压力控制系统

  • 网络pressure control systems
压力控制系统压力控制系统
  1. 基于解耦控制的焦炉集气管压力控制系统

    Coke Oven Collector Pressure Control Systems Based on the Uncoupling Control

  2. 基于多智能体的回炉煤气主管压力控制系统

    Multi-agent Based Pressure Control Systems for Recycled Gas in Main-pipe

  3. 变速积分PID算法在空气压缩机压力控制系统中的应用

    PID With Variable Integral Action and Its Application to Air Compressor Pressure Control

  4. 新型压缩机润滑油站模糊自适应PID压力控制系统

    An adaptive fuzzy PID pressure control system of the new integral compressor oil lubricating station

  5. 基于高速开关电磁阀与PLC监控的数控夹具压力控制系统研究

    The research of PLC-monitoring pressure control system of numerical control fixture based on high-speed on-off valve

  6. 本文尝试运用Agent理论来设计新型的并列运行锅炉母管压力控制系统。

    This paper tries to design a new control system of parallel coursing boilers ' main-pipeline pressure with the theory of Agent .

  7. 试验表明,单纯采用PID控制的高精度气源压力控制系统具有精度高的优点,但不适应系统参数的变化。

    The experimental results show that the PID controlling strategy can not vary with the system parameters though it has the advantage of high precise .

  8. 并对采用模糊PID复合控制器的压力控制系统进行了仿真分析,得出模糊PID控制能在一定范围内能较好的满足座舱压力制度的要求。

    Simulated the cabin pressure fuzzy-PID control system , and experimental results showed that the fuzzy-PID controller can satisfied the request of the rules of cabin pressure .

  9. DK式顶管掘进机泥土仓土压力控制系统研究

    Study of Soil Pressure Control System for DK Model Pipe Jacker

  10. 在详细介绍模糊PID算法的同时,还介绍了此种控制算法在排气环境压力控制系统上实现的某些细节。

    Detailed introduction of fuzzy PID algorithm also showed how to realize some details when the control algorithm is at the exhaust pressure on the environment control system .

  11. 设计了Fuzzy-PID双模控制器并应用到高精度气源压力控制系统中。

    Fuzzy-PID bi-mode controller was designed and applied to the high precise air pressure source controlling system .

  12. 攀钢4~高炉TRT的炉顶压力控制系统

    Control System of Furnace Top Pressure of TRT for No.4 Blast Furnace

  13. 本文介绍了由两级计算机组成的低压真空烧结炉温度、压力控制系统及其采用的Fuzzy-PI双模态控制算法原理。

    This Paper introduced the temperature pressure controlling system of low-pressure vacuum sintering-Furnace which is composed of two level computers and the theory of the adopted Fuzzy-PI two mode control algorithms .

  14. 最后的仿真实验表明,与采用普通控制器的系统相比,采用模糊自整定PID控制器的主汽压力控制系统具有更好的控制特性。

    Finally , the simulation experiments show that compared to the system which using common controller , main steam pressure control system which using fuzzy self-tuning PID controller has better control characteristic .

  15. 并结合实际仿真算例,详细讨论了该系统的性能,它是本文提出的基于MAS的并列运行锅炉母管压力控制系统的理论基础之一。

    ABICS is one of bases of the control system of parallel coursing boilers ' main-pipeline pressure based on MAS , which is proposed in this paper .

  16. 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 .

  17. 200MW汽轮机轴封压力控制系统改造

    Retrofit of Shaft Seal Pressure Control System of 200 MW Turbine

  18. 介绍西门子PLC在焦炉压力控制系统中的应用,着重阐述应用PLC闭环控制模板FM455/33与CPU运算功能完成以常规PID控制为基础的集气管压力协调控制。

    This paper describes the application of Siemens PLC in control system of coke oven gas-collection , and emphatically expounds using PLC close-loop control module FM355 / 455 and calculation function of CPU module to realize coordinated-control of gas-collector pressure .

  19. 通过试验比较了传统PID、Fuzzy控制和Fuzzy-PID双模控制3种控制策略,试验结果表明,Fuzzy-PID双模控制器综合了Fuzzy控制和PID控制的优点,适用于高精度气源压力控制系统。

    The traditional PID , Fuzzy and the Fuzzy-PID controlling strategies were compared . Results show that Fuzzy-PID controller has the comprehensive advantage of Fuzzy and PID , and it is suitably used in the high precise air pressure source controlling system .

  20. 将其与串级控制相结合应用到锅炉蒸汽压力控制系统中进行仿真,仿真结果表明它优于常规的PID算法,有工程应用价值。

    Combining the developed algorithm with cascade control system and then applying it into the boiler 's pressure system for simulation , the results show that the proposed algorithm is better than the regular PID control algorithm and is suitable for application in engineering projects .

  21. 介绍了MKS压力控制系统的组成、651C控制器的通信命令参数、串行通信协议宏的构造方法。

    The composition of MKS pressure control system , the communication commands and parameters of651C controller and the method on building serial communication protocol macro are all introduced .

  22. 本文针对华菱涟源钢铁公司2200m3高炉顶压波动大、强耦合、严重非线性的问题,利用模糊算法,对原有的PID控制器进行改进,设计了基于模糊PID混合控制算法的高炉炉顶压力控制系统。

    To overcome the considerable fluctuation , strong coupling and nonlinearity of the blast furnace , Fuzzy Algorithm is used to improve the original PID controller , and the hybrid control method based on fuzzy-PID is proposed in this paper to design the blast furnace top pressure control system .

  23. 铸管退火炉煤气压力控制系统改造

    Reform of gas pressure control system for ductile pipe annealing furnace

  24. 飞机座舱压力控制系统性能分析

    Analysis of the Capability of the Plane Cabin Pressure Control System

  25. 基于电液比例技术的摩擦焊压力控制系统

    Pressure Control System of Friction Welding Based on Electron-hydraulic Proportional Technology

  26. 汕头电厂炉膛压力控制系统分析

    Analysis of the Furnace Pressure Control System in Shantou Power Plant

  27. 第二章是焦炉压力控制系统的总体分析与设计。

    The second chapter is the whole system analysis and design .

  28. 基于模糊控制的供水管网压力控制系统

    Pressure Control System of Water Transportation Pipeline Based on Fuzzy Control

  29. 铝箔轧机电液压力控制系统的动态分析

    Dynamical Analysis of the Electrohydraulic Pressure Control System of Aluminium-foil-rolling Machine

  30. 电液比例压力控制系统的灰色预测模糊控制

    Grey prediction fuzzy control for electro-hydraulic proportional pressure control system