Tin scraping mechanism

Abstract

The invention relates to a tin scraping mechanism. The tin scraping mechanism comprises a fixed plate, a front-back movement mechanism, an up-down movement mechanism and a tin scraping plate. The front-back movement mechanism is fixed to the fixed plate and comprises a front-back air cylinder seat, a front-back air cylinder, a front-back movement plate, a front-back air cylinder connecting plate, front-back guide rail strips, front-back guide rail strip seats and front-back sliding blocks. The up-down movement mechanism is fixed to the front-back movement plate and comprises an up-down air cylinder, an up-down air cylinder connecting plate, an up-down movement plate, up-down guide rail strips, an up-down guide rail strip seat and up-down sliding blocks. The tin scraping plate is connected with the up-down movement plate. According to the tin scraping mechanism, the front-back movement mechanism can be used for driving the up-down movement mechanism and the tin scraping plate to do front-back linear movement; the up-down movement mechanism can be used for automatically adjusting the height of the tin scraping plate, and the tin scraping plate can be used for carrying out tin scraping; manual operation is avoided, the safety of workers is ensured, the tin scraping force is kept uniform, it is guaranteed that a tin surface is bright and free of tin slag residues, and the tin soldering effect is improved; and operation is convenient, and maintenance is simple.

Description

technical field [0001] The invention relates to the technical field of soldering, in particular to a tin scraping mechanism. Background technique [0002] At present, the manual soldering process in the production workshop is to use manual scraping of tin, which will cause certain safety hazards, due to tin spatter on the tin surface, and excessive tin scraping will overflow tin, and the overflow of tin will cause danger; in addition, manual soldering It is difficult to control the uniform force of tin scraping, or the scraping tin is not clean enough, which may easily lead to uneven tin surface and residual tin slag, which will reduce the soldering effect. [0003] Therefore, in order to solve the problems of the existing manual tin scraping safety hazards, uneven tin scraping strength, and insufficient tin scraping, it is necessary to design a tool that can ensure the safety of workers, keep the tin scraping strength even, and ensure that the tin surface is bright and tin-...

AI Technical Summary

Problems solved by technology

[0002] At present, the manual soldering process in the production workshop is to use manual scraping of tin, which will cause certain safety hazards, due to tin spatter on the tin surface, and excessive tin scraping will overflow tin, and the overflow of tin will cause danger; in addition, manual soldering It is difficult to control the uniformity of the tin scraping force, or the tin scraping is not clean enough, which will easily lead to uneven tin surface and residual tin slag, which will reduce the soldering effect

[0003] Therefore, in order to solve the problems of the existing manual tin scraping safety hazards, uneven tin scraping strength, and insufficient tin scraping, it is necessary to design a tool that can ensure the safety of workers, keep the tin scraping strength even, and ensure that the tin surface is bright and tin-free. Slag residue, tin scraping mechanism to improve soldering effect

Images