Corrugated board stacking device

Abstract

A corrugated board stacking device comprises a platform arrangement part, an automatic paper receiving part and a regular flapping arrangement part, wherein the automatic paper receiving part and theregular flapping arrangement part are correspondingly mounted on the platform arrangement part; the regular flapping arrangement part is mounted at the front end of the automatic paper receiving partand is used in cooperation with the automatic paper receiving part. With the adoption of the device, the problems of flying out of corrugated boards, disordered paper receiving, and irregular arrangement can be effectively avoided; the corrugated boards can be regularly stacked, and thus the production can be continuously performed.

Description

technical field [0001] The invention relates to a corrugated cardboard processing equipment, in particular to a corrugated cardboard stacking device. Background technique [0002] In the subsequent processing of cardboard, the cardboard needs to be stacked into stacks for storage and transportation. A stacker is a device that neatly stacks the delivered cardboard into stacks. When the cardboard is piled up to a certain height that is to complete the stacking of a stack, it is necessary to remove the stacked stack. During the removal process, a new round of stacking work is carried out as usual. [0003] Most of the current stacking machine stacking is that the cardboard directly falls into the stacking receiving part after climbing. The receiving part consists of the receiving tray at the bottom, the cardboard on both sides, the cylinder installed on the cardboard, and the cylinder The connected rotating shaft is composed of a cardboard installed on the rotating shaft, and...

AI Technical Summary

Problems solved by technology

[0003] Most of the current stacking machine stacking is that the cardboard directly falls into the stacking receiving part after climbing. The receiving part consists of the receiving tray at the bottom, the cardboard on both sides, the cylinder installed on the cardboard, and the cylinder The connected rotating shaft is composed of a cardboard installed on the rotating shaft, and there is no front-facing paper-taking mechanism. The stacking part of such a structure has the following problems: Under the current general high-speed production background, the original cardboard is directly lifted after climbing. The structure falling into the stacking delivery section will float out of the delivery section directly due to inertia, and the delivery section of the cylinder rotating structure will not be able to be quickly retracted and unloaded due to the speed of the cylinder control, and there will be chaos in the paper connection; and the cardboard is stacked into When stomping, the neatness of the front and rear positions is basically achieved by the width limit of the paper delivery, but in the production process, after the width of the paper delivery is adjusted to be basically the same as the width of the cardboard, various situations will occur, and the cardboard is jammed and cannot fall smoothly. etc. affect the continuous work of the production line

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