Automatic ordering and feeding apparatus of motor rotors

Abstract

An automatic ordering and feeding apparatus of motor rotors comprises: a frame; a bucket, a worktable, a rotor feeder, a rotor guide channel and a rotor pusher that are disposed above the frame, wherein the section of the bucket is of a trapezoid big end up, the bucket is divided by partitions into a plurality of discharge ports, and motor rotors enter feed ports at the bottom of the discharge ports one by one in succession under the action of the discharge ports; the rotor feeder comprises an ejector pin disposed below the feed ports and a lifting sliding table that drives the ejector pin to move up and down, and the lifting sliding table pushes the ejector pin to move up and drive the motor rotates at the feed ports which rise to a workbench top; the rotor guide channel comprises a feeding channel arranged in the workbench top and abutted to the feeding ports, and moving partitions are disposed on left and right of the feeding channel. The automatic ordering and feeding apparatus of motor rotors has the advantages that the rotors are automatically ejected up and ordered in a jacking manner so that the apparatus is highly adaptive to rotor thickness, less than 55 mm, and stack thickness of rotors requires no apparatus regulation.

Description

technical field [0001] The invention relates to a motor production and processing equipment, in particular to a motor rotor automatic sorting and feeding device. Background technique [0002] At present, the stator in the motor needs to go through the process of embedding and shaping the stator during the manufacturing process. This process is relatively complicated and usually includes embedding of the main phase coil, main phase Shaping and other processes. In the traditional stator embedding process line, the operator puts the stator on the assembly line into the embedding machine. After the embedding is completed, the stator is manually taken out and put back on the assembly line. The efficiency of loading and unloading is low, resulting in a slow production cycle. Moreover, human error is prone to make the yield rate difficult to guarantee. Therefore, it is necessary to further improve the existing motor stator feeding technology to adapt to the development of the exi...

AI Technical Summary

Problems solved by technology

In the traditional stator embedding process line, the operator puts the stator on the assembly line into the embedding machine. After the embedding is completed, the stator is manually taken out and put back on the assembly line. The efficiency of loading and unloading is low, resulting in a slow production cycle. And it is prone to human error, making it difficult to guarantee the yield rate

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