A motor that can be self-locked when power is off

Abstract

This utility model relates to the field of motor technology, specifically a self-locking motor that can be powered off. It includes a motor body with a rotating shaft passing through it. Both ends of the rotating shaft penetrate both ends of the motor body. One end of the rotating shaft is the tail end, and the other end of the tail end is provided with a square shaft. A locking block is provided on the square shaft, and the locking block engages with the square shaft to lock the motor shaft. In this self-locking motor, the worm gear and worm wheel of the motor body mesh to achieve stable power output and conversion. The square shaft at the tail end of the rotating shaft, in conjunction with the friction ring on the inner wall of the locking block, utilizes the multi-plane contact between the square hole and the square shaft to significantly improve locking reliability. The rotational design of the friction ring, combined with the limiting of the movable groove, solves the problem of motor burnout caused by electromagnet delay. Spring one ensures accurate reset of the friction ring, guaranteeing stable cyclic operation. The linkage structure between the electromagnet and spring two enables rapid switching between locking and releasing.

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