Die-cutting guide and positioning jig and die-cutting guide and positioning method for die-cutting machines

Abstract

The invention discloses a die-cutting guide and positioning jig for die-cutting machines, which belongs to the technical field of auxiliary devices for die-cutting machines. The die-cutting guide and positioning jig comprises first limit blocks; and the first limit blocks are fixed on a workbench of a die-cutting machine, and abut against the side edges of material to be die-cut. The invention also provides a die-cutting guide and positioning method for die-cutting machines, which adopts the die-cutting guide and positioning jig for die-cutting machines, and by arranging the limit blocks on the workbench of the die-cutting machine and by the side edges of the material to be die-cut, the method ensures that the material to be die-cut can run according to a position and a route defined by the limit blocks. Under the function of the limit blocks, the position of the material to be die-cut continuously passing through the workbench of the die-cutting machine is limited, so that the material to be die-cut can pass through the workbench according to the predetermined position, and thereby the material to be die-cut can be prevented from getting off the track, i.e., the material to be die-cut is guided and positioned. The invention can be popularized in the process of continuously die-cutting panel keys, linear keys, base gel, release films, protective films and other rolls of all membrane switches and ITO (indium tin oxide) products.

Description

technical field [0001] The invention relates to an auxiliary device for a punching machine, in particular to a punching guide positioning fixture and method for a punching machine. Background technique [0002] At present, in the process of continuous punching and cutting of coil materials, sticky objects such as double-sided tape are generally used as positioning corners on the edge of the product. tidy. It is necessary to stop and readjust the mold, wasting man-hours, and the distance between the single piece of material and the edge of the coil is not uniform, which will affect the lamination accuracy of the subsequent machine. Warranty disadvantages. This approach cannot fully play the role of positioning. And because the mold adjustment must reach into the mold area with both hands to pick and place materials, if mechanical failure or human negligence causes work-related accidents, it has a greater safety hazard. At the same time, it also has the problems of low eff...

AI Technical Summary

Problems solved by technology

[0002] At present, in the process of continuous punching and cutting of coil materials, sticky objects such as double-sided tape are generally used as positioning corners on the edge of the product. tidy

It is necessary to stop and readjust the mold, wasting man-hours, and the distance between the single piece of material and the edge of the coil is not uniform, which will affect the lamination accuracy of the subsequent machine. Disadvantages of Guarantee

This approach cannot fully play the role of positioning

And because the mold adjustment must reach into the mold area with both hands to pick and place materials, if mechanical failure or human negligence causes industrial accidents, it has a greater safety hazard

At the same time, it also has the problems of low efficiency and large waste. For example, a roll of die-cut material is calculated at 1500PCS

If there is no auxiliary fixture, you need to stop and adjust the deviation material 4 to 5 times in the middle, and each time it takes about 3 minutes to adjust the mold / correction, then the punching time for the same material will increase by 12-15 minutes

At the same time, it will cause a lot of waste of materials

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