电加热炉

带积分型适应Fuzzy控制器及其在电加热炉集散系统中的应用

An Adaptive Fuzzy Controller with Integral Function and Its Application in Distributed System of the Electric Heating Furnace

对其进行了仿真，与常规PID算法进行了比较，并将其应用于小型电加热炉的控制中。

The new algorithm is compared with traditional PID algorithm through simulation , and its practical application & the temperature control of small electrical furnace for MFCC unit is introduced .

基于模糊PID的箱式电加热炉控制系统加热炉废气的热电偶加热炉隔墙测温热电偶茂福式加热用电阻炉

The Electric Box-type Heating Furnace Control System Based on Fuzzy PID

最后以MATLAB为工具，对电加热炉进行仿真研究。

At last , the system of electric heater is simulated by the Matlab-Tool .

基于MATLAB语言的电加热炉神经元PID控制的建模与仿真

Models and simulation of neuron PID applied in electric oven based on MATLAB language

利用MATLAB仿真软件对该控制器在电加热炉中的应用进行仿真研究。

Simulation research on this controller used in electric oven is done with MATLAB software .

基于MCU的PID参数自整定电加热炉温控系统

PID Self-Tuning Electric Oven Temperature Control System Based on MCU

自适应模糊PID在井式回火电加热炉中的应用自适应式自动驾驶仪

Application of the fuzzy PID with parameters self-tuning in the well type tempered electric heating furnance self-adaptive-adjusting autopilot

电加热炉预测性PI控制

Predictive PI control on electric oven

电加热炉炉温的Fuzzy-pid复合控制

Fuzzy-pid Control of the Electric Heating Furnace Temperature

针对铸件热处理用电加热炉，提出了一种简单易行的计算机控制方案，采用PID系统控制算法，以达到优化并稳定工艺参数及提高产品质量的目的。

Abstract For electrical heating furnace a simple and feasible computer control strategy with PID algorithm has been set forth to achieve dynamic optimization and production stability .

根据过程对象和PLC特点，将常规PI控制与专家控制相结合构成智能PI控制器，并将其应用于电加热炉控制系统中。

Based on the characteristics of process and PLC , this paper presents an intelligent PI controller composed of general PI controller and expert control .

结合电加热炉介绍了目前较先进的组态控制方法，即用PLC作逻辑控制，用组态软件作监控的控制系统的设计方法。

A advanced controlling method of combined programs with software for furnace is introduced in this paper . That is using PLC on logic controlling and combined programs software on watching and controlling .

由于在加热过程中电加热炉的特性参数实时改变，应用一般的PID控制方法无法解决超调和滞后问题。

However , furnace characteristic parameters are real-time changed in the process of heating , it is highly difficult to solve overshoot and lag issues with the application of general PID control method .

根据电加热炉恒温控制的特点和要求，本文介绍了由PLC控制、三相可控硅供电的三态高精度恒温控制系统。

Based on the characteristics and requirements of temperature control in electrical heating furnace , a tristate PLC temperature control system in which power is supplied by a three phase silicon controlled rectifier is introduced .

文中给出从微分先行PID算法派生出的神经元PID控制器，并利用MATLAB/SIMULINK仿真软件对该控制器在电加热炉中的应用进行仿真研究。

This paper presents the neuron differential forward PID controller that is derived from differential forward PID algorithm . Simulation research has been made by using the MATLAB / SIMULINK software of this control method applied to an electric oven .

该方法利用可编程调节器强大的软件功能，以实验室电加热炉为控制对象，实现了具有批量PID控制的程序升温控制系统的软硬件设计。

The method makes use of the mighty software functions of programmable adjustors , takes the electric heater as the object to be controlled , and realizes temperature control by the software and hardware design of batch PID programmed warming system .

实验表明，用双单片机按时分割方法并结合自校正PID算法实现多台连续式电加热炉的温度控制，不仅可以提高控温精度，而且系统的可靠性有很大提高。

Through the experiments there are indications that the system using the double-chip microprocessor and linking up relevant self-correction PID algorithm to accomplish grouped control of the continuons electric furnaces improves not only the temperature control accuracy but also its reliability .

本文介绍非线性PID算法及其在电加热炉集散控制系统中的应用，实时控制结果表明，该算法具有控制精度高、调节时间短和抗干扰能力强的优点。

In the paper , nonlinear PID algorithm and its application in distributed system of the electronic heating furnace are introduced , Real-time control results showns that it has the advantages of high control precision , short adjust time strong robust and against disturbance .

介绍一种新的基于阶跃响应数据直接辨识连续模型的算法，并将该算法用于预测控制的建模，实现对电加热炉温度控制系统的模型辨识和DMC控制仿真。

A new algorithm of direct identifying continuous model based on step response data is presented . The algorithm is used in modeling of predictive control to realize the model identification and DMC control simulation of furnace temperature control system .

文章在不建立电加热炉数学模型的情况下，实现了电加热炉炉温的单神经元自适应PID智能控制和单神经元自适应PSD智能控制。

Under the circumstance of not establishing the mathematical model of electric heating furnace , this article fulfill single neuron adaptive PID ( proportion ? integral and differential ) and intelligent control single neuron adaptive PSD ( proportion ? summation and differential ) intelligent control of electric heating furnace successfully .

在拉锥光纤的制备方面，我们提出并使用自制的条形电加热炉拉制方法成功拉制出了相对较长且连续不断的，直径可小至650nm的光纤，其光损耗为0.1dB/cm左右。

In the experiments , rather long and unbroken submicro-diameter optical fibers with low optical loss about 0.1dB/cm were fabricated with a new drawing process by heating the standard single mode fiber with a designed electric strip heater .

三温区电加热炉的神经网络模型参考自适应控制

Neural Network Based Model Reference Adaptive Control for a Three-Chamber Oven

预测函数控制及其在工业电加热炉中的应用

Predictive Functional Control Technology and Its Application in Industrial Electrical Heater

带模糊算法的复合控制系统在电加热炉上的应用

A compound control system with fuzzy algorithm for electric beating furnace

对双输入双输出电加热炉进行实时控制，取得了满意的结果。

The result in electric heating furnace temperature controlling is satisfied .

一类新型的智能控制器及其在电加热炉中的应用

A new intelligent controller and its application in the electric heating furnace

神经网络内模控制及其在电加热炉上的应用

Neural network internal model control and its application for electric heating furnace

介绍多变量系统辨识在电加热炉系统中的应用。

To introduce application of MIMO system identification in electric heating furnace .

电加热炉代替液态烃圆筒加热炉的工业应用

Application of Replacing the Liquid Hydrocarbon Cylinder Furnaces With the Electric Furnaces