spinning system

On the base of that, a new spinning method-open end jet spinning was proposed.

对纤维在喷嘴中产生的喷气流场中的受力和运动情况作了理论分析和推导,探索了利用高速压缩气流来分离纤维的可能性,在此基础上提出了一种新的纺纱方法——喷气自由端纺纱,并设计了纺纱装置进行纺纱实验,结果表明,这种方法纺出的纱具有一般自由端成纱的结构,且本方法利用高速气流来形成自由端和加捻成纱,不损伤纤维。

System of the computer control and technic management for fancy spinning frame;

花式纺纱机计算机控制与工艺管理系统

These fancy yarns possess high price and profit, but domestic fancy spinning frames need to be reformed to produce them.

国际花式纱线市场对结构复杂、无规律、变化多的花式纱线需求量很大,这类纱线价格和利润较高,而国内的花式纺纱机需要进行改造后才能生产。

Structure comparison and strength analysis of colored cotton yarn spun with different spinning methods

不同纺纱方式彩棉纱线的结构与强伸性分析

single mottle yarn

异色粗纱纺纱的花式线

Prevention of Spinning Defects with Closed Drape Flyer in Roving Machine

粗纱机闭式悬锭锭翼纺纱疵点的防治

A relatively new process for making a special type of yam is called coverspun.

一种相对比较新的纺纱方法称为包缠纺纱。

Two methods of open -end or break spinning are in use: rotor spinning and fluid or air or vortex systems.

目前采用的开端纺纱或叫自由端纺纱的方法有两种：气流纺纱和流体(或空气,或涡流)纺纱。

roving [pre-spinning process]

粗纺〔纺纱前工序〕

The Effect of Disc Swirl Spinning Parameters on the Quality of Disc Swirl Spun Yarn

圆盘式旋流纺纱机的工艺参数对纺纱质量的影响

Rotor spinning is a popular process and has replaced some ring- spinning units.

气流纺纱是一种常用的纺纱方法,并且已经取代了一些环锭纺纱设备。

Staple fibers arrive at the yarn processing plant in large bales.

棉纤维以棉包的形式被运到纺纱厂。

The Research on the Fiber Conveyor of Disc Swirl Spinning;

圆盘式旋流纺纱输送管道结构的研究

The control system of fancy spinning frame based on CAN bus

基于CAN总线的花式纺纱机控制系统

Performance comparison of two different compact-spun yarns

两种不同形式紧密纺纱线的性能比较

Study on quantitative analysis method of ramie/cotton blended yarn

棉/麻纤维混纺纱的定量分析方法探讨

Mechanism of generation of drafting waves during spinning and the way to eliminate it

纺纱牵伸波的产生机制及其消除方法

fibre dyed yarn

纤维染色纱，色纺纱

On Development of Drafting Technology for Cotton Spinning System and Yarn Evenness Quality in China

我国棉型纺纱牵伸工艺与纱条均匀质量的发展方向

carding [pre-spinning process]

梳棉〔纺纱前工序〕

drawing [pre-spinning process]

并条〔纺纱前工序〕