Special cotton carding machine feeding mechanism for functional blended yarn

Abstract

The invention relates to a special cotton carding machine feeding mechanism for functional blended yarn. A rack is included and provided with a conveying machine shell and cotton feeding guide rollers. The conveying machine shell sequentially comprises a cotton feeding bin, a cotton conveying bin and a cotton pressing bin from left to right. The two cotton feeding guide rollers are arranged and located at one end of an outlet of the cotton pressing bin. Collecting covers are arranged on the outer sides of the two cotton feeding guide rollers. The two collecting covers are arranged in an up-down symmetry manner, through ports are formed in the opposite sides of the two collecting covers, the cotton feeding guide rollers are arranged at the positions of the through ports, static plates are arranged in the collecting covers and are close to the sides, away from the through ports, of the cotton feeding guide rollers, the static plates are electrically connected with an outside static generator through wires, the static plates can adsorb fiber, impurities and short fluff left on the surfaces of the cotton feeding guide rollers, cleanliness of the cotton feeding guide rollers is effectively guaranteed, and accordingly the cotton feeding quality is guaranteed.

Description

technical field [0001] The invention belongs to the field of carding machine equipment, and in particular relates to a cotton carding machine feeding mechanism special for functional blended yarns. Background technique [0002] Before the yarn is drafted and twisted, the sliver needs to go through the process steps of carding, combing, drawing, etc. According to the spinning process, carding is an important process, so the carding machine is an extremely important process in the textile industry. Equipment, and its carding machine plays a vital role in the quality of the final product. The carding machine mainly combs the messy cotton into slivers. When the feeding mechanism of the existing carding machine is feeding, it is easy for cotton to form accumulation in the cotton hopper, thereby causing uneven feeding, resulting in uneven thickness of the sliver and affecting the subsequent combing flow; Before combing, there will be more broken seeds, impurities and short fibers...

AI Technical Summary

Problems solved by technology

When the feeding mechanism of the existing carding machine is feeding, it is easy for cotton to form accumulation in the cotton hopper, thereby causing uneven feeding, resulting in uneven thickness of the sliver and affecting the subsequent combing flow; Before combing, there will be more broken seeds, impurities and short fibers. If they are not removed in the previous process, the work intensity of the subsequent process will be increased, which will eventually affect the quality of the yarn; and the feeding mechanism More fibers are easy to adhere to the rollers. If it is not removed in time, the fibers on the rollers will become thicker and thicker, which will eventually affect the accuracy of the rollers and affect the feeding quality. The current cleaning method can only be done after parking. Manual cleaning not only has low cleaning efficiency, but also affects carding efficiency

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