Anode steel jaw surface float polishing device

Abstract

The invention discloses an anode steel jaw surface float polishing device. The anode steel jaw surface float polishing device comprises an end surface polishing plate, a gear disc, a bracket and a base arranged in sequence from top to bottom; a gear cavity is formed in the bottom surface of the bracket; the strip slide hole is formed in the radial direction of the gear disc near the edge; a pair of arc polishing plates is arranged on the upper end surface of the gear disc; the inner surface of the arc polishing plate on the inner side is used for polishing; the pair of the arc polishing platesare positioned on the outer side of the end surface polishing plate, and are coaxially arranged with the same; and the pair of the arc polishing plates are concentrically arranged in parallel. The anode steel jaw surface float polishing device further comprises a transmission shaft vertically mounted on the base and penetrating through the base to extend out of the bottom end surface; a first driving gear of the transmission shaft is in deceleration engaged transmission with the gear disc; and the edge of a second driving gear extends into the gear cavity to be in acceleration engaged transmission with a driven gear on a rotating shaft. The anode steel jaw surface float polishing device is simple and skillful in structure, safe and reliable in use, higher in polishing efficiency and excellent in overall polishing effect.

Description

technical field [0001] The invention belongs to the technical field of electrolytic aluminum, and in particular relates to a device for grinding the surface of an anode. Background technique [0002] In the electrolytic aluminum industry, the anode steel claw is an important conductive accessory. During the production turnover cycle, the surface of the claw head is easily corroded and adhered to impurities that affect conductivity, and it is not easy to handle, that is, after the lower part a of the steel claw is corroded It becomes smaller and has a series of uneven scum on the surface, which needs to be polished and removed before repairing. At present, domestic electrolytic aluminum manufacturers basically use manual grinding and shot blasting for processing, which is labor-intensive, low in efficiency, high in cleaning production and operation costs and unsatisfactory in effect, and cannot meet the production process technical parameters and large-scale production requir...

AI Technical Summary

Problems solved by technology

At present, domestic electrolytic aluminum manufacturers basically use manual grinding and shot blasting for processing, which is labor-intensive, low-efficiency, high cleaning production and operation costs and unsatisfactory results, and cannot meet the production process technical parameters and large-scale production requirements.

The structure of this kind of grinding equipment is relatively complicated, but its function is relatively simple, and its grinding efficiency is low, especially its safety is poor. It needs control and strength when contacting, otherwise it will be thrown out, and the surface grinding at the end of the anode cannot be obtained. Grinding effect, especially for the grinding of the anode end face, it is difficult to implement synchronously, therefore, the overall grinding effect of the anode is not good

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