Bottom milling device for electrolytic copper anode plate shaping unit

Abstract

The invention discloses a bottom milling device for an electrolytic copper anode plate shaping unit. The bottom milling device comprises racks, an upper clamping mechanism, a plate feeding mechanism, an aligning mechanism, a lower clamping mechanism and a milling mechanism, wherein the plate feeding mechanism is arranged between the two racks; the aligning mechanism is positioned on the upper part of the plate feeding mechanism; the upper clamping mechanism is positioned on the upper part of the milling mechanism and is mounted on the racks; and the lower clamping mechanism is positioned on the lower part of the milling mechanism. According to the bottom milling device, the plate feeding mechanism is a step plate feeding mechanism, so that the bottom milling device automatically grabs a polar plate on a unit anode plate conveying chain, and sequentially completes processes of aligning, clamping, bottom lug milling, backward plate feeding and the like of the anode plate. On the premise of guaranteeing production process requirements, the bottom milling device is more optimized in structure, shortened in length and reduced in weight; and meanwhile, environmental noises are reduced, and production and maintenance cost is reduced.

Description

technical field [0001] The invention relates to the field of cathode copper electrolysis in the non-ferrous metal industry, and more specifically relates to a bottom milling device of an electrolytic copper anode plate shaping unit, which is used for milling the bottom ear of the anode plate. Background technique [0002] In the field of copper electrolysis, the quality of the anode plate is very important, and the quality of the lugs of the anode plate has a great influence on the verticality and conductivity of the anode plate. Because the flatness of the bottom of the lug of the cast anode plate cannot meet the production requirements of high-quality electrolytic copper, it is very necessary to design a bottom milling device to mill the bottom of the lug. At present, the domestic copper anode plate bottom milling device has the following characteristics in the working process: many actions, high degree of automation, and it is required to complete the processes of graspin...

AI Technical Summary

Problems solved by technology

[0004] The main disadvantages of the chain plate feeding mechanism are: first, due to the constraints of various factors, the mechanism is not fixed after clamping the anode plate, and the anode plate in the floating state has a large vibration during the milling process, which causes noise and is easy to damage the tool; secondly , the zigzagging chain itself also increases the unreliability of the device, and third, the chain load is heavy and the wear is serious

[0005] The main disadvantage of the trolley board feeding mechanism is that the trolley needs to complete too many actions during the board feeding process, which seriously affects the production beat; another disadvantage is that the equipment is huge, the structure is complicated, and the trolley vibrates seriously when it is running.

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