Automatic on-anode material cleaning device and system for aluminum electrolysis anode scrap

Abstract

The invention discloses an automatic on-anode material cleaning device and system for an aluminum electrolysis anode scrap. The automatic on-anode material cleaning device comprises an aluminum guiderod righting device, an explosion block clamping and positioning device and a pneumatic crust breaker; the aluminum guide rod righting device is connected with an aluminum guide rod and is suitable for fixing the position of the aluminum guide rod; the explosion block clamping and positioning device is connected with an explosion block and is suitable for fixing the position of the explosion block; and the pneumatic crust breaker is arranged at the side part of the aluminum electrolysis anode scrap. The automatic on-anode material cleaning device is used for righting and positioning the aluminum guide rod and the explosion block of the aluminum electrolysis anode scrap and cleaning the on-anode materials of the anode scrap by using the pneumatic crust breaker, so that the cleaning effect and the safety of the anode scrap feeding can be remarkably improved.

Description

technical field [0001] The invention relates to the technical field of aluminum electrolysis, in particular, the invention relates to an automatic cleaning device and system for electrode loading and cleaning of aluminum electrolysis residual electrodes. Background technique [0002] In the catenary conveying process of the anode residue cleaning in the aluminum electrolytic anode assembly workshop, the cleaning of the electrolyte block material on the anode residue electrode is an important work process. Due to the subtle difference control of the electrolysis process, the electrolyte blocks are hard and have different shapes. During the cleaning process, there are problems such as low efficiency of mechanical automatic cleaning devices and many equipment failures. [0003] The traditional cleaning device for the electrolyte block material on the electrode residue and the electrode generally uses a carbon block steel claw beam for righting and positioning, and mechanical pu...

AI Technical Summary

Problems solved by technology

The problems of this method are: the carbon block is broken during the righting and positioning process, which is not conducive to the separation of materials. When the electrolyte on the residual electrode exceeds the steel claw beam, it cannot be accurately positioned and righted, and it cannot be cleaned; the mechanical puncture is limited by the electrolytic block material Hardness and shape, it is impossible to clean the hard and large-shaped residual electrode of the electrolyte block

Therefore, the existing means of cleaning up the residual electrode material still need to be improved

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