张力控制系统

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

DSP芯片在帘子布卷绕张力控制系统中的应用

Application of DSP chip in tire cord winding tension control system

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PLC的多轴传动张力控制系统设计

Design based on PLC of multi-axis drive tension control system

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PLC的收排线机恒张力控制系统的设计

Design of Pay-off and Take-up Device of Wire Control System Based on PLC

基于模糊参数自适应PID的纸张张力控制系统

A Tensile Force Control System of Paper Based on Fuzzy Parameter Self-adaptive PID

基于模糊PID的恒张力控制系统设计

Design of Constant Tension Control System Based on Fuzzy-PID

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

基于PLC的镀膜机智能张力控制系统

An intelligent tension control system for a film metal coating machine based On PLC

基于Matlab的钢带张力控制系统动态特性仿真与分析

Simulation and analysis of dynamic characteristics of the strip tension control system based on Matlab

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ISA总线的嵌入式智能型张力控制系统

Intelligent Embedded System of Tension Control Based on ISA Bus

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

通过对张力控制系统的控制算法进行研究，提出了将模糊参数自整定PID控制算法应用到张力控制系统中。

So a novel PID self-tuning controller by fuzzy adaptive mechanism for the tension control was presented after the research of tension system .

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 .

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 .

常规PID控制具有算法简单，可以改善系统的动态特性和稳态特性的优点，因而被广泛的应用于张力控制系统中。

Because the algorithm of the conventional PID controller is simple and can improve the systematic dynamic characteristic and the steady characteristic , it is widely applied to tension control system .

采用SiemensS7-200型PLC为主控制器，结合伺服驱动器及上位机PC，构建了张力控制系统的网络结构，满足了集散式控制的要求。

The tension network control system is built with SIEMENS S7-200 PLC , AC servo drivers and host-pc , which can meet the needs of distributed control .

对幅状包装材料生产过程中的张力控制系统提出要求，介绍以磁粉制动器为执行元件的数字PID张力控制系统的组成、算法及原理

Set demands on the tension control system in production of the zonary packaging material Introduce the composing and principle of the tension control system of numerical PID with magnetic powder brake as the executive element

PLC软件系统主要包括功能逻辑控制系统、炉内压力控制系统、用氢安全控制策略、张力控制系统、模糊专家温度控制系统、气水分配和调节系统等部分。

PLC system software includes logical control system , furnace pressure control system , safety control strategy of hydrogen utilization , tension control system , temperature fuzzy expert control system , gas and water distribution system .

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 .

介绍了已研制成功的琴弦张力控制系统的设计方案，为解决系统的静态精度与动态快速性之间的矛盾，在控制策略上采用积分分离的PID算法。

A scheme of tension control system on special equipment of piano ′ s string is introduced . PID algorithm with integral divided on control tactics is applied to solve the contradictory between static precision and dynamic fast characteristic .

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 .

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 .

通过张力控制系统总体方案的设计和施力机构的建模分析，采用基于单神经元的积分分离PID控制器，克服了传统PID控制的缺点，有效地改善了控制性能。

Through the design of architecture of tension control system and modeling analysis of tension mechanism , the integral separation PID controller based on single neuron is adopted . This method overcomes the demerits of conventional PID controller and improves control performance effectively .

设计了一种模糊自适应PID控制器，运用于以运动控制器（PMAC）为核心、直流力矩电机为执行元件的数控纤维缠绕张力控制系统；

This paper presents a novel proportional-integral-derivative ( PID ) self-adaptive controller by fuzzy adaptive mechanism for the tension control of filament winding system using motion controller ( PMAC ) as core and DC torque motor as actuator .