Intelligent shearing method for electrolytic/electrodeposited nickel plate

Abstract

The invention provides an intelligent shearing method for an electrolysis / electrodeposition nickel plate. According to the method, an intelligent shearing device composed of a visual system, an image processing and control system, a robot, a plate shearing machine and the like is adopted for conducting intelligent shearing operation, and under regulation and control of the image processing and control system, the visual system and the robot are matched with each other; and the electrolytic / electrodeposited nickel plate is subjected to intelligent cutting to remove lifting lugs and defective parts. According to the intelligent nickel plate shearing method, the production efficiency can be effectively improved, the automation degree and the intelligence degree of nickel plate shearing are further improved, meanwhile, the optimal shearing line can be automatically obtained, the qualified nickel plate is reserved to the maximum degree, accurate shearing of the nickel plate can be achieved, the loss of unqualified products is remarkably reduced, the number of fixed workers is reduced, the labor intensity of workers is obviously reduced, the potential safety hazard of manual shearing is reduced, and the industrial problems are solved.

Description

technical field [0001] The invention relates to the technical field of shearing, in particular to an intelligent shearing method for an electrolytic / electrodeposited nickel plate. Background technique [0002] In the production process of electrolytic nickel plate or electrodeposited nickel plate, due to many factors such as process flow, process parameters, and subsequent treatment, pores, grains, inclusions, burnt plates, cracks, watermarks, trademark missing or Defects such as misalignment, oil stains, footprints, etc., such as figure 1 shown. According to the national standard for electro-nickel, the electro-nickel whose surface quality does not meet the standard such as local pores and pimples on the board surface or has large grains on the edge needs to be cut or trimmed. The current processing method is to draw lines with chalk on the nickel plate after the quality judgment of the inspectors, such as Figure 2-4 shown, then stacked next to the shears. Since the po...

AI Technical Summary

Problems solved by technology

[0006] However, the above-mentioned device or method does not carry out visual surface quality inspection for the different defects and defect positions of each electrolytic / electrodeposited nickel plate, and the robot vision system cooperates to cut off the lifting lugs and defect parts of the nickel plate. Smart Clipping Method

Images