coiler的例句大全

The investigation showed that after modified PET could be used in electronic junctor, coiler framework, igniting parts.

结果表明，通过适当的改性，PET材料可用来生产电子连接器、线圈骨架、点火元件等电子、电气元器件。

The effect of carding feed plate and taker-in on card sliver quality Size of the coiler trumpet not adjusted to the hank.

梳棉机给棉板与刺辊隔距对梳棉质量影响圈条器喇叭口的尺寸与梳棉条的支数不合适。

Design and Analysis of Edge Position Control System for Strip Coiler

带钢卷取机跑偏控制系统的设计与分析

The Application of Self-Tuning Regulation on Control System of Coiler of Cold Tandem Mill

自校正调节器在冷轧卷取恒张力系统中的应用

The Features of Garret Coiler and Spooler for Bar Coil Line

大盘卷生产线加勒特和工字轮式卷取设备特点

transfer function identification of electro-hydraulic servo system for coiler's wrapper rolls

卷取机助卷辊电液伺服系统传递函数辨识

a hot strip coiler with hydraulic wrapper rolls

配有液压助卷辊的热带钢卷取机的研究

keyword: carrousel coiler, drum, fix position control

关键词：Carrousel卷取机，转鼓，定位控制

in the production line of color precoated steel, tension control of coiler is one of the most important sections. good tension control will level up the quality of color precoated steel productions and improve productivity.

在彩涂钢板生产线中，卷取机的张力控制是极其重要的一环，良好的张力控制可以保证彩涂产品的质量，提高生产效率。

pinch roll of coiler and its roll crown

卷取夹送辊作用分析及其辊型配置

At present, coiler control system mostly adopts general FED adjuster.

目前, 卷取机控制系统大多采用常规的PID调节器.

The control system of down coiler and a simulation model were introduced.

研制了地下卷取机的控制系统,并制作了仿真模型.

The principle, normal troubles and precautions for bell-jar wire coiler are introduced.

介绍了钟罩式卷线机的工作原理 、 常见故障及预防措施.

Size of the coiler trumpet not adjusted to the hank.

圈条器喇叭口的尺寸与梳棉条的支数不合适.

Thus continuous coiler unwinds the wire from immediately preceding block to give a dead cast coil.

这样连续缠卷装置能展开刚刚从前一鼓轮处获得的金属线,并将其固定缠绕.

Continuous coiler is used to get the non-stop production in a wire drawing plant.

连续缠 卷装置 令拉丝工厂生产连贯.

Modern coiler of hot rolling is coiling faster and faster. Based on the physical simulation model built in laboratory, a series of experiments have been conducted to study how to evite the step even faster and more placidly.

现代热轧卷取机卷取速度越来越快，为探讨如何更快速、更平稳地实现助卷辊的台阶回避，针对实验室建造的热轧卷取机系统半物理模型进行了仿真和实验研究。

Based on the real work process of coiler at worksite, an electro-hydraulic servo system including the inner position-adjusting loop and the exterior pressure-adjusting loop is developed in order that unit roller can evite the step automatically.

本研究参考实际现场卷取工艺，研制了压力调节为内环、位置调节为外环的双闭环电液伺服控制系统，以实现助卷辊对台阶的自动回避。