Cardboard Twisting Mechanism

Abstract

The invention relates to a cardboard twisting mechanism, which comprises a paper guide fence. Cardboards are stacked inside the paper guide fence. An outlet is arranged under the paper guide fence. A twisting mechanism is arranged on one side of the paper guide fence. The paper guide fence It includes a side panel made of grid strips, the grid strips extend downwards in an arc shape and the extension end is horizontal, the push-twisting mechanism is arranged on one side of the grid strips and the pushing direction is horizontal, the push-twist The mechanism pushes the cardboard against the grid bar; under the pushing action of the twisting mechanism, one side of the cardboard is pressed against one side of the grid bar, so that the stacked cardboards are arranged along the grid bar , so that one side of the stacked cardboard is misaligned, and under the pushing action of the push-twisting mechanism, the cardboard is led out from the horizontal extension side of the grid bar, so as to realize the level of the cardboard on the side of the misalignment from the grid bar. One side of the segment is exported, and then the export operation of the cardboard is completed.

Description

technical field [0001] The invention relates to the technical field of packaging boxes, in particular to a cardboard twisting mechanism. Background technique [0002] In the actual processing of packaging boxes, corrugated paper or coated paper is generally used as raw materials for production. In the production process, it is generally exported individually, and a single cardboard is guided from the guide belt, and passes through the film covering device, the opening device, and the crease device, and finally forms the blank of the packaging box, which can then be processed manually or mechanically. The packaging box is subjected to the back cover operation in a unique way, and finally a complete packaging box that can accommodate items is formed. [0003] When the above-mentioned cardboard raw materials are actually exported, it is necessary to ensure that the cardboard raw materials are laid flat on the guide belt individually, and that a single cardboard raw material ca...

AI Technical Summary

Problems solved by technology

[0003] When the above-mentioned cardboard raw materials are actually exported, it is necessary to ensure that the cardboard raw materials are laid flat on the guide belt individually, and that a single cardboard raw material can be accurately imported into the above-mentioned production equipment, and the necessary operations of lamination, opening and crease are performed. When cardboard raw materials are exported, in order to ensure that the cardboard can be exported individually, it is generally carried out by manual paper laying. The manual paper laying method is not inefficient and cannot adapt to the production rhythm of other equipment in the system. In the existing packaging box production system, There is also a part of automatic paper laying equipment for laying. However, because the thickness of the cardboard is relatively thin and stacked together, when passing through the paper laying device, the cardboards are in contact with each other. Sometimes it is difficult to lay single sheets, resulting in the need for system Stop the machine, and then debug the cardboard laying equipment, so that the cardboard can be exported in a single sheet, which will have an impact on the production efficiency of the packaging box

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