1) lay angle
捻角
1.
To do geometry analysis for 6×80WSNS+FC wire rope strand,the lay angle and helix radius of different layer steel wire in stands are calculated according to cosine theorem,helix lay angle formula and helix radius formula of concentric layer steel wire.
对6×80WSNS+FC钢丝绳股进行几何分析,利用余弦定理、同心层钢丝螺旋捻角公式、同心层钢丝螺旋半径公式计算出该钢丝绳股不同层钢丝的捻角与螺旋半径,并根据钢丝椭圆任意半径公式求出钢丝椭圆截面切点处相应曲率半径,最终得出:未捻制状态下,由内向外各层钢丝直径比为0。
2) twist angle
捻回角
1.
A preliminary study on the strength of UHMWPE twine and its twist angle;
超高分子量聚乙烯渔网线捻回角与强力的初探
2.
A method to measure twist angle of basic yarn and slub individually for slub yarn is introduced in this paper.
先测出每部分的捻回角,再用公式换算成捻度就能得出相应的竹节与基纱捻度。
3) application angle,helix angle
捻向角
4) yarn twist angles
纱线捻角
1.
In this paper,we analyze development and defects of image processing techniques and provide some recognition algorithms to detect the structural parameter in woven fabrics,such as warp and weft densities,yarn diameter,linear density of the yarn and yarn twist angles using Digital Image Processing and realize automatically function of system with mixed program VB and MATLAB.
本文分析了图像处理技术在纺织领域的发展现状及存在的缺点,提出了测量织物经纬密度、纱线直径、纱线线密度和纱线捻角的程序算法,借助VB和MATLAB混合编程实现了系统的自动测试功能。
5) torsion angle(stranding angle)
捻角(绞合角)
6) twist triangle
加捻三角区
1.
The Compact Spinning can eliminate the twist triangle of the conventional Ring Spinning.
紧密纺纱可消除传统环锭纺纱的加捻三角区 ,从而减少纱线的毛羽、提高纱线强力和弹性、减少纺纱断头 ,便于后道工序加工。
2.
The Compact Spinning can eliminate the twist triangle of the conventional Ring Spinning, so as to decrease the hairiness of yarns, increase tensile strength and elastic perfor-mance, decrease the breakage during the spinning.
集聚纺纱可消除传统环锭纺纱的加捻三角区 ,从而减少纱线的毛羽、提高纱线强力和弹性、减少纺纱断头 ,便于后道工序加工。
补充资料：角回
1.赌博押牌宝用语。押赌注的位置在赌台角边，称"角回"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条