Paper patting device for stacking

Abstract

The invention discloses a paper patting device for stacking. The paper patting device for stacking comprises a paper patting plate, swinging rods used for supporting the paper patting plate and an eccentric mechanism connected with the paper patting plate; the eccentric mechanism is connected with a motor speed reducer through an eccentric transmission shaft, the paper patting plate is installed on the swinging rods, the upper end of the paper patting plate is of an arc-shaped structure, the lower end of the paper patting plate is of a bent structure, therefore, the front-back smoothness of paper board stacking can be well guaranteed through the structure, and the paper board extrusion phenomenon is not prone to being caused; and the swinging rods are installed on a support frame which isof a bilateral symmetry structure through bearing pedestals, and the eccentric mechanism is installed on the eccentric transmission shaft and connected with the paper patting plate. According to the paper patting device for stacking, the phenomenon that paper boards are out of order front and back after being stacked can be effectively avoided, orderly stacking of the paper boards can be guaranteed, continuous proceeding of production can be guaranteed, the subsequent process can be reduced, the production cost is reduced, and the production efficiency can be improved.

Description

technical field [0001] The invention relates to a stacking device in the corrugated cardboard processing process, in particular to a stacking paddle 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 stacking to a certain height that is to complete the stacking of a paper stack, it is necessary to remove the stacked paper stack. During the removal process, a new round of stacking work is carried out as usual. [0003] At present, the cardboards in the stacking and receiving part of the current stacker are neatly arranged mainly by the receiving back baffle (the place marked in blue in the figure) to limit the width of the receiving paper, that is, how wide the cardboard is, then the distance between the back baffle and the front baffle The position is adjusted to the width, and the fro...

AI Technical Summary

Problems solved by technology

[0003] At present, the cardboards in the stacking and receiving part of the current stacker are neatly arranged mainly by the receiving rear baffle (the place marked in blue in the figure) to limit the width of the receiving paper, that is, how wide the cardboard is, then the distance between the rear baffle and the front baffle The position is adjusted to the width, and the front and rear baffles are limited to ensure that the front and rear of the cardboard are neat. This structure is difficult to limit the position of the back baffle to the same size in actual operation, because it is limited to the same size. Paper jams are easy to occur after sizing. In actual operation, the position of the rear baffle will be widened to allow the cardboard to fall freely when it reaches the delivery section. It is necessary to go through another process of matching, which increases production costs and reduces production efficiency.

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