Smart multilayer fabric divider

Abstract

The invention discloses a smart multilayer fabric divider. The smart multilayer fabric divider comprises a cloth conveying transmission device and a pile cutting device, wherein the cloth conveying transmission device comprises a plurality of cloth conveying guide rollers and a metal detection device; the cloth conveying guide rollers are used for conveying grey cloth to the front of the metal detection device, detecting whether needle breakage occurs in the grey cloth or not, and conveying the grey cloth to a tape knife cutting position; the pile cutting device is used for cutting the grey cloth into two parts from the middle with a tape cutter, wherein the two parts serve as a side A and a side B respectively; on the side A and the side B, cloth is delivered along the same direction through a side A cloth delivery guide roller assembly and a side B cloth delivery guide roller assembly; a visual detection device for detecting the height of lint on the side A and the side B and a servo control device for controlling the height of the lint on the side A and side B are arranged in cloth delivery paths of the side A and the side B along the same direction. By adopting the smart multilayer fabric divider, the technical level of workers is lowered, the whole production flow is simplified, the machining time is shortened, and the production efficiency is increased; meanwhile, single-layer lint having higher cloth quality can be obtained.

Description

technical field [0001] The invention relates to the field of textile machinery, in particular to an intelligent multi-layer fabric dividing machine. Background technique [0002] The splitting machine cuts various textiles of the double-layer fabric. The characteristic of the splitting machine is to cut the double-layer fabric into two single-layer flannelettes from the middle, so that the surface of the cut fabric is covered with smooth fluff. [0003] The existing splitting machines rely entirely on manual comparison of the plush heights of the A and B sides in operation. There is a large comparison error, and if it is not timely enough, it will cause different degrees of bad cloth, which will have a serious impact on the quality of the flannelette. Manually tensioning the belt knife, whether the tension force is large or small, also has a great impact on the knife. If the manual sharpening is not timely, the edge of the belt knife will not be sharp enough, and the tension...

AI Technical Summary

Problems solved by technology

[0003] The existing splitting machine relies entirely on manual comparison of the plush heights of A and B sides in operation. There is a large comparison error and insufficient time will cause different degrees of bad fabrics, which will have a serious impact on the quality of the flannelette.

Manually tensioning the belt knife, whether the tension force is large or small, also has a great impact on the knife. If the manual sharpening is not timely, the edge of the belt knife will not be sharp enough, and the tension of the gray cloth will be uneven. In actual production, due to various reasons, the cloth surface is often There are serious quality problems, which consume a lot of manpower, material resources, financial resources and production time

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