1) wound pipe
缠绕管道
2) fiber winding pipe
纤维缠绕管道
3) Winding
缠绕
1.
Constant Tension Winding Method of Composites and Its Application for Windstick;
复合材料尾桨叶梁恒张力缠绕设计及应用
2.
Design of annular woven fabric used for composite flywheel winding;
飞轮缠绕用圆环织物的设计
3.
Design and Implemention of Meridian Tire Autowinding System;
子午线轮胎自动缠绕系统的研制
4) wind
缠绕
1.
The study on the resin matrix for winding the damping composite structural component;
适于缠绕阻尼复合材料结构件的树脂基体配方
2.
This paper analyes the structure character of fiber-optic spool, the kinematic attitudes of payout optical fiber cables for wind with different lengths and different cone-shaped angles have been measured on a ground simulation system of missile payout, which are under the co.
论文分析了制导光缆线包的结构及缠绕特征，在地面模拟导弹飞行放线试验中，对240米／秒放线速度、不同绕线管长度、不同绕线管锥角条件下放线光缆的运动姿态进行了测试。
5) filament winding
缠绕
1.
On epoxy resin matrix for filament winding of the T-800 carbon fiber based composite;
T-800碳纤维湿法缠绕用环氧树脂基体研究
2.
The Analysis of Delivery-point Track for the Filament Winding Composite Elbow;
纤维缠绕复合材料弯管过程中的运动分析
3.
To realize the auto-control during the winding of composite elbow, the motion of the filament winding machine (FWM) is analyzed.
在确定弯管及其连接段稳定缠绕线型分布的基础上 ,利用绕丝嘴与芯模之间相对运动关系 ,建立纱线的悬纱方程 ,可进一步解出缠绕机运动轨迹方程。
6) entangling
缠绕
1.
Regarding to the frequent occurence of poor performance of anti-entangling of domestic non-treatment cots,anslysis is done to the cots of both at home and abroad on the spinning quality.
围绕国产表面不处理胶辊长期存在抗绕性能差的问题,对比分析了几种国内外表面不处理胶辊对成纱质量的影响,指出SHA-65B型不处理胶辊能解决缠绕问题,同时提出胶辊选型是提高成纱质量的关键。
2.
Analysis is done to main causes of variety fiber entangling.
分析了各种纤维缠绕产生的主要原因,通过使用WTB-Ⅱ型胶辊涂料有效地解决缠绕问题,并指出该涂料在并条机上使用寿命短,希望生产厂家进一步改进。
3.
Mechanism of spinning entangling is analyzed and described regarding the main factors such as static absorption,mechanical hitching, and oily and wet sticking.
分析和论述了纺纱产生缠绕的机理 ,提出静电吸附、机械挂带、油脂粘附、湿涩增粘是胶辊缠绕的主要因素。
参考词条
补充资料：管道SCADA(见管道数据采集与监控系统)
管道SCADA(见管道数据采集与监控系统)
popeline supervisory control and data acquisition system
管道SCADA(PIPelinesuPervisory eontroland data aequisition system)与监控系统。见管道数据采集
说明：补充资料仅用于学习参考，请勿用于其它任何用途。