Front paper beating device used for stacking by stacking machine

Abstract

A front paper beating device used for stacking by a stacking machine comprises a paper beating plate, an oscillating rod for supporting the paper beating plate and an eccentric mechanism connected with the paper beating plate. The eccentric mechanism is connected with a motor reducing gear through an eccentric transmission shaft, the paper beating plate is installed on the oscillating rod, and theupper end part of the paper beating plate is of an arc-shaped structure; the lower end part of the paper beating plate is of a bent structure, the structure can well ensure the front-back flatness inthe paperboard stacking process, and the phenomenon that paperboards are extruded is further not liable to be caused; and the oscillating rod is installed on a supporting frame being of a left-rightsymmetrical structure through a bearing pedestal, and the eccentric mechanism is installed on the eccentric transmission shaft, and connected with the paper beating plate. According to the front paperbeating device, the phenomenon that after the paperboards are stacked, the front portion and the lower portion are not in order can be effectively avoided, it is ensured that the paperboards can be stacked in order, continuous going-on of production can be ensured, rear-section working procedures can be reduced, the production cost is saved, and improving of the production efficiency is facilitated.

Description

technical field [0001] The invention relates to a stacking device in the processing process of corrugated cardboard, in particular to a front paddle device for stacking of a stacker. 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 stacking machine are neatly arranged mainly by the rear baffle to limit the width of the paper collection, that is, the width of the cardboard is adjusted to the position from the rear baffle to the front baffle. Front and rear The baffle is limited to ensure that the fr...

AI Technical Summary

Problems solved by technology

[0003] At present, the cardboards in the stacking and receiving part of the current stacking machine are neatly arranged mainly by the rear baffle to limit the width of the paper collection, that is, the width of the cardboard is adjusted to the position from the rear baffle to the front baffle. Front and rear The baffle is limited to ensure that the front and back 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 paper jams are easy to occur after being limited to the same size. 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, which will cause the front and rear of the cardboard to be disordered and uneven, so that the stacked cardboards need to go through a process of aligning , increase production cost and reduce production efficiency

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