Post-treatment device used after double-mold metal ingot de-molding

Abstract

The invention discloses a post-treatment device used after double-mold metal ingot de-molding. The post-treatment device comprises a horizontal working platform positioned right below the tail end ofa double-mold cast ingot production line, the side, close to the tail end of the double-mold cast ingot production line, of the working platform is provided with a staggered push plate capable of enabling two metal ingots to be staggered left and right by at least one metal ingot width, and a first driving mechanism for driving the dislocation push plate to do reciprocating motion left and right;the rear end of the working platform is provided with a flat push plate capable of enabling the short sides of the two metal ingots which are staggered left and right to be flush in the left-right direction, and a second driving mechanism for driving the flat push plate to do linear reciprocating motion back and forth; the motion trail of the smooth push plate is perpendicular to the motion trailof the staggered push plate; and a water cooling conveying chain is arranged at the position, opposite to the smooth push plate, of the front end of the working platform. According to the post-treatment device, through the driving mechanism, the directions of the metal ingots are forcibly driven to be changed and aligned, manual intervention is not needed, the production continuity is guaranteed,and the phenomenon of blocking in the falling process is avoided.

Description

technical field [0001] The invention belongs to the technical field of metal hydrometallurgy, and in particular relates to a post-processing device for a dual-mode metal ingot after demoulding. Background technique [0002] In order to increase production capacity, most large-scale smelting enterprises in my country use dual-mode ingot casting to produce metal ingots. After the dual-mode metal ingot is demolded, the two rectangular metal blocks are in a state of flush long sides, and the metal ingot needs to enter the water-cooled conveyor chain for cooling. Due to the requirements of the product line and process, it is necessary to turn the two metal blocks with the long sides flush to 90 degrees to form a short side flush state before entering the water-cooled conveyor chain. [0003] like figure 1 As shown, in the prior art, a roller chain 9 is usually installed directly below the tail end of the dual-mode ingot casting production line 7 to transport the high-temperatur...

AI Technical Summary

Problems solved by technology

[0004] However, this structure easily causes the metal ingot to fall into the gap between the rollers when it falls from the end of the dual-mode ingot casting production line, causing the metal ingot to be jammed, requiring manual intervention to restore the normal state of the metal ingot, which affects production efficiency

Moreover, since the unpowered guiding device is passively guiding, insufficient steering often occurs, causing metal ingots to jam, and production must be manually intervened.

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