Automated rack plating pool

Abstract

The invention relates to an automated rack plating pool. The rack plating pool comprises a rack plating pool body, wherein the upper surfaces of the two sides of the rack plating pool body are provided with supporting pieces used for bearing racks, the two vertical inner side walls, adjacent to the supporting pieces, of the rack plating pool body are connected with a plurality of winding assemblies, each winding assembly comprises a winding elastic piece connected with the inner side wall of the rack plating pool body, a connecting rope is connected to each winding elastic piece, the end, faraway from each winding elastic piece, of each connecting rope is connected with a fishing net, and the corners of the fishing net are respectively connected with the connecting ropes. After the racksenter the rack plating pool body, the fishing net is driven to move downwards, and when workpieces are separated from the racks, the workpieces fall into the fishing net; after the racks are separatedfrom the rack plating pool body, the fishing net is pulled by the winding assemblies and moves to the upper end of the rack plating pool body, so that workers find the workpieces in the rack platingpool body conveniently. The method has the advantages of being high in automation degree, low in labor consumption, less in manpower consumption, high in electroplating processing efficiency and highin environment quality of a production workshop.

Description

technical field [0001] The invention relates to the technical field of rack plating processing, in particular to an automatic rack plating pool. Background technique [0002] Rack plating is also known as hanging plating, and it is one of the most common electroplating methods to hang workpieces with hangers for electroplating. The usual rack plating process is to manually hang the workpiece on the hanger, and the hanger moves to the rack plating pool with the transmission device. The rack plating pool is usually a plurality of pools that are set continuously and relatively independently. According to the different electroplating processes, Different solutions are filled in different rack plating pools. Subsequently, the workpieces carried by the rack are soaked in each rack plating pool in turn, thereby completing the electroplating process. [0003] The structure of the existing rack plating pool is as follows: figure 1 As shown, it includes a rectangular pool body 101,...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned existing technical solutions have the following defects: since the hanging of the workpiece on the hanger is a manual operation, it is easy to appear that the hooking of the workpiece is not firm

When the hanger enters the inside of the rack plating pool, the solution in the rack plating pool gives the workpiece a certain buoyancy, and the workpiece is easy to break away from the hanger and fall to the bottom of the rack plating pool

Since the workers will not check the workpieces on the hanger at any time during the processing, it is often found that the lack of workpieces on the hanger is in the receiving process. At this time, the workers need to check the hanging plating pool one by one to find out the dropped workpieces. This process wastes manpower, and because the depth of the rack plating pool is deep, the workpiece is not easy to take out, which affects the plating efficiency of other workpieces

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