通过实验与传统纺纱成纱品质进行了分析对比。
And its yarn forming quality comparison against traditional spinning is also done through experiments.
通过生产实践，针对传统纺纱胶辊的缺陷，构想了长寿命轴承一体化胶辊这一新思路。
Considering the disadvantages of the conventional cots, a brainchild of all-inclusive cots with long service life bearings is hatched out.
在这一部分中则将利用上述基本方程和结论，分析一些典型理想加捻过程，包括加捻的过渡过程以及传统纺纱和自由端纺纱的稳态加捻问题。
In this part, the equations are applied to solve a series of typical twisting problems, including the transient and steady state solutions for conventional and open-end spinning systems.
大豆蛋白纤维和涤纶纤维在混纺纱中的转移规律并不完全符合传统的转移规律。
The transfer regularity of soybean protein fibers and polyester fibers in blended yarn is not completely in accordance with the traditional transfer regularity.
本文研究传统棉纺设备经改进后，加工短羊毛与涤纶混纺纱的工艺过程，介绍了机器的改进及加工工艺措施。
This paper describes the processing of blending yarn. of short and polyester on. improved convention cotton system, introduces the improvement of the machine and spinning measure.
结果表明，紧密纺涤棉混纺纱中纤维的转移趋势不如传统环锭纱明显，纤维的径向分布也比环锭纺纱更随机。
The result shows that fiber migration trend of traditional spinning is more than compact spinning, and fiber rad ial distribution of compact spinning is more random.
并以其为主体浆料对T/C（65/35）混纺纱进行了上浆试验，试验结果表明，新配方浆纱的织造效果和浆纱性能均优于传统配方。
A sizing experiment on T/C(65 /35) blended yarn was carried out using the new size. The result proved better than using conventional sizes.
本文对传统的纺纱工艺设备进行技术改造的要求和具体改造内容进行了讨论，可供参考。
It is discussed here the requirements as well as some specific items for the technical reformation of conventional yarn spinning equipment, which could be a reference.
通过在传统环锭纺细纱机上加装纺纱附件，研制出一种生产低扭矩纱（扭妥TM 纱）的新型纺纱方法。
Put a attachment on conventional ring spinning frame, a lower torsion moment yarn (Nu-Torque TM yarn) was produced by this new spinning method.
结合天然彩棉纤维本身的特点，在纺纱过程中分别运用气流纺纱和传统的环锭纺技术进行了纺纱工艺的探索。
First, we probe into the crafts of rotor spinning and ring spinning and combining the characteristic of the fiber to spin.
把成熟的转杯纺纱引进绢纺行业，以高产优质的转杯纺生产技术替代和补充传统的丝生产技术。
The high-production and quality-insurance rotor spinning is introduced into waste silk spinning industry, replacing or complementing conventional noil silk production technology.
分析了传统麻纺细纱机的纺纱特点以及利用紧密纺技术进行改造的方法，对紧密纺纺纱原理进行了论述，介绍了麻纺细纱机紧密纺装置的构成。
Spinning speciality of traditional bast fiber spinning frame and innovation methods by using compact spinning technology are analyzed, and principle of compact spinning is demonstrated.
分析了传统麻纺细纱机的纺纱特点以及利用紧密纺技术进行改造的方法，对紧密纺纺纱原理进行了论述，介绍了麻纺细纱机紧密纺装置的构成。
Spinning speciality of traditional bast fiber spinning frame and innovation methods by using compact spinning technology are analyzed, and principle of compact spinning is demonstrated.
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