An all-in-one machine for deburring and spraying of wiper arm motor cover

Abstract

The invention relates to the field of motor cover processing, in particular to a deburring and spraying all-in-one machine for a wiper arm motor cover. The deburring and spraying all-in-one machine comprises a machine table, a feeding material path, a spraying device, a deburring device and a locking device, wherein the feeding material path is arranged on the top of the machine table; the lockingdevice comprises a positioning plate and a plurality of clamping electric poles, and further comprises a centering mechanism which is arranged at the back side of the positioning plate; the positioning plate is vertically arranged in the feeding material path; the spraying device and the deburring device are symmetrically arranged at the front side of the positioning plate; all clamping electricpoles are arranged at the front side of the positioning plate; one positioning block is arranged on the output rod of each clamping electric pole; and a second servo electric cylinder which can drivethe feeding material path to get close to the deburring device and the spraying device is arranged above the feeding material path. The deburring and spraying all-in-one machine can stably clamp and position the motor cover, realizes automatic processing; and meanwhile, the locking device is simple in structure, is convenient in maintaining, further can directly and automatically spray the deburred motor cover, and avoids transfer time, so that production efficiency is improved.

Description

Technical field [0001] The invention relates to the field of motor cover processing, in particular to a wiper arm motor cover deburring and spraying all-in-one machine. technical background [0002] The motor mainly comprises an end cover, a rotor and a motor base, wherein the end cover is used for supporting the rotor and covering the motor base-that is, the motor cover; The motor covers of different kinds of electric motors also need targeted design, among which the motor covers used in the wiper arm of automobiles need to go through many processes in processing. Among them, the structures of these motor covers are diversified, and some curved surfaces on the outer surface and the designed convex edges are staggered. After the motor covers are manufactured and formed, it is necessary to deburr their outer and inner surfaces. However, due to the complexity of the structure of these motor covers, The traditional manipulator and pneumatic fixture can't adapt to the clamping and po...

AI Technical Summary

Problems solved by technology

[0002] The motor mainly includes an end cover, a rotor, and a motor seat. The end cover is used to support the rotor and cover the motor seat—that is, the motor cover; the motor cover of different types of electric motors also needs targeted design, and it is used for automobile rain The electric motor in the scraper arm needs to go through multiple processes during the processing of the matching motor cover. Among them, the structure of this type of motor cover is diversified, and some curved surfaces on the outer surface and designed convex edges are interlaced. This kind of motor cover production After forming, it is necessary to deburr the outer surface and the inner surface. However, due to the complexity of the structure of this type of motor cover, traditional manipulators and pneumatic clamps cannot adapt to the clamping and positioning work at all, so that effective automatic clamping cannot be carried out. For deburring work, if a holding jig corresponding to the motor cover is designed, it will be more troublesome in post-production. At the same time, this kind of jig requires high precision and is difficult to maintain. If the edge of the cavity is worn, it may also cause the The holding jig cannot be used, so the traditional deburring work of this type of motor cover is performed by hand-held steel files and other devices. In this case, the labor cost of the enterprise will be increased. The operation will greatly reduce the production efficiency. At the same time, the wrong operation of inexperienced operators may lead to the output of defective products. After the motor cover is generally deburred, its surface needs to be sprayed. The two traditional working methods The parts are separated and need to be transferred in the middle, so it is a waste of time and also affects the production efficiency

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