1.
Process Analysis about the Additional Pressure Bar in the Drafting Zone on the Spinning Frame
细纱机牵伸区附加压力棒牵伸工艺分析
2.
Quality Contrast of Resultant Yarn with Spinning Frames Equipped with Draft Press Bar in the Rear Area
细纱机后区加装压力棒牵伸的成纱质量对比
3.
Effect of pressure bar in back drafting zone of SKF drafting system on spun yarn quality and optimizing drafting ratio
细纱机后区压力棒牵伸的效果及牵伸倍数的优化
4.
Influence of Back Zone Drafting Multiple on Pressure Bar Drafting in Spinning Front Zone
后区牵伸倍数对细纱前区压力棒牵伸的影响
5.
The roving goes directly to the spinning frame where the roving is drawn out to the desired size.
粗纱被直接送入细纱机。在细纱机上,粗纱被牵伸至所需要的细度。
6.
A Discussinon about the Pendulum Arm Length for Spinning Ramie Staple
?麻长纤纺细纱机牵伸摇架长度探讨
7.
After combing, the comb sliver is drafted or drawn to form a roving, which is delivered to a spinning frame where the final worsted yarn is made.
经精梳机后,精梳毛条再去被牵伸成粗纱,粗纱再由细纱机加工。最终的纱线在细纱机上生成。
8.
My Tentative View on the Main Performance of the Draft Mechanism of the Modern Ring Spinning Frame
浅析现代细纱机牵伸传动系统的主要特征
9.
It pointed out that the drafting of mule should better use combination drafting and select right proportion of different drafting with different material.
文章指出，走锭细纱机牵伸应尽量采用混合牵伸方法，根据原料变化相应调整牵伸分配。
10.
Arrangement and Discussion on Additional Friction Field of Front Zone and Back Zone in Modern Spinning Frame
现代细纱前后牵伸区附加摩擦力界的布置与探讨
11.
A roving is made and then drawn to a fine strand.
先制成纤维条子,再将其牵伸成细纱线。
12.
Research and Optimization on Technologies of JF Drafting Equipment
JF型环锭细纱牵伸工艺研究与优化
13.
Influence and Discussion of Back Zone Draft on Yarn Quality in Spinning
纺纱过程中后区牵伸对成纱质量的影响浅析
14.
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
15.
Property Contrast and Test Analyses of Spinning Draft Cradle(First Part)
细纱牵伸摇架的特性比较与测试分析(上)
16.
Structure Analyses and Property Comparison of Spinning Draft Pressure Cradle
细纱牵伸加压摇架的结构分析与性能比较
17.
Property Contrast and Test Analyses of Spinning Draft Cradle(Last Part)
细纱牵伸摇架的特性比较与测试分析(下)
18.
Influence of Draft Multiple in Nesting Zone on Comprehensive Performance of Compact Yarn
集聚区牵伸倍数对紧密纱综合性能的影响