络筒工序

纱线毛羽形成于细纱工序，增长于络筒工序，为控制纱线毛羽的增长，研究了1332M型络筒机的槽筒材质和表面状态对纱线毛羽的影响。

Yarn hairiness forms in spinning process , increases in winding process . The influence on yarn hairiness of grooved drum material and surface condition in 1332M cone winding machine was researched to control the increasing of yarn hairiness .

在络筒工序加喷嘴减少毛羽的试验分析

Analysis of Nozzle Add-on in Rewinding Process for Lessening Hairiness

系统地分析了纱线毛羽产生的原因，纱线毛羽形成于细纱工序，增加于络筒工序。

Yarn hairiness forms in spinning process , and increases in winding process .

络筒工序提高麻灰针织用纱质量的生产实践

Production Practice of Improving the Quality of Melange Knitting Yarn in Winding Process

纱线毛羽的分布及络筒工序对纱线毛羽的影响

The Distribution of Yarn Hairiness and the Influence of the Winding on Yarn Hairiness

聚集纱对络筒工序的要求

Requirements of Compact Yarn on the Winding Process

着重讨论了络筒工序对纱线毛羽的影响因素，指明了络筒速度、络筒张力对不同种类纱线毛羽的影响。

This paper mainly discusses the influence of the winding velocity and the winding tension on different yar hairiness .

将上述理论结合到络筒工序，我们可以了解纱线在摩擦过程中，化纤纱摩擦机理的转变；毛羽纤维发生抽拔而导致毛羽增加的机理及以往毛羽减少装置的缺陷。

After these three theory are used to the winding process , we can learn the conversion of the friction mechanism during the friction , the hairiness increasing mechanism because of the hairiness being pulled out , and the shortcoming of the previous hairiness decreasing equipment .

针对纱线经过络筒机后毛羽数量不但不减少反而会增加这一现象，分析了络筒工序纱线毛羽产生的各种因素。

As to the increase instead of decrease of fuzzy yarn after winding process , analysis is done to the factors involved with fuzzy yarn .