When the urethane elastic pile loop fabric is knitted on single bed warp loom, at least three guide bars must be used.
单针床氨纶弹力经编毛圈织物的编织，至少要使用三把梳栉。
Loop shape in fabric are analysed in this paper and the equation about law between remnant curvature and yarn linear density, yarn mechanical properties and knitting elements dimensions is set up.
分析了织物中线圈的形态，推导出了线圈残余曲率与纱线细度、纱线机械性能及成圈机件尺寸之间的关系式。
Another approach can also be compared, including the fabric of the contrast and color contrast to highlight the design of New Zealand loop.
另外也可以通过对比的手法，包括面料的对比和色彩的对比来突出纽襻的设计等。
There are also loop invariants and a few others, but pre contract element condit- and post-conditions and class invariants are really the basic fabric of contracts.
还有循环契约要素条件不变式等等，但前置、后置条件和类不变式是基本要素。
There are also loop invariants and a few others, but pre - and post-conditions and class invariants are really the basic fabric of contracts.
还有循环不变式等等，但前置、后置条件和类不变式是基本要素。
With the flexible configuration of the knitting element jacquard fabric was knitted on the loop wheel machine. A new knitting method is made.
通过台车原有成圈机件的灵活配置，在台车上开发出了提花织物，实现了一种新的台车提花编织的方法。
This fabric is knitted on jacquard terry knitting machine, in which a long loop is formed by feeding the yarn on sinker nose and a short one on sinker jaw.
其组织是在提花毛圈机上形成的，具体方法是纱线垫在沉降片片鼻上形成大线圈，垫在片颚上形成小线圈。
Both loop length and fabric structure influence the stitch density, the thickness and the loop morphological structure of a fabric.
线圈长度、组织结构都对织物的密度、厚度、线圈形态有影响。
With the new configuration of the looping elements and knitting method of the loop wheel machine, a new method to knit double yarn fabric is made.
通过成圈机件的重新配置，充分发挥台车编织技术的优点，找到了一种在台车上编织双纱织物的方法。
Shell fabric for automobile and toy: tarpaulin, loop velvet, poly spun velour, and etc.
汽车、玩具面料系列：顶蓬布、圈绒、不倒绒等。
The effects of fabric orientation, stitch structure, loop shape and geometrical parameters on the tensile and flexural properties are analyzed.
分析了增强织物的取向、组织结构、线圈形态、几何与结构参数等因素对拉伸与弯曲性能的影响。
The effects of fabric orientation, stitch structure, loop shape and geometrical parameters on the tensile and flexural properties are analyzed.
分析了增强织物的取向、组织结构、线圈形态、几何与结构参数等因素对拉伸与弯曲性能的影响。
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