A frozen broken cloth structure

Abstract

The invention provides a refrigeration type cloth breaking structure. The structure comprises a jetting member and a suction member which are respectively arranged on both surfaces of woven cloth, wherein the jetting member is provided with jetting seams for jetting water to the woven cloth, and the jetting seams which are mutually parallel are perpendicular to the transmission direction of the woven cloth; coolant jetting seams parallel to the jetting seams are formed between the jetting seams and are used for jetting low-temperature liquid working substance; suction seams and coolant suction seams, which respectively correspond to the jetting seams and cold medium jetting seams, are formed in the suction member; a separating roller which enables the woven cloth to rotate is arranged in the transmission direction of the woven cloth after the woven cloth passes through the jetting member and the suction member. According to the refrigeration type cloth breaking structure, through the adoption of the characteristics that the fibers of textile fabric become crisp and hard at a low temperature, and after being pressed and bent, the fibers are easy to break, the fabric becomes crisp and hard under the action of the low temperature liquid working substance, and after the separating roller is used for fully bending the fabric, the fabric is broken.

Description

Technical field [0001] The invention relates to the field of loom auxiliary equipment, in particular to a refrigerated loom breaking structure. Background technique [0002] The common basic feature of shuttleless looms is to separate the weft yarn package from the shuttle, or to carry only a small amount of weft yarn to replace the large and heavy shuttle with a small and light weft insertion device, which provides favorable conditions for high-speed weft insertion . In the supply of weft yarn, the bobbin package is directly used, and it enters the weft insertion mechanism through the weft storage device, so that the loom gets rid of the frequent weft filling action. Therefore, the use of shuttleless looms is of great significance for increasing fabric varieties, adjusting fabric structure, reducing fabric defects, improving fabric quality, reducing noise, and improving working conditions. The speed of shuttleless looms is high, and the efficiency is usually 4-8 times hig...

AI Technical Summary

Problems solved by technology

[0003] Due to the high speed of the shuttleless loom, the efficiency of weaving is very high. All the mechanical operations in the weaving mill are produced in an orderly manner according to the rhythm of the shuttleless loom. The only thing that restricts the production efficiency of the weaving mill is the loom. After the winding mechanism is finished, the separation process of the loom and the loom needs to be cut. Because the traditional cutting is done by workers, the weave is easily torn due to tension when cutting the fabric. The tearing causes deformation of the fabric structure around the cut, resulting in waste, and at the same time, the cut is uneven and slow by manual cutting

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