Corrugated paper cutting and stacking integrated equipment

Abstract

The invention discloses corrugated paper cutting and stacking integrated equipment. The corrugated paper cutting and stacking integrated equipment comprises a cutting mechanism and a stacking mechanism which are arranged in sequence. The cutting mechanism comprises a transversely-cutting mechanism and a longitudinally-cutting mechanism which are arranged in sequence according to the material conveying direction. The transversely-cutting mechanism comprises a transversely-cutting mechanism rack, an electric circular saw, a carrier roller, a conveying roller and a conveying roller driving mechanism used for driving the conveying roller to rotate. The stacking mechanism comprises an input conveying belt, a paper receiving platform and an output conveying belt, wherein the input conveying belt, the paper receiving platform and the output conveying belt are in butt joint with each other in sequence. The feeding end of the input conveying belt are in butt joint with the longitudinally-cutting mechanism, and a paper splitting mechanism is arranged between the discharging end of the input conveying belt and the paper receiving platform.

Description

technical field [0001] The invention relates to the technical field of corrugated box production equipment, in particular to an integrated equipment for cutting and stacking corrugated paper. Background technique [0002] Corrugated paper generally has a three-layer composite structure, which is made by bonding face paper, inner paper, core paper and corrugated paper processed into corrugated corrugations. It has low cost, light weight, easy processing, high strength, excellent printing adaptability, and storage. Easy to carry and other advantages. In the existing production technology, corrugated cardboard is cut by cross cutting and longitudinal cutting successively by using corrugated paper belt. The existing longitudinal cutting equipment is generally cut by "flying shear", that is, the upper knife and the lower knife are used to cut the corrugated cardboard. However, the above-mentioned equipment has the following disadvantages: first, the structure of the equipment is...

AI Technical Summary

Problems solved by technology

In the existing production technology, corrugated cardboard is cut by cross cutting and longitudinal cutting successively by using corrugated paper belt. The existing longitudinal cutting equipment is generally cut by "flying shear", that is, the upper knife and the lower knife are used to cut the corrugated cardboard. However, the above-mentioned equipment has the following disadvantages: first, the structure of the equipment is complicated, which is not conducive to reducing the cost of equipment purchase and later maintenance costs; second, the fault tolerance rate of the structure is low. The upper knife and the lower knife adopt the dislocation half-cut method to longitudinally cut the corrugated paper. However, if the position of the upper knife and the lower knife deviates during the previous period of use, the gap between the upper knife and the lower knife will increase and the incision will be uneven. And produce waste edge in the cutting part, or the position of the upper knife and the lower knife overlap, resulting in collision and damage to the equipment

In the production process of corrugated boxes, it is necessary to stack the cut corrugated cardboard. The existing corrugated cardboard stacking equipment generally adopts the active lifting method of the paper receiving platform to stack layer by layer. The paper receiving platform needs to follow the corrugated cardboard The input speed decreases synchronously, so that the corrugated cardboard is stacked on the paper splicing platform. If the lifting speed of the paper splicing platform cannot keep up with the speed of paper splicing, it is easy to cause scattered stacking, so its speed is difficult to increase

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