Rolling mill and online robot finishing platform on extension cord

Abstract

The invention discloses a rolling mill and an online robot finishing platform an extension cord. According to the platform, a robot finishing tool is applied to a rolling line, when the rolling mill rolls a material to be rolled to be thin, emerging defects on the surface of the material to be rolled can be found in real time, and corresponding defects are finished in real time. The online robot finishing platform has the advantages of finding and processing internal defects of casting blanks in real time. The method can increase the yield of the material to be rolled. Particularly, in the iron and steel industry, the yield of the material to be rolled of continuous casting and rolling can be increased.

Description

technical field [0001] The invention relates to the technical field of metallurgical finishing automation, in particular to an online robot finishing platform on a rolling line. Background technique [0002] Rolling processing requires qualified raw materials, that is, free from surface and internal defects. Otherwise, defective and defective products will be produced. The traditional rolling mill has no means to control the surface and internal defects of the rolled material during the rolling process, and there is much less room for remediation after the rolling is completed. Taking the steel rolling process as an example, the raw materials for steel rolling must pass the surface inspection or internal quality inspection before they can be sent to the steel rolling process. The unqualified rolled slabs need to be finished and then sent to rolled steel. However, there is still no satisfactory internal quality inspection method and method for dealing with internal defects...

AI Technical Summary

Problems solved by technology

However, there are still no satisfactory internal quality inspection methods and methods for dealing with internal defects.

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