Equipment for cleaning up marginal materials of die-cutting paper products

Abstract

The invention relates to equipment for cleaning up marginal materials of die-cutting paper products. A feeding mechanism lifts the die-cutting paper products, one sides of the die-cutting paper products are lifted through a clamp, and then a material receiving platform moves to the position below the die-cutting paper products, completely lifts the die-cutting paper products and conveys the die-cutting paper products to a marginal material cleaning mechanism. The marginal material cleaning mechanism clamps and ejects out paper product units in any shape through an upper ejection piece and a lower ejection piece after the die-cutting paper products are positioned. A finished product taking-out mechanism extends a left clamping plate and a right clamping plate to clamp the die-cutting paper products with the marginal materials cleaned up and conveys the die-cutting paper products with the marginal materials cleaned up to the next procedure after the marginal materials are cleaned up. Tearing and separation, caused by gravity, between die-cutting paper board units and the marginal materials in the traditional manual conveying process are avoided in the feeding process. Tearing of paper product units caused by manual box retreating and generation of waste are avoided in the marginal material cleaning-up process. Operation is carried out based on the feedback of a detection mechanism when the finished products are taken out. The completeness of product conveying is guaranteed in the whole production process, conveying efficiency is improved, labor cost is reduced, and accordingly the production efficiency and product percent of pass are improved.

Description

technical field [0001] The invention relates to a die-cut paper product processing equipment, in particular to a die-cut paper product edge material removal device. Background technique [0002] In the production process of die-cut paper products, the die-cutting device cuts out multiple paper product units on the cardboard according to the designed paper product shape. The way of complete cutting, that is, after die-cutting, each paper product unit and the edge material are glued together by small tooth-like blocks. Therefore, after the paper product is die-cut, it is necessary to carry out the process of returning the box, that is, to tear each paper product unit and the edge material through a small tooth-shaped block, and separate each paper product unit from the edge material. At present, this process is generally completed manually. Manually returning the boxes has low work efficiency and greatly increases the production cost. Moreover, the manual way of returning the...

AI Technical Summary

Problems solved by technology

Although manual control can cope with various emergencies, manual operation is slow, labor costs are high, and product transportation efficiency is not high, thereby reducing production efficiency

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