Motor assembly machine capable of automatically and accurately blanking

Abstract

The invention relates to a motor assembly machine capable of automatically and accurately blanking. A lower bracket is provided with a motor shell material receiving and positioning device, wherein aback side of the motor shell positioning device is matched with a motor shell conveying device; a left side and a right side of the motor shell positioning device are matched with a motor shaft conveying slot; an upper part of the motor shell positioning device is matched with a blanking device; a left side of the motor shaft conveying slot is matched with an ejection device; the motor shell positioning device comprises two material receiving and positioning check blocks which are arranged on the lower bracket; the two material receiving and positioning check blocks are provided with gaps at positions matched with the motor shaft conveying slot; the material receiving and positioning check blocks are provided with a material receiving and positioning revolving shaft and a material receiving and positioning motor; the material receiving and positioning revolving shaft is sleeved with a material receiving and positioning rotary cylinder; and material receiving and partitioning boards areuniformly arranged on an outer side of the material receiving and positioning rotary cylinder along an annular direction. By adopting the motor assembly machine, the rotatable motor shell material receiving and positioning device is matched with the motor shell conveying device and the motor shaft conveying slot to realize continuous feeding of a motor shell; meanwhile, the motor shell can be inaccurate butt joint with the motor shaft; and accurate blanking can be realized in conjunction with blanking device.

Description

technical field [0001] The invention relates to the field of automatic processing equipment, in particular to a motor assembly machine capable of automatic and precise blanking. Background technique [0002] The motor is a commonly used power drive part, which is widely used. Most of them include the processed and assembled motor shell and the motor shaft passing through the motor shell. The motor shell contains parts that can drive the motor shaft. Press-in equipment for the motor shaft is used. [0003] Most of the existing motor shafts are pressed in by using a fixed carrier that cooperates with the motor housing, and then the motor shaft is pushed in through the motor shaft jacking device on the side. Using this method to process the motor shaft requires manual work. The loading of the motor casing and the unloading of the processed motor are inefficient and cannot meet the needs of large-scale assembly. Contents of the invention [0004] The purpose of the present i...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing motor shafts are pressed in by using a fixed carrier that cooperates with the motor housing, and then the motor shaft is pushed in through the motor shaft jacking device on the side. Using this method to process the motor shaft requires manual work. The loading of the motor shell and the unloading of the processed motor are inefficient and cannot meet the needs of large-scale assembly

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