Winding device for preventing pressing folds of textile fabric and operating method of winding device

Abstract

The invention provides a winding device for preventing textile fabric from being pressed to wrinkle and an operating method of the winding device, and belongs to the technical field of textile fabric winding devices. The winding device overcomes the shortcomings that under the high-speed operation of an existing textile fabric winding device, and wound flocking textile fabric is uneven, transverse folds and pressing marks exist on the fabric. The winding device for preventing the textile fabric from being pressed to wrinkle comprises a rack, and a paper tube shaft roller and breadth adjusting arms are arranged on the rack; a paper tube is arranged on the paper tube shaft roller, and automatic adjusting mechanisms are arranged at the two ends of the paper tube shaft roller; each automatic adjusting mechanism comprises a bearing and a bearing bracket; the bearings are located on the bearing brackets, and the bearings are covered with single-arm bearing covers; the bearings are completely wrapped by the bearing brackets and the single-arm bearing covers; and each single-arm bearing cover comprises a bearing cover and a single arm, wherein a three-arm-rod automatic adjusting hasp arm is arranged at the tail end of the single arm, a spring is arranged at the position of a hasp of the three-arm-rod automatic adjusting buckle arm, and a three-arm-rod chute arm is connected to the other end of the spring.

Description

technical field [0001] The invention belongs to the technical field of winding devices for textile fabrics, and relates to a winding device for preventing the compression and wrinkling of textile fabrics, in particular to a winding device for preventing the compression and wrinkling of textile fabrics and an operation method thereof. Background technique [0002] The fabric winding machine and the rolling inspection machine basically use paper material as the core of the winding fabric. Generally, the inner and outer diameters of the paper tube are 50mm and 55mm, 85mm and 90mm respectively. [0003] In the winding method, the paper tube is placed directly above the active roller and the passive roller of the cloth rolling machine and the rolling inspection machine, and the fabric is wound according to the principle of friction. Since there is less fabric to be wound on the paper tube and the paper tube is light, The paper tube that wraps the fabric will jump up and down, and...

AI Technical Summary

Problems solved by technology

[0003] In the winding method, the paper tube is placed directly above the active roller and the passive roller of the cloth rolling machine and the rolling inspection machine, and the fabric is wound according to the principle of friction. Since there is less fabric to be wound on the paper tube and the paper tube is light, The paper tube that wraps the fabric will jump up and down, and the jump can not be completely solved even if the speed is reduced; if the driving roller and the passive roller are covered with rough rubber to increase friction, the fabric rolled on the paper tube will jump more, and the fabric will The file and creasing are more serious; if a metal guide rod is inserted into the paper tube of the wound fabric to increase the quality, it still cannot solve the jumping phenomenon. The amount of winding fabric is small and the quality of the paper tube (such as adding a metal roller) is small, and the positive pressure on the driving roller and the passive roller is correspondingly small, resulting in quality problems in the final process of the finished product, especially winding flocking The fabric rungs and creases of similar textile products are more serious, ranging from a few meters to more than ten meters of fabric defects, and the operators are completely unaware that only the roll fabric can be processed after the product is decomposed in the next process. found defective

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