Self-adaptive coordination device suitable for large-size blade type plate and usage method thereof

Abstract

The invention discloses a self-adaptive coordination device suitable for a large-size blade type plate. The device comprises a coordination workbench, a lifting roller machine, a driving sliding bench, centering mechanisms and seam aligning mechanisms. The coordination workbench is spliced with the lifting roller machine, the lifting roller machine is spliced with the driving sliding bench, the centering mechanisms are installed at two ends of the coordination device, the seam aligning mechanisms are installed on two sides of the coordination device, the centering mechanisms and the seam aligning mechanisms form a quadrangular structure, and centering and seam aligning of the plate are achieved. Working surfaces of the coordination workbench, the lifting roller machine and the driving sliding bench are located in a same plane. The driving sliding bench is located in a middle position, the lifting roller machine and the coordination workbench are symmetrically arranged on two sides of the driving sliding bench, the coordination workbench is located on the outermost side, the lifting roller machine is located between the driving sliding bench and the coordination workbench, and the coordination workbench, the lifting roller machine and the driving sliding bench work independently and do not interfere with each other during work.

Description

technical field [0001] The invention belongs to the technical field of container production, and in particular relates to an adaptive coordination device suitable for large-size blade-type plates and a use method thereof. Background technique [0002] At present, most of the manufacturing of containers is to splice and weld plates, and the plates used are relatively large and thin, which makes it difficult to center and seam between the plates during welding. At present, the equipment of the existing production line is basically simple and simple, and the operation method is manual operation. Some of them use the tape measure to find the alignment method for centering and seam alignment, and the operation means are relatively primitive. In the plate welding production line, the welding distance between the plates on both sides of the welding machine must be solved during the tailor welding process. Traditional welding requires manual operation, and manual centering and seam ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the manufacturing of containers is to splice and weld the plates. The plates used are relatively large and thin, which makes it difficult to align and seam the plates during welding.

At present, the equipment of the existing production line is basically simple and simple, and the operation method is manual operation. Some of them use the tape measure to draw the line to find the alignment and alignment method, and the operation method is relatively primitive.

In the plate welding production line, the welding distance between the plates on both sides of the welding machine must be solved during the tailor welding process. Traditional welding requires manual operation, and manual centering and seam alignment are performed through simple plug plates. The cycle is slow and the operation is not easy.

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