Automatic warp knitting batching system and replacing method for batch and batching drum

Abstract

The invention relates to an automatic warp knitting batching system and replacing method for batch and batching drum. The automatic warp knitting batching system comprises a cloth flattening device, a batching device and a placing rack which are arranged in sequence; the cloth flattening device comprises a first roller and a second roller which are dislocated up and down along the cloth moves and arranged horizontally; the structure of the first roller is same with that of the second roller; the cloth detours around the upper end of the first roller and the lower end of the second roller in sequence; two brushing flat devices are arranged above the first roller and below the second roller respectively, wherein the brushing flat device comprises two rotary tables which are arranged horizontally and abut against each other, and the rotary directions of the two rotary tables are reverse; the face of the rotary tables which is opposite to the cloth is densely provided with bristles, wherein the bristles are in contact with the cloth; the batching device comprises the rotary batching drum which is driven to lift through a first hydraulic device so that the cloth can be always kept horizontal in the batching process; the placing rack comprises a base seat and a cuboid frame which can be rotatably and vertically arranged on the base seat.

Description

technical field [0001] The invention relates to an automatic cloth rolling system for warp-knitted cloth and a cloth rolling and cloth rolling cylinder replacement method, belonging to the field of textile machinery. Background technique [0002] The knitted fabric is soft in texture, has good wrinkle resistance and air permeability, and has greater extensibility and elasticity, making it comfortable to wear. In addition to being used for clothing and decoration, knitted products can also be used in the fields of industry, agriculture, medical care and national defense. In the textile industry, the coiling of formed cloth requires the use of a coiling device. The surface of the existing cloth is not smooth and flat due to reasons such as transmission accuracy and yarn accuracy before coiling, and it is easy to have fine wrinkles. During the coiling process of the cloth It will magnify and solidify this situation, and it is easy to make the ends of the warp-knitted cloth tha...

AI Technical Summary

Problems solved by technology

In the textile industry, the coiling of formed cloth requires the use of a coiling device. The surface of the existing cloth is not smooth and flat due to reasons such as transmission accuracy and yarn accuracy before coiling, and it is easy to have fine wrinkles. During the coiling process of the cloth It will magnify and solidify this situation, and it is easy to make the ends of the warp-knitted cloth that are rolled up cannot be aligned smoothly, resulting in uneven warp-knitted cloth on the winding roller, so flattening the cloth before winding is not only effective Guarantee the surface quality of the cloth, improve the quality of coiling, and help the neatness of the coiled cloth. In addition, after the cloth is coiled, it is heavy and needs to be transported by a forklift. Not only is the speed slow, it is easy to damage the cloth, but also due to transportation The limitation of the tool, the cloth roll takes up a lot of space, and the space utilization rate is low

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