张力控制

H型钢万能粗轧机组小张力控制系统

Minimum tension control system for universal roughing mill train of H beam

基于PC的张力控制系统在墙纸印染中的应用

Application of Tension Control System Based on PC in Wallpaper Printing

PLC和张力控制变频器在浆染联合机上的应用

Application of PLC and Tension Inverter Controller on Sizing Dyeing Machine

低松弛PC钢绞线机组张力控制系统的改进

Improvement of Tensile Control System for Low Relaxation PC Stranded Wire Unit

基于DSP的整经机恒张力控制系统设计

Design of Constant Tension Controlling System Based on DSP in Warping Machine

基于PC的张力控制系统

The control system sof tension based on PC

基于PLC和现场总线的张力控制系统

Tension Control System Based on PLC and FCS

对基于模糊自适应PID的张力控制及仿真研究进行了阐述。

The tension control based on fuzzy learning-search PID and simulation research are also introduced .

模糊PID控制算法在车牌生产线张力控制系统中的应用

Application of fuzzy PID control algorithm in tensility control system of vehicle licence production line

基于模糊自整定PID的布带缠绕机张力控制算法的研究

The study of tension control algorithm based on self-adjusting PID of fuzzy inference for winding machine

基于模糊自适应PID的育果袋机纸带张力控制研究

Research of Tension Control of Paper Tape of Fruit-cultivating Bag Machine Based on Fuzzy Self-adaptive PID

PS板生产线入口段开卷机及液压活套的恒张力控制

The Constant Tension Control of the Uncoiler and Hydraulic Looper in the PS Line

在太阳能EVA胶膜生产中，张力控制在其生产过程中起着关键作用。

Therefore , tension control plays a great role in the production of solar EVA film .

珠钢CSP热连轧机张力控制系统分析

Analyzes tension force control system of GSP hot rolling in Zhujiang steel plant

结果表明，模糊+PID复合张力控制系统取得了明显优于常规PID控制的控制精度。

The simulation results show that the combination of fuzzy and PID control system can get much better precision than conventional PID control system .

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 .

在MATLAB环境下，应用S函数实现单神经元PID控制器子系统的封装，建立了张力控制系统仿真模型。

Under MATLAB environment , the subsystem package of single neuron PID controller is accomplished by using S function , and the simulation model of tension control system is established .

应用模糊参数自适应PID控制器实现线切割机钼丝的张力控制，减小钼丝的抖动频率和幅度，提高线切割加工质量。

The tension control of molybdenum wire produces a direct effect on the range and the frequency of its vibration , thus , affecting the quality of the wire cutting .

在分析张力控制模型的基础上，结合模糊控制原理和一般的模糊控制器设计方法，在张力控制回路和速度控制回路分别设计了混合模糊PID控制器。

On the basis of theoretic analysis of the system and the Fuzzy theory , two admixture Fuzzy & PID controllers are designed between the speed loop and the tension loop .

张力控制是镀膜、IC制造、印刷、纤维缠绕等工业设备中具有共性的基础技术之一。

Tension control technology is one of the common technologies exclusively used in the engineering industry such as coating , IC manufacture , printing equipment , fibre wind and ect .

为解决JSSJ-83型小样浆纱机浆纱速度、烘燥温度、织轴卷绕张力控制不准确的问题，进行了技术改造。

To resolve the problems of inaccurate control of sizing speed , dry can temperature and beam winding tension of JSSJ-83 sample sizing machine , innovation of it was done .

本文介绍了张力控制系统的软件及其各组成部分，说明了各主要功能模块的意义和功能，并给出了积分分离式PID控制器的程序框图。

The software and its parts of tension control system were introduced , the meaning and functions of the main function modules were analyzed and the flow chart of integral separate style PID controller was provided .

完成了后处理机控制系统的硬件设计。（3）通过对变频调速系统、张力控制系统建模和仿真，给出了PID参数的在线整定方法。

Finally , hardware design of the post processor control system is completed . ( 3 ) Variable frequency system and tension control system are modeled and emulated , and method for PID parameter modulating is advanced .

介绍了现有的三机架连板式H型钢轧机电气系统的改造。论述了轧机压下系统、微张力控制、速度调节的模型和轧制过程程序控制的实施方法。

This paper introduced the innovation for the electrical system of existing three-stand H-beam rolling mill , and discussed rolling program control and the model of rolling mill 's screw down system , tiny tension control , and speed regulation .

在进行卷取张力控制时，传统PID控制器的参数往往是针对固定模型进行整定，但是卷取中卷径的变化以及现场机械设备等不可预测的因素，因此很难保持张力的恒定。

During winding tension control , due to changes in diameter as well as some other factors not be detected , it is difficult to maintain constant tension for conventional PID controller which is often applied for fixed mode .

现场运行结果表明，免疫PID算法的控制性能优于常规PID控制，为高精度的张力控制提供了一种很好的选择。

The practical application demonstrates that the control performance of the immune PID controller is superior to that of conven - tional PID controller . It is a better choice for high preci - sion control to tensile system .

在试验过程中表明间接张力控制系统的数学模型基本上能够反映张力控制的动态过程，采用积分分离PID控制算法可以满足生箔机张力控制的性能要求。

In the course of the experiment show that the mathematical model of indirect tension control system can basically reflect the dynamic process of tension control , the integral separation PID control algorithm can meet the tension control performance requirements .

介绍焊丝收线机张力控制的基本原理及在HG－630CO2气保焊丝成品生产线上的应用，对该设备的收线机电控系统做了简单说明。

To introduce basic rules of strain controlling in the welding wire take-up and applying in the finished products line of HG-630 CO2 welding wire . To explain simply the take-up electrically controlling system .

该系统采用智能PID数字控制，具有动、静态性能好、可靠性高和抗干扰能力强等特点，可以替代传统的机械恒张力控制系统。

It adopts intelligent PID digital control which has some advantages of good functions both on dynamic state and static state , high reliability and strong and-interference , thus making it to be able to replace the traditional mechanical constant tension control system .

张力控制模块。采用了P-FUZZY-PI控制策略，较好的解决了系统张力控制问题。

The tension control system employs P-Fuzzy-PI control algorithm to gain good control effect .