Electrolytic plate automatic entry and exit tank positioning driving

Abstract

The invention relates to a positioning travelling crane enabling electrolytic pole plates to automatically go in and out of an electrolytic bath, which mainly solves the technical problems that, in the prior art, the labor intensity of workers is high, working efficiency is low, the working environment of the workers is poor, and electrolytic pole plates cannot go in and out of an electrolytic bath automatically in batches. According to the key point of the technical scheme, the positioning travelling crane comprises a travelling crane main body (1), one or two trolleys (2), a special hanging hook (3), a hanging basket (4), acting cylinders (II) (5) and positioning plates (7), wherein the one or two trolleys (2) are arranged on the travelling crane main body (1); the hanging basket (4) is fixedly mounted and positioned on the trolley (2); the trolley (2) is connected with the special hanging hook (3); the two pairs of acting cylinders (II) (5) are arranged on the hanging basket (4) or mounted on the travelling crane main body (1) in pairs; the positioning plates (7) are arranged between the piston rods of the two homodromous acting cylinders (II) (5); toothed positioning grooves (II) (71) are formed in the positioning plates (7). The positioning travelling crane is mainly applied to automatic batched hoisting of electrolytic cathode plates and anode plates of various electrolytic metal enterprises.

Description

technical field [0001] The invention relates to an electrolytic pole plate automatic entry and exit tank positioning drive for hoisting and transporting electrolytic cathode plates and anode plates in the metallurgical industry. Background technique [0002] At present, in the metallurgical industry, non-ferrous metals and rare metals are obtained by electroplating. In the current production process, the cathode or anode plate is manually inserted into the electrolytic cell by the production workers, and the cathode or anode plate is removed from the electrolytic cell after the electroplating is completed by the production worker. The insertion, removal and gathering of tens of thousands of cathode plates or anode plates are carried out by production workers one by one or hoisted one by one. This work method has high labor intensity, low work efficiency and high labor cost for enterprises; In the electrolysis workshop, production workers have been working in the acid soluti...

AI Technical Summary

Problems solved by technology

In the current production process, the cathode or anode plate is manually inserted into the electrolytic cell by the production workers, and the cathode or anode plate is removed from the electrolytic cell after the electroplating is completed by the production worker. The insertion, removal and gathering of tens of thousands of cathode plates or anode plates are carried out by production workers one by one or hoisted one by one. This work method has high labor intensity, low work efficiency and high labor cost for enterprises; In the electrolysis workshop, production workers have been working in the acid solution and acid mist environment of the electrolyte for a long time, which has caused adverse effects on their health; The company has many years of experience in producing metallurgical related mechanical products, and is now designing a crane that can automatically insert and remove electrolytic cathode plates and anode plates in batches, so as to reduce the labor intensity of workers, improve the work efficiency of enterprises, and improve the working environment of workers. At the same time, it has made very important contributions to the modernization and construction of metallurgical industries such as electrolytic manganese, electrolytic copper, electrolytic zinc, electrolytic cobalt, electrolytic aluminum, electrolytic tin and electrolytic antimony enterprises

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