1)  coiler
卷取线装置
2)  coiling device
卷取线装置
3)  Coiling
卷取
1.
Coiling Automatic Control of Hot Coil-box;
热卷箱的卷取自动化控制
2.
Mechanism of generating edge buckling in galvanized strips with mild character during coiling process and its solution;
软质镀锌薄带钢卷取中边部板形缺陷的产生机理与解决措施
3.
Application magnetic force method to resolution the problem of strip tail folding of coiling;
采用磁力方法解决卷取带尾打折问题
4)  reeling
卷取
1.
The reeling structure and the control of OptiReel plus;
OptiReel plus卷取结构及其控制
2.
Some problems on high speed coating process are introduced in the paper, the solution in terms ofunwinging, coating, drying and reeling was put forward, too.
叙述了高速涂布过程中容易出现的问题,并分别从退卷、涂布、干燥和卷取四个方面提出了解决措施。
5)  coiler
卷取
1.
An analysis of, and solutions to the quality problems with open coiling in coiler;
带钢卷取松卷质量问题分析与处理
2.
Control system for the Zhujiang Steel CO. CSP whole hydraulic pressure underground coiler;
珠钢CSP全液压卷取机自动控制系统
6)  coil
卷取
1.
Variable tension control of special steel coiler for hot strip mill;
太钢热连轧特殊钢卷取的变张力控制
2.
By SEM,EDS and EBSD,the microstructure of different scales of coiled hot rolled strips was studied.
应用SEM、EDS、EBSD技术,分析研究了卷取后的热轧带钢氧化铁皮显微结构特征,结果表明在卷取后的不同取样条件下,钢卷相同位置的氧化铁皮厚度基本不变,而表面和截面显微形貌、相组成、晶粒度则存在明显差异。
7)  winding
卷取
1.
The paper introduces the control system of winding machine of cord\|canvas rubber dipping production line,which includes tension regulation,error correcting and width control.
介绍帘子布浸胶流水线的最后一道工序——卷取装置的控制系统，其中包含了张力控制、纠偏和幅宽调节等环节。
2.
This article is to introduce the structure of warp let-off motion and winding mechanism of sulger gripper loom and the analysis of the region of weft density, which is helpful for how to use foreign machines.
介绍了Ｓｕｌｚｅｒ片梭织机送经和卷取机构的结构，分析了送经和卷取的纬密范围，对消化与使用引进设备有一定的指导意义。
3.
The paper also analyses the winding tension and the cause of inconstancy in winding tension and suggests some me.
为实现轮胎内衬层胶片的恒张力卷取 ,采用扭矩控制 ,在卷取转速调节过程中加入半径调节的影响 ,通过变频调速使卷取转速同步跟踪牵引转速。
8)  reel on
卷取
9)  reel up
卷取
10)  roll down
卷取
补充资料：表面卷取
分子式：
CAS号：

性质：用表面卷取机收卷薄膜的过程。在卷取过程中，收卷芯是被动的，随着托住它的主动辊转动而转动，并将薄膜在无张力情况下卷取到收卷芯上。此法适宜于薄的、易延伸变形的薄膜收卷。

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