A fabric anti-wrinkle winding device

Abstract

The invention discloses a fabric wrinkle-proof reeling device. According to the device, a rack is movably arranged on a base; the rack and a guide roller on the rack are driven to operate through a drive mechanism to generate reciprocating friction force on the grey cloth surface to balance the grey cloth surface tension to efficiently smoothen a grey cloth, so that the generation of wrinkles on the grey cloth edges caused by repeat stacking is prevented; through the additional arrangement of a wrinkle-proof guide roller with thread lines, when the wrinkle-proof guide roller rotates, acting forces, relative to the grey cloth, towards two sides can be generated to increase left and right stretching forces of the grey cloth surface to avoid the generation of the wrinkles at the inner part of the grey cloth. When the wrinkle-proof guide roller acts, and the rack is moved simultaneously, the stretching force is compensated and balanced through the movement amount to avoid the wrinkles generated by repeat stacking of the edges and the inner part, so that the grey cloth quality is guaranteed on the premise that the reeling efficiency is improved, the follow up dyeing operation is facilitated, and the dyeing quality is improved.

Description

technical field [0001] The invention belongs to the technical field of coiling equipment, and in particular relates to a fabric anti-wrinkle coiling device. Background technique [0002] Knee cloth is an indispensable field of high-grade lining. The traditional weaving method adopts shuttle weaving, and the weaving length is relatively small, resulting in large waste and low efficiency. In addition to the difficulty in weaving technology, weaving on high-speed air-jet looms is also a big problem in coiling after weaving gray fabrics. How to improve production efficiency and the utilization rate of knee silk to meet the requirements of modern enterprise production is an urgent problem to be solved at present. It is a good way to solve the problem of knee cloth efficiency by adopting large package winding production process for coiling. [0003] The edge of the gray cloth is rough when weaving is completed, and it needs to be folded in to form a smooth edge. The thickness of...

AI Technical Summary

Problems solved by technology

[0003] The edge of the gray cloth is rough when weaving is completed, and it needs to be folded in to form a smooth edge. The thickness of the folded side road (referring to the part that uses a different organization from the inner warp after preventing the warp and weft from loosening during the weaving process of the gray cloth) is The rough edge is doubled. When the thickness is superimposed, the side track is high and the inner width is low, which leads to the phenomenon of inner width relaxation. When the gray cloth is wound at a slow speed, wrinkles will occur, and the wrinkles will form wrinkles after winding and extrusion. Affect the subsequent dyeing process, uneven dyeing will lead to a decline in the quality of the fabric

[0004] In addition, the current new product development is for knee double-width lining. In order to improve the winding efficiency, the production process of large-package winding is generally adopted. However, the large-roll device is easy to wrinkle when winding the double-width knee silk. The main reason is that there is tension in the double-width gray fabric. difference, when the difference accumulates to a certain extent, it will wrinkle

The difference in tension during coiling makes it impossible to achieve ordinary coils, and the fabric surface is severely wrinkled during coiling, which prevents normal production of gray fabrics and seriously affects the quality of gray fabrics

Images