Flat electro brush plating experiment platform

Abstract

The invention discloses a flat electro brush plating experiment platform, comprising a lifting frame, a brush plating device and a plating solution delivery device, wherein the brush plating device is located above a workpiece, is arranged on the lifting frame and is driven to move up and down by the lifting frame; the brush-plating device comprises a driving band and a plurality of brush plating pens; the plurality of brush plating pens are evenly distributed on the outer surface of the driving band; the driving band drives the brush plating pens which are arranged on the driving band to move towards the same direction; a pressure sensor is arranged on each brush plating pen; and the plating solution delivery device is used for conveying a plating solution to the brush plating pens. According to the flat electro brush plating experiment platform disclosed by the invention, the brush plating pens are evenly distributed on the outer surface of the driving band; the driving band drives the brush plating pens arranged on the driving band to move together towards the same direction; the movement direction of the brush plating pens is fixed, so that brush plating at a constant speed can be reached. A support plate is arranged on the inner surface in the middle of the lower part of the driving band, so that the driving band is prevented from jumping up and down in the driving process to affect the contact of a brush head and the workpiece, so as to cause uneven brush plating.

Description

technical field [0001] The invention relates to the field of electric brush plating, in particular to a flat plate electric brush plating experiment platform. Background technique [0002] As a key promotion project in my country's new technology field, brush plating technology has been widely used in the maintenance and remanufacturing of mechanical equipment, and has achieved significant economic and social benefits. Since the workpieces of different materials adopt different parameter values ​​when using the brush plating technology, among them, the moving speed of the anode of the plating pen, the relative pressure and the brush plating voltage are the main factors affecting the performance of the coating. In order to be able to determine and To obtain the optimal parameter ranges of different materials when using brush plating technology, it is necessary to conduct experiments on plates of different materials to obtain the optimal parameter values ​​of the brush plating...

AI Technical Summary

Problems solved by technology

[0004] The object of the present invention is to provide a flat plate electric brush plating experiment platform, thereby overcome brush plating on the workpiece reciprocating movement of the brush during the electric brush plating experiment process, the reciprocating speed of the brush plating pen is not uniform, resulting in brush plating on the surface of flat plate workpieces Disadvantages of unevenness

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