Folding type cloth winding intelligent anti-vibration and anti-wrinkling device based on water jet loom

Abstract

The invention discloses a folding cloth winding intelligent anti-vibration and anti-wrinkling device based on a water jet loom. The folding cloth winding intelligent anti-vibration and anti-wrinkling device comprises two groups of mounting plates, the ends, close to each other, of the two groups of mounting plates are hinged to each other, mounting pipes are symmetrically hinged to the two sides of the ends, away from each other, of the two groups of mounting plates, and movable rods are arranged in the mounting pipes. Through cooperative use of an adjusting assembly, the mounting plates, a connecting plate, the mounting pipes and a balance weight bin, an operator manually rotates a threaded rod through a hand wheel, the connecting plate is forced to drive sliding blocks to move in the mounting pipes due to the action of threads, the sliding blocks drive the movable rods to stretch out and draw back in the mounting pipes through buffer springs, so that the distance between a guide roller and the cloth is adjusted, included angles between the mounting pipes and the mounting plates are correspondingly adjusted, so that the whole device can perform vibration reduction on the cloth at the best distance and included angles, the cloth is prevented from being wrinkled, and it is greatly guaranteed that the cloth can be stably wound by a winding device.

Description

technical field [0001] The invention relates to the technical field of cloth manufacturing auxiliary tools, in particular to an intelligent anti-vibration and anti-wrinkle device for folding cloth winding based on a water jet loom. Background technique [0002] In the process of weaving fabrics on water jet looms, the warp and weft threads are staggered up and down to weave fabrics, and the coiling device winds and rewinds these fabrics at the same time. Since the water jet looms are not only noisy but also vibrate during operation, This vibrating state will cause the cloth to vibrate and wrinkle during the process of advancing to the coiling device. The existence of such vibrations and wrinkles will cause the winding tension of the coiling device to be uneven and further affect the coiling effect. [0003] When the winding device on the current water jet loom is winding the cloth, the cloth vibrates before it advances to the winding device due to vibration, so that the pull...

AI Technical Summary

Problems solved by technology

[0002] In the process of weaving fabrics on water jet looms, the warp and weft threads are staggered up and down to weave fabrics, and the coiling device winds and rewinds these fabrics at the same time. Since the water jet looms are not only noisy but also vibrate during operation, This vibrating state will cause the fabric to vibrate and wrinkle during the process of advancing to the coiling device. The existence of such vibrations and wrinkles will cause uneven winding tension of the coiling device and affect the effect of the coiling material

[0003] When the winding device on the current water jet loom is winding the cloth, the cloth vibrates before it advances to the winding device due to vibration, so that the pulling force of the winding device on the cloth is uneven and the cloth is in a wrinkled state. If it is rolled up, the vibration of the cloth before winding cannot be effectively reduced, thereby affecting the winding effect of the entire winding device on the cloth; and the current intelligent anti-vibration and anti-wrinkle device for cloth winding cannot freely adjust the device according to the actual situation The distance between the cloth and the cloth cannot be freely adjusted to reduce the vibration damping effect of the device on the cloth, thereby reducing the use effect of the entire device; at the same time, the current smart anti-vibration and anti-wrinkle device for cloth winding often needs to be disassembled to facilitate transportation. For transport, the entire unit cannot be folded up stably, reducing the utility and functionality of the unit

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