Aluminum ingot aligning device used in aluminum ingot continuous casting production line

Abstract

In order to solve the problem that the position of an aluminum ingot on a conveying chain does not meet the requirement, so that stacking is failed, or an aluminum ingot stack which meets the requirement cannot be formed by stacking, the invention provides an aluminum ingot aligning device used in an aluminum ingot continuous casting production line. The aluminum ingot aligning device comprises an ingot stopping mechanism and aligning mechanisms. The ingot stopping mechanism is placed between two conveying chains and comprises an ingot stopping air cylinder, a connecting rod, a rotating shaft and a stopping block. The aligning mechanisms are arranged on supporting tables on the two sides of the conveying chains symmetrically. Each supporting table is provided with an aligning air cylinder and a Y-shaped aligning plate. The distance between the aligning centers of the aligning mechanisms and the stopping faces of the stopping block is not larger than the width of the aluminum ingot. According to the aluminum ingot aligning device used in the aluminum ingot continuous casting production line, the aluminum ingot conveyed to a stacking position can be subjected to aligning of the left-right position and the front-back position so that aluminum ingot stacking can be completed smoothly, during aligning on the left-right position of the aluminum ingot, noise cannot be generated, abrasion on the aluminum ingot is avoided, and the quality of the aluminum ingot is guaranteed.

Description

technical field [0001] The invention relates to a large tonnage aluminum ingot continuous casting production line with a production capacity of ≥22t / h (ton / hour), in particular to an alignment device for aligning qualified aluminum ingots conveyed on a conveyor chain. Background technique [0002] The aluminum ingot continuous casting production line is a continuous production equipment integrating a series of production processes such as casting, cooling forming, stacking, packaging, weighing and marking. It is the main production mode of electrolytic aluminum at present. Large-tonnage aluminum ingot continuous casting production lines with a total ingot weight of not less than 22 tons are more widely used. [0003] After the electrolytic aluminum liquid is initially cooled to 500°C (Celsius) in the mold, it falls off from the mold and is transported by the conveyor chain to the cooling molding machine for complete cooling and final molding. The formed aluminum ingots are t...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problem that the stacking fails or cannot meet the requirements because the position of the aluminum ingots on the conveying chain does not meet the requirements, the invention proposes an aluminum ingot alignment device used in the aluminum ingot continuous casting production line , the aluminum ingot alignment device used in the aluminum ingot continuous casting production line includes an ingot stop mechanism and an alignment mechanism, the ingot stop mechanism is located between two conveyor chains, and the alignment mechanism is symmetrically arranged on both sides of the conveyor chain on the support table, and when the aluminum ingot is conveyed on the conveying chain, it is blocked by the stopper mechanism after passing through the alignment center of the alignment mechanism;

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