张力控制是凹印机整机控制的核心。
Tension control is cave print, the whole machine control of core.
模糊控制在拉丝机张力控制中的应用。
Application of Fuzzy Control in Tension Control of Drawing Machine.
停止张力控制退出张力。
磁流变液；阻尼器；张力控制；神经网络。
Magnetorheological fluid (MRF); Damper; Tension control; Neural network.
讨论了缠绕张力控制对提高纤维发挥强度的重要性。
The importance of winding tension control to increase the developed fiber strength is discussed.
张力控制张力。
热轧钢材的速度在线检测是实现连轧张力控制的关键。
On line speed measurement of hot rolling steel is the key point for implementing tension control of continuous rolling process.
并对张力控制算法及PID参数的变化情况进行了分析。
This paper also analysis the control algorithm and the vary circumstance of PID parameter.
实验结果表明，新型走丝系统实现了电极丝的恒张力控制。
Experimental results show that the wire winding system can realize constant wire tension control.
论文然后主要描述钢板彩涂生产线的各部分张力控制具体方案。
Then the paper present the detail about tension control of steel coating line.
张力控制过程是一个具有随机性、时变性和耦合性的复杂过程。
Tension control is a very complex process which is random, time-variant and coupling.
织物张力控制是通过各送布辊上的交流马达的速比控制而进行的。
The tension is controlled by the ratio metered AC drives located at the fabric transportation drums.
介绍了丝网印版张力控制的重要性，及印版张力与网距之间的关系。
The importance of properly controlling the screen tension and the relation of screen tension and off-contact was introduced.
在连续冷轧机组卷取机电气控制系统中，卷取机恒张力控制十分重要。
Constant tension control is very important for electrical control system of coiler in cold continuous rolling mill.
根据假捻变形机张力控制原理，分析了似捻变形机在线张力控制方式。
Based on the tension control principles for a false twister, the on-line tension control systems were analyzed for false twisters.
变结构的张力控制可以减小过程中的阻尼比的变化幅度，提高稳定性。
Third, a new structure of PID control reduces the damping ratio of the control system.
该系统可沿着整个轧机对断面进行连续实时控制，以实现最佳张力控制。
This new system provides continuous real time section control along the mill to achieve optimal tension control.
实践证明，该控制系统能较好地解决以往卷绕机械存在的张力控制问题。
The application practice proves that the problems of winder machine are solved satisfactorily.
根据产品特点，在开发中重新建立了卷取机张力控制模型，增设了卷取人机界面；
The tension controlling model of coilers are rebuilt according to the product characteristics and the man-machine platform is added.
文章主要介绍了高速线材轧机的微张力控制原理，并对算法实现进行了详细描述。
The principle of minimum tension control in high - speed wire rod rolling mill and the concerned calculation are introduced in this paper.
第五章为对经张力控制的算法及如何通过控制经张力进行开车痕补偿进行了研究。
The fifth chapter discusses an improvement algorithm for the let-off tension control and how to control the start mark compensation.
分析了铝箔轧制恒张力控制，对箔卷轧制生产控制和轧机设备维护有实际的意义。
Analyze aluminum foil mill coiler constant tension control, supporting to have got the actual meaning with the rolling mill maintenance the production control.
对张力控制微处理机面板上开关进行初期调整，本调整目的在设定铝卷适当的张力值。
Switch initial adjustment for the tension control on the MPU panel to enact the appropriate tension value for the Aluminium coil.
为此研制了一种新型的张力模糊控制系统，能在整个生产过程中进行自动恒张力控制。
A new tensile force fuzzy logic control system was developed therefore, which can control tensile force automatically.
分析了棒材轧制过程中微张力控制的基本原理，以及微张力控制在PLC程序中的实现方式。
The basic principle of micro tension controlling in rolling process of bar and the realization means of micro tension controlling in PLC program were analyzed.
介绍了卷径计算、线速度测量、张力控制、同轴串联双电机控制、上下辊负荷平衡控制方法。
The paper introduces some methods for diameter compute, velocity measurement, tension control, the same shaft series twice motors control and load balance control of twin drive roll.
张力控制配合速度控制，有效地解决了成品纸生产的质量状况，提高了系统的精确性和稳定性。
Combining the speed control, the tension control can improve the quality of product, and upgrade the system accuracy and stability.
实际生产运行表明，该系统在墙纸印染生产过程中，张力控制稳定、实时性好、运行稳定可靠。
The tension control system based on PC is proved with the advantages of stable control, real-time and reliable running in wallpapers production.
张力控制由于材料存在拉伸变形，要得到系统的精确模型比较困难，适合采用PID控制方法。
It is difficult to get a precise system model as the material will elongate, so it is suit to choose PID control in tension control.
张力控制由于材料存在拉伸变形，要得到系统的精确模型比较困难，适合采用PID控制方法。
It is difficult to get a precise system model as the material will elongate, so it is suit to choose PID control in tension control.
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