Electrolytic manganese negative plate mechanized inlet-outlet cell system and working method

Abstract

The invention discloses an electrolytic manganese negative plate mechanized inlet-outlet cell system and a working method. The system comprises an overhead traveling crane I, an outlet mechanical hand, an inlet mechanical hand, a heavy metal reduction movable platform, a negative plate output device, a negative plate input device, an overhead traveling crane II, a transshipping mechanical hand I, a transshipping mechanical hand II, an electrolytic cell, a cell negative plate, a track beam, a stripping device and a storage rack. The outlet mechanical hand and the inlet mechanical hand respectively and independently complete an outlet function and an inlet function and are matched with each other, so that the control of non-occupation time of the electrolytic cell and entire electrolytic process flow is favored. By adopting a stepping chain-type conveyor device, an old negative plate can be continuously outputted or a novel negative plate can be continuously inputted, and the inlet and outlet function can be continuously completed by the outlet mechanical hand or the inlet mechanical hand. The working condition of high-speed back-and-forth working condition of the overhead traveling crane can be avoided, and thus the system is safer and more reliable. The negative plate output device and the negative plate input device are arranged on the floor, so that convenience in maintenance can be realized, and the occupation space is small.

Description

technical field [0001] The invention relates to the electrolytic manganese industry in the metallurgical industry, and relates to mechanized equipment in the electrolytic manganese industry, in particular to a mechanized entry and exit tank system and working method for electrolytic manganese cathode plates. Background technique [0002] Electrolytic manganese products are one of the indispensable and important raw materials for steel and chemical industries, but the electrolytic manganese industry in my country is still labor-intensive and the production technology is relatively backward. After the electrolysis is completed, the cathode plate needs to go through the process of exiting the tank, passivation, cleaning, drying, stripping, immersion and entering the tank. Existing electrolytic manganese enterprises all complete the exit and entry of the cathode plate by manually operating the crane to hoist the cathode plate. Manually insert the cathode plates one by one into ...

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Problems solved by technology

[0003] Chinese patent CN 103590068 A discloses "A Manganese Electrolysis Process Heavy Metal Pollution Reduction Mobile Platform Process Action and Decomposition", which can realize the mechanization and automation of the electrolytic manganese cathode plate entering and exiting the tank, but it is transferred by the crane, so there is a loading and unloading process complex and non-continuous transshipment problem

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