A stacking device for corrugated cardboard

Abstract

The invention relates to a stacking and neatening device for corrugated boards. The device comprises a stacking lifting platform, a paper pressing mechanism, a beating and neatening mechanism, a front baffle plate and a board separating mechanism arranged on the front baffle plate mechanism. The paper pressing mechanism comprises a supporting plate, a paper pressing plate, a rotary shaft, a baffle shaft and a paper pressing air cylinder for driving the baffle shaft to rotate. The beating and neatening mechanism comprises a beating plate and a beating air cylinder which drives the beating plate to reciprocate. The board separating mechanism comprises a portal frame and a plurality of separating assemblies which are arranged on the portal frame along the vertical direction. The separating assembly is composed of a paper separating wheel, a lead screw, a guiding polish rod and a servo motor for controlling the lead screw to rotate. The device provided by the invention can stack the corrugated boards orderly and a gap is reserved between adjacent two corrugated boards, so that the adjacent corrugated boards are prevented from being crossed in a stacking process and the corrugated boards are prevented from being damaged, and meanwhile, air exhaust and humid removal are facilitated, so that follow-up steps are conveniently performed.

Description

technical field [0001] The invention relates to the technical field of corrugated cardboard production equipment, in particular to a corrugated cardboard stacking and sorting device. Background technique [0002] Corrugated cardboard production process quality control, easy operation, waste rate control and other issues are the continuous concern of all corrugated cardboard (carton) manufacturers and need to be urgently solved, such as the stacking of corrugated cardboard after the corrugated cardboard production line (hereinafter referred to as "behind the line") In the finishing process, whether the cardboard is stacked neatly will directly affect the logistics transportation after the corrugated cardboard goes off the line, the site is clean and tidy, and the damage to the cardboard during the storage of logistics and semi-finished products is reduced. Whether the ventilation and dehumidification is uniform, especially the uniformity of ventilation and dehumidification di...

AI Technical Summary

Problems solved by technology

[0002] Corrugated cardboard production process quality control, easy operation, waste rate control and other issues are the continuous concern of all corrugated cardboard (carton) manufacturers and need to be urgently solved, such as the stacking of corrugated cardboard after the corrugated cardboard production line (hereinafter referred to as "behind the line") In the finishing process, whether the cardboard is stacked neatly will directly affect the logistics transportation after the corrugated cardboard goes off the line, the site is clean and tidy, and the damage to the cardboard during the storage of logistics and semi-finished products is reduced. Whether the ventilation and dehumidification is uniform, especially the uniformity of ventilation and dehumidification directly affects the printing quality of corrugated cardboard and the physical indicators of the formed corrugated box; If the code is not neat, it will cause two adjacent cardboards to be stacked together alternately, which will cause inconvenient or even damage to the boards in the subsequent process, and the two adjacent stacks of cardboards cannot be separated during the post-line logistics process, which will also cause uneven heat dissipation And so on, at the same time, when the stacking is not neat, the part where the edge of a few cardboards exceeds the end face of the whole stack is easy to deform and wrinkle (commonly known as the lotus leaf edge), resulting in poor printing or even scrapping

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