Integrated cardboard automatic forming and packing machine

Abstract

The invention provides an automatic integrated paperboard forming and boxing machine capable of automatically completing paperboard bending forming and boxing. The automatic integrated paperboard forming and boxing machine is mainly applied to bending forming and boxing of integrated paperboards and comprises a rack, a paperboard conveying mechanism mounted on the rack and a packaging box conveying and positioning mechanism mounted on the rack, a paperboard forming mechanism is arranged above the paperboard conveying mechanism and the packaging box conveying and positioning mechanism and on the rack, a moving mechanism used for driving the paperboard forming mechanism to move horizontally and longitudinally is mounted on the rack, and an auxiliary paperboard forming mechanism is mounted on the rack.

Description

technical field [0001] The invention relates to the field of forming and packing partitions for packaging, in particular to an integrated cardboard automatic forming and packing machine. Background technique [0002] Milk products, especially those in the form of aseptic pillows, also known as Tetra Pak pillows, need to be installed with inner partitions to separate the stacked products when they are packed into the packaging box. The inner partition is usually produced by die-cutting corrugated paper. The corrugated paper is die-cut into long strips, and then cut with a certain depth of installation cuts at equal intervals. In this way, two or more pieces with cuts The corrugated cardboard can be cross-connected by inserting each other at the cuts, thereby forming a cross-shaped partition. After this kind of cardboard is placed in the packing box, the end of each corrugated cardboard can swing relative to the connecting part of the two corrugated cardboards. . Affected b...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned one-piece cardboard better solves the disadvantages of poor support strength of the partitions in the previous packing box, troublesome packing operation, and low efficiency. However, there is no cardboard with this structure in the market at present. The automatic mechanical equipment of the box, in the production line, can only be used by the workers who manually bend the cardboard into the box, and the production efficiency is still relatively low; moreover, the cardboard must be The bending direction of the bending part is easy to make mistakes, resulting in cardboard damage or forming errors, which not only has a high defective rate, but also affects production efficiency

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