An automatic entry and exit tank system for the cathode plate of the electrolytic manganese post-processing production line

Abstract

The invention belongs to the technical field of an electrolytic manganese post-processing production line and particularly relates to automatic negative plate feeding and discharging system of the electrolytic manganese post-processing production line. The system comprises a heavy metal cutting automatic guided vehicle (AGV), a feeding and discharging crown block, guide rails, a transfer AGV, a ground electrolytic bath, an automatic post-processor and a transfer crown block, wherein the feeding and discharging crown block and the transfer crown block stretch cross the ceiling of a workshop and installed on the guide rails on stand columns of the workshop; the heavy metal cutting AGV and the transfer AGV are located on one side of the stand columns of the workshop and are close to the ground electrolytic bath; and the automatic post-processor and a ground storage rack are located on one side of the workshop and sequentially located on one side of the ground electrolytic bath in the longitudinal direction. Through automatic control of all the special components, electrolyzed negative plates are discharged out of the bath, empty negative plates are fed into the bath, and the automation level of the electrolytic manganese post-processing production line is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of an electrolytic manganese post-treatment production line, in particular to an automatic entry and exit tank system for a cathode plate of an electrolytic manganese post-treatment production line. Background technique [0002] Manganese metal is a necessary basic material for the iron and steel industry. Since iron and steel are widely used in national production, at the current stage, my country must maintain a certain amount of manganese metal production every year. [0003] The existing electrolytic manganese post-treatment production line is backward in technology, and when the cathode plate enters and exits the tank, it needs to be completed by crane and manpower. In the process of transferring and processing the cathode plate, the heavy metal waste liquid carried on the plate cannot be collected, which causes serious pollution to the workshop environment and damages the health of the operating worker...

AI Technical Summary

Problems solved by technology

This system greatly improves the automation level of the cathode plate entering and exiting the tank, and effectively solves the problem of heavy metal waste liquid pollution

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