Circular sheet stacking and polishing device and stacking and polishing method thereof

Abstract

The invention relates to the technical field of motor machining, in particular to a circular sheet stacking and polishing device and a stacking and polishing method thereof. According to the method, a circular sheet obtained through stamping can automatically fall to the upper portion of a first rotary disc after being conveyed by a conveying belt, after stacking is completed, an upper connecting plate moves downwards, then an upper limiting sleeve matches the upper portion of a limiting column in a limiting mode, the limiting sleeve drives the limiting column to rotate by 90 degrees, a frosted layer of the limiting column faces inwards, a second rotary disc and the first rotary disc clamp the stacked circular sheet, all stacked circular sheets can be driven to rotate together by driving the second rotary disc to rotate, and sliding friction is generated between the edge of the circular sheet and the frosted layer of the limiting column, so that the purpose of polishing burrs on the edge of the circular sheet is achieved, the circular sheet does not need to be manually and additionally treated, additional procedures for polishing the burrs on the edge of the circular sheet are not needed, and the working efficiency is greatly improved.

Description

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AI Technical Summary

Benefits of technology

The technical effect described this technology simplifies the process of cleanlinessally shaping wafers during manufacturing processes without requiring any extra steps or equipment like manual tools such as buffers. This results in improved productivity due to faster rotation times between different layers within each section of the final structure formed from multiple sheets.

Problems solved by technology

This patented describes how it was necessary in order to achieve efficient manufacturing by automatically collecting and processing large amounts of sheet metal during its formation on roll form machines before further use or sale. However, manual collection methods were time-consuming and resulted in scrapings at certain points along their edges due to sharp corner features formed when they hit other parts inside them. Therefore there has been research conducted towards developing better ways to efficiently store and sort these sheets without damaging themselves.

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