Electrolytic copper residual anode stack bundling device

Abstract

The invention is applicable to the technical field of residual anode stack treatment in electrolytic copper workshops, and provides an electrolytic copper residual anode stack bundling device. The electrolytic copper residual anode stack bundling device comprises a strip releasing disc, a strip storage device, a plastic steel strip, a steering wheel, a guide wheel, a PET machine head, a flattening mechanism, a rack, a guide mechanism and a lifting and rotating mechanism; and the strip releasing disc is installed on one side of the rack, and the plastic steel strip is wound on the strip releasing disc and used for releasing the plastic steel strip. According to the electrolytic copper residual anode stack bundling device, the strip releasing disc used for releasing the plastic steel strip,the strip storage device used for conveying the plastic steel strip, the steering wheel, the guide wheel and the PET machine head used for welding and cutting off the plastic steel strip and the lifting and rotating mechanism used for driving electrolytic copper anode scrap stack to lift and rotate are arranged, then the plastic steel strip can be automatically conveyed to the position of the electrolytic copper anode scrap stack so that primarily bundling the electrolytic copper anode scrap stack can be carried out, then the plastic steel strip welding is realized by using the PET machine head, and finally the bundling of the electrolytic copper anode scrap stack is completed, so that the use of manpower and mechanical equipment are reduced, the use is safer, and the efficiency of the bundling operation is further improved.

Description

technical field [0001] The invention belongs to the technical field of residual pole stack processing in an electrolytic copper workshop, and in particular relates to a bundling device for electrolytic copper residual pole stacks. Background technique [0002] In the copper smelting process of electrolytic copper workshop, the stacks of scrap poles are processed by putting them into shaft furnace for refining or selling them outside. The common packaging methods for stacks of scrap poles are automatic packing with steel strips or manual packing with plastic-steel strips. Some enterprises choose the bulk transshipment method. The present invention is mainly used for automatic packaging of plastic-steel strips for pole-remnant stacks of pole-remnant units in electrolytic copper workshops. The pole stacks packed with plastic-steel strips can be directly transported by forklifts, stored in yards and put into furnaces for refining. High transport efficiency, more importantly, pla...

AI Technical Summary

Problems solved by technology

[0003] Disadvantages of the existing automatic packing of steel strips: the existing packing method of steel strips makes the stack of metal iron with metal iron, which does not meet the conditions for direct furnace smelting, and the steel strips need to be manually cut off before they can be placed in the shaft furnace feeder. Manual tape cutting requires the cooperation of forklifts, resulting in low efficiency of vehicles and personnel, low degree of automation, and the risk of mechanical injury during man-vehicle cross-operation and tape cutting

[0004] Disadvantages of the existing plastic-steel belt manual packing: the product butt stacks of the scrap pole unit need to be transported by forklift to the scrap stack yard, and then the workers will manually thread and pack the strips, which has high labor costs, low efficiency, and difficult to control the packing quality. At the same time, there are also hidden dangers in the cross operation of people and vehicles

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