Stitching process equipment automatic device

Abstract

The invention discloses a stitching process equipment automatic device, comprising six devices: a target-shooting machine, a dragging and edging machine, a chamfering machine, a washing machine, a plate thickness measuring machine, and an automatic categorization plate collector, and characterized by comprising a: area programming: programming the area layout of each device together, and leaving no obstructs among connection; and b, employing a conveyer, a conveyor belt, a central positioning machine and a lower trigger among equipment for connection, and allowing the equipment to perform effective transmission connection work. According to the technical scheme, all works can be completed only through placing a plate by the target-shooting machine; the work which requires multiple persons and multiple processes is improved to automatic line production which can be completed by a single person, thereby reducing costs, and increasing efficiency; the stitching process equipment automatic device has a high automation degree, is easy to operate, and can improve work efficiency, reduce production abnormity and manual carrying, decrease scratch discards, and save manpower resources.

Description

technical field [0001] The invention relates to an automation device, in particular to an automation device for pressing process equipment. Background technique [0002] At present, the lamination process used in the industry is mostly a single device, which is planned in different regions and units, and cannot be interconnected. First of all, the shooting machine works alone. The staff divides the boards into piles according to the shooting data, and manually distinguishes the expansion and contraction. The pass rate of one shot is low. The boards with different expansion and contraction need to be shot many times, and the production efficiency is low. The edging machine works. After the edging is completed, it is manually transported to the edging line for operation. After the edging is washed by the washing machine, the thickness of the board is measured, and the board is finally collected. The boards with different expansion and contraction cannot be operated at the same...

AI Technical Summary

Problems solved by technology

[0002] At present, the pressing process used in the industry is mostly a single device, and it is planned in different regions and units, and cannot be interconnected.

First of all, the shooting machine works alone. The staff divides the boards into piles according to the shooting data, and manually distinguishes the expansion and contraction. The pass rate of one shot is low. The boards with different expansion and contraction need to be shot many times, and the production efficiency is low. The edging machine works. After the edging is completed, it is manually transported to the edging line for operation. After the edging is washed by the washing machine, the thickness of the board is measured, and the board is finally collected. The boards with different expansion and contraction cannot be operated at the same time.

The process from shooting to edging needs to be completed through multiple equipment operations. There are many equipments, complicated procedures, and high abnormality rate; the labor efficiency and equipment efficiency are low, and the degree of automation is not high. The beginning and end stages of each line need to be retracted manually. board work

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