water level control system 中文意思是什麼

water level control system 解釋
水位控制系統
  • water : n 1 水；雨水；露；〈常作 pl 〉 礦泉，溫泉；藥水。2 〈常 pl 〉水體；水域；水道；海；湖；河；海域；...
  • level : n 1 水平儀，水準儀；水準測量。2 水平線，水平面；水平狀態；平面，平地。3 水平，水準；水位；標準；...
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. The result indicates that the parameters self - adjusting illegibility controller is of well self - adaptability at the system of boiler inside wall water level control system

    結果表明，在鍋爐液位控制系統中，參數自調整模糊控制器具有良好的自適應性。
  2. During the adjustment. it decided the amount and the rate of humidification. the system can test the states of water level by water lever sensor, thereby the main control module can control the entrance and drain of water and give warnings ; as its good man - machine interaction, the system can expediently set the humidity and the amount of humidification and control water - in valve and leading winds through control panel. the system can communicate with computer thereby the net supervise is enabled

    本系統主要能夠完成以下功能：採集空氣中的濕度狀態，並送入主控模塊，主控模塊根據現有的濕度判斷是保持原來狀態還是進行加濕以及加濕量的大小和加濕速度等；能夠通過水位傳感器測試水位的狀態，從而通過主控模塊控制進水、排水、預報警、報警等；具有良好的人機交互性，能夠通過控制面板比較方便地進行濕度設定、加濕量設定、進水閥的控制、導風的控制等；能夠和上位機進行通信，從而實現網路監控。
  3. Internet - based water - level control experimental system

    的液位控制實驗系統
  4. Design of the water level control system for water tower

    水塔水位控制系統的研究與設計
  5. The application of dcs to control system for circulating fluidized bed boiler, including the drum water level control, steam temperature control, hearth negative pressure control, fuel control and circulating fluidized bed temperature is introduced

    摘要介紹了集散控制系統在循環流化床鍋爐控制系統中的具體應用，包括汽包水位控制、蒸汽溫度控制、爐膛負壓控制、燃料控制和爐床溫度控制。
  6. Based on the establishment of the mathematical model of the water - level controlling system, the boundary control equation of the stable domain of the continuous system and discrete system are found respectively, and the characteristic of stable domain of the two systems is analysed

    其目的是維持前池水位穩定，提高機組單位流量出力，最大限度利用來水，從而提高電站的經濟效益。在建立水位調節模式下調節系統數學模型基礎之上，對連續、離散系統進行了穩定分析。
  7. On the base of studying in arithmetic of predictive control, different math models are used to approach the control system. general water level control, pid control and predictive control using in sewage pumping station are compared. by simulating the different models using in control system, the conclusion that the aim of saving power and preventing pollution in sewage pumping station can be achieved by using predictive control is got

    在預測控制演算法研究的基礎上，分析了用不同的數學模型逼近污水泵站排放系統，比較了採用常規水位控制、 pid控制和預測控制對污水泵站排放系統的控制效果，在模擬結果對比的基礎上，得到了採用預測控制可以更好的解決節能無污控制目標的結論。
  8. An application of intelligent regulator slpc to water level control system of boiler steam drum

    智能調節器在鍋爐汽包水位控制系統中的應用
  9. The simulation results prove that the control system has perfect decouple and self - learning control performance for multi - variable strong - coupled time - varying deaerator water level control system

    模擬結果表明，該控制系統對多變量強耦合的除氧器水位控制對象具有良好的解耦性能和自學習控制特性。
  10. Generally speaking, the boiler control equipment includes the vapor wraps water level control system and combustion control system

    一般說，鍋爐設備控制包括汽包水位控制系統和燃燒過程式控制制系統。
  11. The application and simulation research of the fuzzy pid control used in water level control system

    控制在水位控制中的應用與模擬
  12. The main contributions are as follows : 1. the usual instrument faults existing in boiler water level control system are intensively investigated and described mathematically

    具體包括以下幾個方面： （ 1 ）深入研究了汽包水位的串級三沖量控制系統，分析了汽包水位控制系統中常見的故障，並對這些故障進行了模型化研究。
  13. The paper is committed to the research on the application of fault diagnosis and fault tolerant control in the modern power plant. the new schemes of fault diagnosis both for boiler water level control system and unit coordinated control system are presented ; moreover, based on the lqg strategy, a scheme of fault tolerant control for unit coordinated control system is also proposed

    電廠熱工控制系統的安全運行已經成為人們日益重視的課題，在這種背景下，本文致力於故障診斷與容錯控制在電廠熱工控制系統中的應用研究。主要內容是針對電廠鍋爐汽包水位控制系統和電廠單元機組協調控制系統提出兩種故障診斷的新方案；並且把lqg控制策略應用於單元機組協調控制系統，提出了協調控制系統的主動容錯控制方案。
  14. In this paper, we discuss many kinds methods of fec. we take a second - order water level control system as the controlled object to study the control structure based on internet, put forward a 3 - layer model, that is client / server / on - site model, and adopt vb + socket technology to realize multi - users communication

    系統實現是以二階水位控制系統為對象，研究了基於intemet的控制結構，提禪出了系統的三層模型，即客戶/服務器/現場模塊，採用vb + socket技術，面向多用戶通信。
  15. For big hysteresis control, response time is long and overmodulation is big, but dynamic performance figure is not good when we only use pi controller 。 so, i try to design the whole control project which composed of the vapor wraps water level control system and combustion control system use the control equipment of double cross - parameter fuzzy - pi controller

    單獨採用pi控制，對大滯后控制，響應時間及超調很大，但動態性能指標差。因此，嘗試採用雙交叉參數fuzzy - pi控制器。組成了汽包水位和燃燒雙交叉參數自調整fuzzy ? pi組合控制器的整體控制方案。
  16. Its structure and learning algorithm are given ; the methods of its parameter selection are explained ; the characteristics of deaerator water level control system is analyzed

    給出了網路的結構和學習演算法，說明了系統參數選取方法，分析了除氧器水位控制的特點。
  17. The third part : a reservoir operation system is built up. it includes water level control model, discharge control model and generation model

    第三部分，研究和建立了一個集發電調度模型、水位控制模型和流量控制模型於一體的水庫單庫調度模型集成系統。
  18. The old control system mainly using - and - now ca n ' t meet the high and complicated requirements of modern ship to control its boiler. it is imperative under the situation to use computer for ship control area. and the remarkable plc used currently by industry process control area is the most reliable, simple and convention way to realize computer control on board modern ship. the paper introduce simply the basic principle of plc and the characteristic of simens plc s5 - 115u and a typical boiler system of huge oil tank. on this base, the paper pay more attention to making control programme of s5 - 115u for huge marine fuel oil boiler. and pid control method is singly adopted for water level control and steam pressure control of the fuel oil boiler

    以繼電? ?接觸器為主的老一代控制系統已不能滿足現代船舶對其鍋爐控制的越來越高、越來越復雜的要求，這一領域的計算機化已勢由必行，而應用在當前工業過程式控制制領域中引入注目的可編程序控制器（ plc ）又是使其計算機化的最簡便和可靠途徑。本文主要介紹可編程序控制器（ plc ）的基本工作原理、德國西門子可編程序控制器s5 - 115u和大型油輪鍋爐的典型系統，在此基礎上對用西門子s5 - 115u控制大型船舶燃油鍋爐進行了編程。
  19. The article have been discussed theoretically for some technology control system of continous casting, for example mould level control system, electromagnatic mould stirring system, soft - reduction, the secondary cooling water control ect

    並對連鑄一些特殊工藝控制如結晶器液位控制系統、結晶器電磁攪拌、輕壓下、二冷控制等進行了理論探討。
  20. 2. a scheme of instrument fault detection in boiler water level control system is presented based on the parity space method. the processes of the fault detection of instruments of steam flow, feed - water flow, and water level are introduced, the effectiveness of the fault detection scheme presented is shown by the simulation results

    （ 2 ）將一致空間演算法（ willsky - chow方法）用在汽包水位三沖量控制系統中，提出了對于汽包水位控制系統的儀表故障進行快速準確檢測的新方法，模擬結果表明該方法能夠快速、準確實現故障的檢測。
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