FIELD: electric engineering, mechanical engineering, possible use in drives of automatic control systems of aircrafts, robotic systems, antenna systems and other electro-mechanical power systems where mass and dimensions are of high importance.
SUBSTANCE: in the mini-actuator, which consists of electric motor, two-stepped wave transmission, stopper device, electric motor rotor position sensor, output shaft position sensor, body and supporting device, which are made concentrically and along the central axis of the mini-actuator, in accordance to the invention, the output shaft of the mini-actuator with rigid wheel (13) of output step of wave transmission is made in form of hollow cylinder (14) with end lid (15), upon which elements for attachment to object of control are positioned. The output shaft (13) is supported by solids of revolution, positioned on both sides of the electric motor. The solids of revolution (26), positioned on the side of end lid (15), constitute a radial bearing, and on the opposite side - act as solids of revolution (12) for the output step of the wave transmission. Solids of revolution are positioned on diameters which are close to external diameter of stator (1) of electric motor. Inside the radial bearing, formed by solids of revolution (26), the stopper device is positioned. Between the stopper device and the electric motor, the electric motor rotor position sensor is positioned. Also, on the side of output step of the wave transmission, output shaft position sensor is positioned in such a way, that its stator (18) is attached to separator (11), and rotor (19) is attached to outer side of the rigid wheel (13) of the output step of the wave transmission.
EFFECT: ensured capacity for use in broad range of bending momentums influencing the output shaft, small size, expanded functional capabilities.
4 dwg
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Authors
Dates
2008-03-27—Published
2007-01-10—Filed