An impact type hydraulic vibration breaking hammer type residual anode electrolyte cleaning device

Abstract

The invention relates to a novel impact hydraulic vibration breaking hammer type anode scrap electrolyte cleaning device. The novel impact hydraulic vibration breaking hammer type anode scrap electrolyte cleaning device comprises an electronic control and oil circuit control component, a driving oil cylinder, a braced chain trolley component, a movable frame body, a fixed frame body, a clamping and holding component, a forced dust collection component, an impact vibration component and an electrolyte recycling component, wherein the clamping and holding component is connected on the braced chain trolley component; the driving oil cylinder and the electronic control and oil circuit control component are connected on the clamping and holding component, the forced dust collection component is arranged above the clamping and holding component, the electrolyte recycling component and the fixed frame body are arranged below the clamping and holding component; the movable frame body and the impact vibration component are connected on the fixed frame body; and the electronic control and oil circuit control component is connected with the clamping and holding component, the forced dust collection component, the impact vibration component and the electrolyte recycling component. The novel impact hydraulic vibration breaking hammer type anode scrap electrolyte cleaning device can replace cleaning operation of a manual air pick, labour intensity is reduced, and protection on body health of workers is enhanced.

Description

technical field [0001] The invention relates to a residual anode electrolyte cleaning device in the technical field of electrolytic aluminum assembly and recycling, in particular to an impact hydraulic vibrating hammer type residual anode electrolyte cleaning device. Background technique [0002] The cleaning quality of the electrolytic anode electrolyte directly affects the quality and cost of the anode and the quality of the electrolytic aluminum product. In the past, the electrolyte cleaning method was mainly done manually. This method has low efficiency, high cost, and long-term work is not good for the health of workers and pollutes the environment. With the continuous improvement of the quality of electrolytic aluminum and the continuous compression of costs, the cleaning quality of the electrolyte is getting higher and higher. Therefore, it is necessary to develop a new cleaning device for the residual electrode electrolyte to meet the requirements of cleaning quality...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to overcome the defects of the existing manual removal of residual anode electrolyte, and provide a new type of impact hydraulic vibration breaker type residual anode electrolyte cleaning device. The technical problem to be solved is that its cost is low, its efficiency is high and its Environmental protection, reduce the labor intensity of workers, can replace manual cleaning operations with pneumatic picks, and at the same time improve the protection of workers' health and simple operation, the cleaning process can be fully automated, improve production efficiency, and can fully cooperate with automated production lines, so as to be more practical

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