FIELD: gyroscopy. SUBSTANCE: adjusting member is introduced into dynamically adjustable gyroscope with nonrotating shaft. This element provides for formation of zones in gyroscope with nonrotating shaft. This element provides for formation of zones in gyroscope of two different pressures P1 in zone A surrounding the rotor and P2 in zone located beyond zone A. Then pressure P1 is created in zone A which is less than P2 by at least four orders, controllable component of speed of dynamically adjustable gyroscope departure is determined within single-axle gyrostabilizer, pressure in zone A is increased up to P2 level. Then creation of different pressures P1 and P2 and subsequent operations are repeated up to zeroing of departure speed controllable component. This done, adjusting element is removed from gyroscope. Device intended for given method realization has rotor with flexible suspension positioned on shaft by means of two bodies provided with coaxial axes of shaft rotation and having corresponding cylindrical projection and groove. Groove depth exceeds projection height. Metal shim made of flexible material, for example of indium, is installed in groove as adjusting element. Formation of two zones of different pressure P1 and P2 in adjustment enhances stability of bearing vibration condition considerably (due to high P2) and reduces rotor oscillation damping (due to minimum P1). As a result, vibration component of departure speed depending on acceleration is removed with increase of gyroscope sensitivity. EFFECT: enhanced accuracy of adjustment. 2 cl, 2 dwg
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Authors
Dates
1998-10-10—Published
1990-06-04—Filed