1.
Beat - up, Warp and Fabric Control
打纬,经纱与织物的控制
2.
Study on Front Extreme Position of Beating-up Reed of Four-bar Beating-up Mechanism;
四连杆打纬机构打纬筘前心位置的分析与研究
3.
COMPUTER SIMULATION FOR THE INFLUENCE OF WEFT COMPRESSIBILITY ON WEAVING
计算机模拟纬纱的可压性对打纬的影响
4.
Design and Study of Beat-up Mechanism and Weft Insertion Mechanism of High-powered Rapier Looms;
高性能剑杆织机打纬和引纬机构的设计与研究
5.
This paper analyses the linkage beating-up mechanisms based on technical requirements of the bating-up movement for weaving.
依据织造工艺对打纬运动的要求分析了连杆打纬机构。
6.
Beat-up Mechanism of the Sulzer Projectile Loom
苏尔寿片梭织机的打纬机构
7.
Analysis of reed-base′s front extreme position for four-bar beating-up linkage
四连杆打纬机构的筘座前心位置分析
8.
A series of orifices, with slots to permit the removal of the filling at beat - up, can be placed along the filling axis.
在沿纬纱的飞行方向上,布置一系列的孔道,孔道上开有打纬时的脱纬槽。
9.
After the filling is inserted, by whatever means of insertion, it must be incorporated into the body of the fabric. This is the purpose of beat - up.
无论采用何种引纬方法,在纬纱引入之后,它必须与织物结合在一起,这就是打纬的目的。
10.
Beat -up is accomplished by the use of wire grate called a reed.
打纬是由一个被称为钢筘的金属丝格栅完成的。
11.
Influence of Measurement Deviation Upon Motion Error for Four-Bar Linkage Beating-Up Mechanism
四连杆打纬机构尺寸偏差对运动误差的影响
12.
Elastic Dynamics Analysis of a Beating-up Motion of a High-speed Air-jet Loom;
高速喷气织机打纬机构的弹性动力学分析
13.
Dynamic Analysis of a Two-side Four-bar Beating-up Motion of an Air-jet Loom;
喷气织机双侧四连杆打纬机构动态分析
14.
The Reverse Design and Virtual Prototype Research of Conjugate Cam Beat-Up Mechanism;
打纬共轭凸轮机构的反求及其虚拟样机的研究
15.
Analysis and optimization of rapier loom′s beating cam conjugate
剑杆织机打纬共轭凸轮机构分析及优化
16.
The warp occupies a certain width in the reed, and each pick of weft has this length as it is beaten- up.
经纱在钢筘上占据着一定的宽度,打纬完成后,每根纬纱占据着一定的织物长度。
17.
The shedding and beating- up cause cycle tension variations in the warp yarns.
开口运动和打纬运动会引起在一个织造循环内的经纱张力波动。
18.
Analysis of the Oscillation and Turbulence Process of the Four-bar Beating-up Mechanism with Motion Dual Clearance;
含运动副间隙的四杆打纬机构振动和涡动过程分析