Full-automatic plate-overturning, slotting, corner-cutting and punching system

Abstract

The invention discloses a full-automatic plate-overturning, slotting, corner-cutting and punching system comprising an automatic feeding conveying line system, an automatic plate overturning system, an automatic slotting system and an automatic corner-cutting and punching system. The automatic plate overturning system is arranged above the automatic feeding conveying line system, the automatic slotting system is arranged on one side of the automatic plate overturning system and is connected with the automatic feeding conveying line system, and the automatic slotting system is composed of a longitudinal slotting mechanism, a clamping and positioning mechanism, a jacking and transferring mechanism, a slotting driving mechanism, a transverse slotting mechanism, a vacuum dust extracting systemand a manual fine adjusting mechanism. The automatic corner-cutting and punching system is arranged on one side of the automatic slotting system and is connected with the jacking and transferring mechanism. Transverse clamping plates and vertical clamping plates can clamp and overturn plates in all directions, slots can be formed in multiple directions, the slotting depth and the slotting angle can be effectively controlled and adjusted to adapt to composite plates of different types and different lengths, the two sides and the front and rear ends of the composite plates can be fixed, and thecomposite plates can be effectively prevented from jumping during slotting.

Description

technical field [0001] The invention relates to the technical field of processing steel and aluminum composite plates, in particular to a fully automatic flap-turning, grooving, corner-cutting and punching system. Background technique [0002] At present, the processing of steel and aluminum composite panels requires multiple sets of processes such as slotting, punching, and corner cutting. Before slotting, the composite board needs to be turned over by the turning mechanism. When turning the board, it is necessary to wait for the fixture to turn over a single composite board before continuing to flip another composite board. It is time-consuming and the turning efficiency is not good. Send the composite board to the slotting machine for slotting in a single direction. After the slotting is completed, the machine needs to be stopped now, and the composite board must be manually turned 90 degrees for slotting in another direction. It is very easy to cause jumping, which pose...

AI Technical Summary

Problems solved by technology

[0002] At present, the processing of steel and aluminum composite panels requires multiple sets of processes such as slotting, punching, and corner cutting. Before slotting, the composite board needs to be turned over by the turning mechanism. When turning the board, it is necessary to wait for the fixture to turn over a single composite board before continuing to flip another composite board. It is time-consuming and the turning efficiency is not good. Send the composite board to the slotting machine for slotting in a single direction. After the slotting is completed, the machine needs to be stopped now, and the composite board must be manually turned 90 degrees for slotting in another direction. It is very easy to cause jumping, which poses a safety hazard; after the slotting is completed, multiple workshops such as tossing and punching, corner cutting, etc. are required for processing. Visually aligning with the slotting position of the machine can easily lead to uneven slotting positions of the composite board, poor precision, and affect the quality of the composite board. Therefore, it is urgent for those skilled in the art to develop a new type of slotting that can solve the above problems , chamfering and punching production system

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