Multifunctional integrated machine of electrolytic manganese metal cathode plate and automatic plugging plate

Abstract

The invention relates to a multifunctional integrated machine of an electrolytic manganese metal cathode plate and an automatic plugging plate. The multifunctional integrated machine comprises a travelling mechanism, a mechanism suspension arm, a plate-plugging inlet, a plate outlet, a shifting fork linker, a cathode plate conveying chain and a programmable controller, wherein the mechanism suspension arm is arranged at one end of the travelling mechanism and is used for plugging and taking a cathode plate; the plate-plugging inlet and the plate outlet are arranged at the other end of the travelling mechanism; the shifting fork linker is arranged in the travelling mechanism and is used for plugging and taking the cathode plate; the cathode plate conveying chain is arranged in the travelling mechanism; the programmable controller is used for controlling all the parts; and the cathode plate conveying chain comprises a plate-plugging conveying chain and a plate-discharging conveying chain. The multifunctional integrated machine can reduce the manual operation, reduce the potential safety hazard of personnel, increase the working efficiency and improve the production environment.

Description

technical field [0001] The invention relates to a multifunctional integrated machine for automatically inserting and removing cathode plates of electrolytic metal manganese. Background technique [0002] In the production of electrolytic manganese metal, the cathode and anode plates (reusable) used as electrodes are arranged alternately in the entire electrolytic cell, the surfaces of the cathode and anode plates are immersed in the electrolyte solution, and a cathode plate is placed between the two anode plates Diaphragm frame covered with cathode plate diaphragm cloth. During the electrolysis process, after the direct current is applied, the positively charged Mn2+ in the electrolyte solution migrates to the cathode plate, combines with electrons, and is reduced to elemental metal manganese, which is adsorbed on the cathode plate. After a certain period of time, when the Mn2+ in the electrolyte solution is all The electrolysis process ends when it is reduced to elemental ...

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Problems solved by technology

[0004] 1. Working environments such as high temperature, leakage, and corrosiveness pose safety hazards to operators

[0005] 2. When inserting the board manually, due to the uncertainty of human factors, the diaphragm frame and diaphragm cloth of the cathode plate are often inserted badly, and the position deviation of the inserting board is more likely to occur, such as: vertical inclination, horizontal direction and adjacent The distance between the two anode plates is asymmetrical, etc.; when the plate is taken out manually, in addition to the damage of the diaphragm cloth and the diaphragm frame, it is also possible to take out the diaphragm cloth and the diaphragm frame together

There is a serious waste of water resources in this

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