FIELD: gyroscopic equipment.
SUBSTANCE: invention relates to gyroscopic engineering and can be used in design of sealed gas-filled gyro chambers of gyroscope gyroscopes. Installation for removal of mechanical characteristics of gyro comprises sealing gyro chamber with installed in it gyro motor consisting of rotor and stator, one side cover of which is arranged on side of asymmetric pattern, applied on rotor, is transparent, cylindrical casing of gyroscopic chamber is made replaceable with variable inner diameter for change of gap between cylindrical part of rotor and casing of gyroscopic chamber. Apparatus further includes a pulse lamp connected to the output of the controlled pulse generator, the input of which is connected to the first USB port of the computer, on the second USB port of which a controlled timer is connected, which outputs a discrete current time at the moments of the asymmetric rotor pattern stops, which corresponds to discrete values of the rotor rpm, which is set in the computer memory with generation of the inertial moment
for the acceleration mode, which determines the difference of moments Mem(ωi) – Mr(ωi), where J is axial moment of rotor inertia; Δωi – specified speed increment for acceleration mode; Δti – time increment calculated by timer readings; Mem(ωi) – gyro motor electromagnetic moment; Mr(ωi) is the gyro motor resistance moment; ωi – rotation frequency at this measurement step; and with generation of gyro motor coasting mode
,
which determines only moment of resistance – Mr(ωi) in function of rotation frequency, where Δωk – preset rpm increment for rerun mode; Δtk – time increment calculated for timer readings for coasting mode; wherein the gyro motor electromagnetic moment is equal to
EFFECT: high accuracy of determining mechanical characteristics of the gyroscopic chamber.
1 cl, 4 tbl, 3 dwg
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Authors
Dates
2019-09-26—Published
2019-02-18—Filed