Motor stator assembling machine

Abstract

The invention discloses a motor stator assembling machine which comprises a hydraulic machine tool. A top board is fixed on the head of the hydraulic machine tool. The worktable of the hydraulic machine tool is provided with an L-shaped overturning rack. The over-turning rack is provided with a pressure bearing plate and a base abutting plate. One side of the pressure bearing plate is orthogonallyconnected with one side of the base abutting plate. The connecting part between the pressure bearing plate and the base abutting plate is rotatably connected with one side of the worktable. The pressure bearing plate is connected with a lifting device below the pressure bearing plate. In operation, after an operator sleeves the opening of the motor housing by the stator assembly of the motor, thestator assembly is pressed into the motor housing through the hydraulic machine tool. Compared with traditional manual operation, the motor stator assembling machine has advantages of greatly reducing labor intensity of an operator, and greatly improving production efficiency. Furthermore, because relatively uniform force bearing is realized in pressing the stator assembly into the motor housing,no impact on the stator assembly is obtained so that relatively high quality stability of the stator assembly is realized.

Description

technical field [0001] The present invention relates to a device in the manufacture of a motor, in particular to a motor stator assembly machine for installing the stator assembly of the motor into the motor casing. Background technique [0002] Existing ordinary motors and explosion-proof motors are generally mainly composed of motor casings, front and rear end covers, bearings, and stator components and rotor components placed in the motor casing. , it is necessary to assemble the stator assembly into the motor housing, assemble the rotor assembly into the stator assembly, then assemble the bearing to the shaft of the rotor assembly, and seal the front and rear end covers to complete the assembly of the motor. In the existing motor assembly process, manual operation is usually used to assemble the stator assembly into the motor casing. Since the stator assembly and the motor casing are tightly fitted, the operator puts the processed stator assembly on the motor casing. Af...

AI Technical Summary

Problems solved by technology

In the existing motor assembly process, manual operation is usually used to assemble the stator assembly into the motor housing. Since the stator assembly and the motor housing are closely matched, the operator puts the finished stator assembly on the motor housing. After the opening, the stator assembly needs to be embedded in the motor housing by hammering. This method not only has extremely low work efficiency, but also reduces the price competitiveness of the motor in a social environment where labor costs are increasing. At the same time In the process of beating the stator assembly with a hammer, it is very easy to damage the stator assembly. The quality stability of the manual stator assembly assembly is also poor, and the consistency of the quality of the motor cannot be guaranteed.

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