Novel polyethylene (PE) rotationally formed electrolytic cell liner structure

Abstract

The invention relates to a rotationally formed electrolytic cell structure and discloses a novel polyethylene (PE) rotationally formed electrolytic cell liner structure. The novel PE rotationally formed electrolytic cell liner structure comprises an upwards opened liner body. The outer surface of the liner body is arranged to be in a corrugated strip shape. Flanges are arranged on the periphery of the top of the liner body. An overflowing opening is formed in the upper portion of one side of the liner body. A control mechanism is arranged outside the overflowing opening. A sewage draining outlet is formed in the lower portion of at least one side of the liner body. A control mechanism is further arranged outside the sewage draining outlet. The control mechanisms comprise connecting pipelines corresponding to the overflowing opening or the sewage draining outlet, disc-shaped butterfly plates arranged in the connecting pipelines and of which the diameter is matched with the inner diameter of the connecting pipelines, rotary shafts and rotary handles, and the rotary shafts and the rotary handles control the butterfly plates to rotate in the connecting pipelines. According to the novel PE rotationally formed electrolytic cell liner structure, the problems that leakage occurs or electrolysis is affected are solved in the normal electrolysis process, and the cleaning efficiency is greatly improved at the same time.

Description

technical field [0001] The invention relates to a rotomolding electrolytic cell structure, in particular to a novel PE rotomolding forming electrolytic cell liner structure. Background technique [0002] For large PE rotomolding electrolytic cells, cleaning and discharging sewage is a difficult and complicated task. Due to its large physique, it is difficult to clean up quickly and effectively. It usually requires multiple people to clean up for a long time, and the sewage is discharged after cleaning. , slag discharge needs to manually lift the electrolytic cell, which wastes a lot of labor intensity. In addition, if only simple sewage outlet and cleaning outlet are designed, it will cause material leakage. Because the whole equipment is in a strong acid and alkali environment, The design of each component and the design of leak-proof measures are key considerations. SUMMARY OF THE INVENTION [0003] The purpose of the present invention is to provide a new type of PE rot...

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Problems solved by technology

[0002] For large-scale PE rotomolding electrolytic cells, cleaning and discharging sewage is a difficult and complicated task. Due to its large size, it is difficult to clean it quickly and effectively. It usually requires multiple people to clean it for a long time, and the sewage is discharged after cleaning. , slag discharge need to manually lift out the electrolytic cell, wasting a lot of labor intensity, in addition, if only simple sewage outlet and cleaning outlet are designed, it will cause material leakage, because the whole equipment is in a strong acid and strong alkali environment, The design of each component and the design of leak-proof measures are all important considerations

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