Paper towel slicing device, paper towel slicing system and slicing method

Abstract

The invention discloses a paper towel slicing method. The paper towel slicing method includes the steps that a slicing rod is controlled to move to between two sheets of paper located on a paper receiving wheel, the slicing rod is controlled to move to in the direction away from the paper receiving wheel so as to separating the stack of paper continuously stacked, and when the stack of paper located on the slicing rod is poked away, the slicing rod is controlled to move to be away from the paper receiving wheel. The invention further discloses a paper towel slicing system and a paper towel slicing device. The paper towel slicing method can conduct slicing quickly and is prone to adjusting the number of slicing paper.

Description

technical field [0001] The invention relates to the technical field of paper towel slicing, in particular to a paper towel slicing device, a paper towel slicing system and a slicing method. Background technique [0002] For paper towels, it refers to separating the stacked paper towels according to the number of sheets, so that the number of paper towels in each stack meets the requirements. [0003] In the prior art, there are mainly two ways to split paper towels: the first is to use air claws for splitting; due to the use of intermittent splicing and splitting, the speed is low, which limits production efficiency. The high accuracy requirements of the chip will easily lead to unstable fragmentation. At the same time, the air gripper has a short life and needs to be replaced regularly. Once again, if the number of chips needs to be replaced, it also needs to be debugged. The second method adopts the mechanical fixing method. Compared with the above-mentioned air claw meth...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, there are mainly two ways to split paper towels: the first is to use air claws for splitting; due to the use of intermittent splicing and splitting, the speed is low, which limits production efficiency. The accuracy requirements are high, which is likely to cause unstable fragmentation. At the same time, the life of the air gripper is short and needs to be replaced regularly. Once again, if the number of pieces needs to be changed, parts need to be replaced, and debugging is also required.

The second method adopts the mechanical fixing method. Compared with the above-mentioned air claw method, the slicing of the mechanical fixing method is relatively stable, but if the number of slicing pieces needs to be changed, it is often necessary to replace the parts, and it is time-consuming and laborious to debug to the best state.

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