright pivot to laterally restrain the lower end while allowing horizontal pendulous rotation and pivoting thereof, and a gyroscope unit is pendulously suspended to the lower end and its input axis is approximately aligned in the East direction to measure its azimuth deviation from the East direction by the effect of the earth rotation thereon.
REFERENCES:
patent: 3010214 (1961-11-01), Postlewaite
patent: 3121954 (1964-02-01), Foster
patent: 3191570 (1965-06-01), Henderson
patent: 3320790 (1967-05-01), Gage
patent: 3406560 (1968-10-01), Michael
patent: 4087919 (1978-05-01), Huvers
Canadair Limited
Lebrun A.
Martin, Jr. William D.
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