温度控制系统

  • 网络Temperature controller;temperature control system;tcs
温度控制系统温度控制系统
  1. 基于Fuzzy调整的电机线圈压型机温度控制系统

    The temperature control system for electrical-coil mold machine based on fuzzy control and regulate

  2. 基于PLC的微波加热器温度控制系统设计

    Design of Temperature Control System for Microwave Heater Based on PLC

  3. 基于PLC的铜管退火炉PID温度控制系统

    PID Temperature-Controlled System in Brass Pipe Annealing Stove Based on PLC

  4. 基于模糊PID的嵌入式温度控制系统的研究

    Research on Embedded Temperature Control System Based on the Fuzzy PID

  5. 自适应PID控制器的冷却水温度控制系统

    The Cooling Temperature Control System of the Self - Adaptive PID Controller

  6. 药剂温度控制系统的智能PID控制方法与实现

    Intelligent PID Control Method and Realization for Temperature Control System of Medicament

  7. 基于模糊自适应PID的陶瓷窑炉温度控制系统仿真

    Simulation based on Fuzzy Adaptive PID for ceramics kiln temperature control system

  8. 常规PID控制易于建立线性温度控制系统被控对象模型。

    Routine PID control was easy to establish linear temperature controlled object model .

  9. 模糊PID控制器在火电厂温度控制系统中的应用

    Application of Fuzzy PID Controller in Temperature Control System of Thermal Power Plant

  10. 基于LabWindows/CVI和Matlab平台的温度控制系统设计与实现

    Design and Implementation of Temperature Control System Based on LabWindows / CVI and Matlab

  11. 因此本文采用了PID控制算法,设计出一套闭环的温度控制系统。

    This article uses PID control algorithm to design a closed-loop temperature control system .

  12. 电锅炉温度控制系统PID参数整定算法的改进

    The improvement of PID parameters-tuning algorithm applicable to an electric boiler temperature control system

  13. 基于混沌PID控制的高精度电阻炉温度控制系统研究

    Research on the Temperature Control System of Resistance Furnace with High Precision Based on Chaos-PID Control

  14. 二自由度PID控制器及其在单片机温度控制系统中的应用

    Two Degree-of-Freedom PID Controller and Its Application to Temperature Control System Based on Single Chip Computer

  15. 1998年成功研发AC变频冷气微电脑温度控制系统。

    In1998 , we successfully developed brand new AC inverter air conditioner with AC inverter control system .

  16. 基于Vague集模糊推理机制的温度控制系统设计

    Vague Set Fuzzy Reasoning Mechanism based on the Temperature Control System Design

  17. 基于PCI总线的微波场温度控制系统研究

    The Research of Microwave Field Temperature Control System Based on PCI Bus

  18. 以实验为基础,建立了闭环温度控制系统的数学模型,构造了相应的PID控制器。

    Based on the experiment , the mathematical model of close-loop temperature-controlling system and PID controller were constructed .

  19. 提出了基于BP网络的锅炉过热器温度控制系统动态特性的辨识方法。

    The paper presents a dynamic performance identification for superheat steam temperature control systems of boiler using ANN approach .

  20. 由于恒温箱温度控制系统具有大时滞和非线性特性,常规PID控制参数难以整定。

    As the incubator temperature control system with large time delay and nonlinearity , conventional PID control parameters tuning difficult .

  21. 应用PTC电加热器的卫星局部温度控制系统仿真

    Simulation Study of Satellite Partial Temperature Control System Using PTC Heater

  22. 分别采用模糊控制方法与常规PID控制方法,对空调客车内温度控制系统进行了仿真研究。

    The issue studies , in virtue of simulation , temperature control system in air-conditioned coach by fuzzy and PID control methods .

  23. 基于Fuzzy-PID的电阻炉温度控制系统的研究

    Research of the ATC system for resistance stove based on Fuzzy-PID

  24. 基于Modbus的冷柜制冷温度控制系统

    Computer testing system of refrigerator 's refrigeration performance based on modbus

  25. 介绍了在Windows环境下,用VB开发的染色机温度控制系统的数据采集和分析系统。

    This paper introduces a monitoring and analysis system used for The Temperature Controlling System of Dyeing Machines by VB in windows .

  26. 从硬件和软件两方面定量PCR反应温度控制系统的设计。

    A temperature control system for quantitive polymerase chain reaction ( PCR ) is presented in the paper with both software and hardware configuration .

  27. 用MSP430实现斜率A/D转换的温度控制系统

    Temperature Controlling System by MSP430 to Realize A / D Transform of Slope

  28. 基于MOCVD温度控制系统结构研究

    Based on MOCVD Temperature Control System Structure Research

  29. 采用多点温度控制系统对各温度点进行PID自整定集中控制,结构紧凑、稳定可靠,克服了国产化设备控制系统中的种种问题和缺陷;

    Multi-point temperature control system controls all reference points by PID auto-tuning strategy , with compact configuration and reliable stability , and overcomes all kinds of scarcities .

  30. 应用结果表明,该温度控制系统优于传统的PID控制系统,并具有良好的可靠性、自适应性和鲁棒性。

    And the result of application shows that this temperature control system is better than the tradition PID control system and has good reliability , adaptability and robustness .