Impurity removing device for wool fiber and mint fiber blended yarn production

Abstract

The invention discloses an impurity removal device for wool fiber and mint fiber blended yarn production, and belongs to the field of textile production and processing mechanical equipment. A reciprocating impurity sticking mechanism and a yarn pressing mechanism are sequentially arranged on a yarn processing support from top to bottom; two yarn bearing fixing plates are adjacently arranged on a front yarn pressing rotary roller and a rear yarn pressing rotary roller on the corresponding sides correspondingly; a lifting yarn pressing plate parallel to the yarn bearing fixing plates is fixedlyarranged on the upper side of a reciprocating lifting guide plate; a translation impurity sticking guide plate is slidably arranged on a reciprocating translation support; an impurity sticking reciprocating connecting rod is arranged between an impurity sticking rotating disc and the translation impurity sticking guide plate; and the lower side of an impurity sticking lifting connecting plate is sequentially and horizontally connected with an upper impurity sticking rotating roller and a lower impurity sticking rotating roller in a rotating mode from top to bottom. The impurity removing deviceis reasonable in structural design, impurity removing processing can be continuously, stably and sequentially conducted in a segmented mode in the wool fiber and mint fiber blended yarn conveying process, the yarn processing automation degree is high, the processing quality is good, and the production and use requirements are met.

Description

technical field [0001] The invention belongs to the field of textile production and processing machinery, in particular to an impurity removal device for the production of wool fiber and mint fiber blended yarn. Background technique [0002] Yarn is a textile product that is processed into a certain fineness by using various textile fibers. It can be used for weaving, rope making, thread making, knitting and embroidery, etc. There are many types of yarn, which can be divided into blended and Yarns and composite yarns, blended yarns adopt the method of adjusting raw materials and changing the composition of yarns, combining the original textile fibers with fibers with excellent performance and meeting the requirements through spinning methods to obtain blended yarns with ideal effects. Blended yarn refers to the yarn made by mixing and spinning two or more different types of fibers according to the required ratio. The production and processing process mainly adopts the method...

AI Technical Summary

Problems solved by technology

During the production and processing of existing wool yarn, in order to realize the antibacterial properties of wool yarn, it is necessary to add antibacterial agents during the processing of wool yarn. The existing conventional antibacterial agents are mainly divided into two categories: organic antibacterial agents And inorganic antibacterial agents, organic antibacterial agents are rapid and efficient in antibacterial and bactericidal, but have side effects on the human body, bacteria are prone to drug resistance, poor timeliness and high temperature resistance; inorganic antibacterial agents are mainly metal inorganic salts and antibacterial zeolites with antibacterial effects , the heavy metal ions in such antibacterial agents are easily absorbed by the human body through contact with human skin, causing great potential harm to human health; and when organic antibacterial agents and inorganic antibacterial agents are added and used, they will damage the Affects the performance of wool yarn, reducing the softness and warmth retention of wool yarn

In order to improve the antibacterial performance of wool yarn, which is environmentally friendly and does not affect the performance of wool yarn, wool fiber and mint fiber are blended to make blended yarn. Since mint fiber is plant antibacterial and has good antibacterial performance, mint fiber and mint fiber are used. The blended yarn made of wool fiber not only has the original softness and warmth of wool fiber, but also has the excellent plant antibacterial properties and anti-mite and mildew-proof properties of mint fiber. In the production process of fiber blended yarn, because the loose fibers of wool fiber and mint fiber are used for mixed spinning, the blended yarn produced has more loose fiber hairiness attached to the outside, and the blended yarn is processed during production and processing. During the process, factors such as static electricity will absorb more dust in the production environment. Therefore, in order to quickly remove the loose fiber hairiness and adsorbed dust in the blended yarn, it is necessary to perform yarn removal treatment in the subsequent process of blended yarn processing. , the existing blended yarn impurity removal device has a complex structure and troublesome operation. It mainly uses vacuum adsorption equipment to absorb impurities during the transmission process of the blended yarn. The impurity removal quality of adsorption and impurity removal is poor. There are still more loose fiber hairiness and adsorption dust on the blended yarn that has completed the adsorption and impurity removal process. It is difficult to achieve efficient impurity removal processing for blended yarn, which affects wool fiber and mint fiber. The production and processing quality of blended yarn cannot meet the needs of production and use

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