窯爐控制 的英文怎麼說

中文拼音 [yáolúkòngzhì]
窯爐控制 英文
furnace control
  • 窯 : 名詞1. （燒制磚瓦等的建築物） kiln 2. （土法生產的煤礦） pit 3. （窖洞） cave dwelling4. [方言] （妓院） brothel
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 窯爐 : furnace
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. All control equipment should be located in the furnace control room.

    所有的控制設備都應當裝在窯爐控制室里。
  2. Fuzzy predictive functional control strategy for decomposing furnace temperature system of cement rotary kiln

    模糊預測函數控制在水泥回轉窯分解爐溫控系統中的應用研究
  3. 2. the cement rotary kiln is a complex process, which has nonlinear and time - varying characteristic and exist strong and frequent disturbance, so global model is hard to establish. based on analysis of the characteristics of the decomposing furnace in hangzhou cement rotary kiln plant, a new fuzzy predictive control method with multi - model structure is proposed

    根據水泥生產線系統復雜、干擾頻繁、全局模型建立困難的實際情況，通過對回轉窯燒成工藝和分解爐過程特性的分析，提出一種基於t - s模型的多模結構的預測控制演算法，並在dcs系統中開發了實時控制的軟體。
  4. Based on the information theory, it is proved that the entropy of information system and the mutual information of decision system are constant in the hierarchization of attributes. so the rst hierarchical reduction approaches have strict mathematic basis. the application in acquiring the control decision of a cement kiln shows the validity of the hierarchical reduction approach

    本文從信息理論的角度分別證明屬性分層遞階不改變信息系統的信息熵和決策系統的互信息，從而使分層遞階約簡演算法體系具有嚴格的數學基礎；分層遞階約簡演算法在某水泥窯爐控制決策獲取中的應用證實其有效性。
  5. The fuzzy control for temperature of decomposition furnace of cement rotating kiln

    水泥回轉窯分解爐溫度的模糊控制
  6. Fuzzy control design and simulation of the temperature in the precalciner kiln

    預分解窯分解爐溫度的模糊控制設計與模擬
  7. Abstract : the controling technological development of the general flowsheet of the on - the - spot domestic and foreign kiln ' s group in the past decades, and on the basis of prartise of fildbus control system in ceramic kilns, some questions in application are discussed

    文摘:描述了國內外數十年來陶瓷窯爐群的現場總線控制技術的發展，並根據現場總線技術在陶瓷窯爐群控制方面的實踐，探討了有關的應用問題。
  8. We introduced advanced italy slutty - injection machine, owing a 90 - meter auto computer control tunnel kiln, two shuttle kiln

    公司引進義大利先進的高壓注射生產線三條，擁有90米長的現代化全自動電腦控制燃氣隧道窯一座，梭式窯爐二座。
  9. And this algorithms have been proved to be valid by computer analogize for two different model. after a detailed analysis of the glass furnace, put award a method of disassemble multivariable control : the upper levels use fuzzy supervise control, provide reference signal for lower level ; the lower level select and use a modified self - regulating fuzzy controller or a double closed - loop controller for time - sluggish system

    在分析窯爐特性的基礎上，以溫度系統為例，根據其被控參數多、大滯后、非線性等特點，提出分層分區的智能控制策略：上層採用模糊監督控制器，為下層提供參考信息，下層根據控制要求及被控對象特性分別採用了一種改進的自校正控制演算法和一種適合於滯后過程的雙環模糊控制器。
  10. According to the structural characteristics and process requirement of ceramic kiln, we design the control system based on personal computer and single micro controller, realizing the control system and control over temperature and pressure and medium

    根據陶瓷窯爐的結構特點和生產工藝要求，本文採用上下位機相結合，設計了陶瓷窯燒成過程式控制制系統，實現溫度、壓力和氣氛的在線測量和監控。
  11. Based on traditional pid controller, by using fuzzy neural network to identify the process and bp neural network to tuning the parameters of pid, a neural network adaptive pid controller is constructed and optimal control of glass - furnace melting pond temperature is achieved

    本文在常規pid控制器的基礎上，利用模糊神經網路對過程進行辨識，開採用bp神經網路調整pid控制器的三個參數，構成了神經網路自適應pid控制器，實現玻璃窯爐熔化池溫度的優化控制。
  12. We have a system modeling for melting part and clearing part in order to get the quantitative information. the intelligent arithmetic has been proved to be valid by computer simulation for those models

    為了對窯爐特性有定量的認識，對熔化部、澄清部溫度進行了建模研究，並給出了控制演算法對所建模型的控制模擬結果，表明演算法的可行性。
  13. Can bus is adopted to the whole system, and configuration software kingviews. l is adopted to supervise integral control system, thus the level of automation is promoted, which makes its popularization an optimistic prospect

    在具體的實現上，整個窯爐控制系統採用了can現場總線結構，並用組態軟體對整個控制系統實施監控，提高了生產的自動化水平，具有良好的應用和推廣前景。
  14. Suppliers of industrial instrumentation and process control equipment in the province of british columbia. suppliers of food processing and packaging machinery in the western canadian provinces of b. c, alberta, saskatchewan, and manitoba

    -專業生產適用於石油化工機電冶金建材食品行業的溫度壓力檢測和控制儀表，以及各種工業窯爐的自控設備。
  15. Application of intelligent control technology in reheating furnaces control for rolling process

    智能控制技術在我國軋鋼爐窯控制中的應用
  16. Familiar with industrial kiln and combustion control system

    熟悉工業爐窯燃燒安全控制系統。
  17. At present, most of enterprise is making use of drying furnace that it controlling precision is low and temperature in furnace is not uniformity. it do not fixit the request of technical. so the price of using is high and effect benefit of enterprise

    目前，仍有相當部分工業企業在用窯、爐、烘乾生產線存在著控制精度不高，爐內溫度均勻性差等問題，達不到工藝要求，造成裝備運行成本費用高，產出品品質低下，嚴重影響企業經濟效益，急需進行技術改造。
  18. Using programmable controller for batch control of glass tanks

    可編程式控制器在玻璃窯爐加料控制中的應用
  19. In accordance with the technical features of large capacity and non - linear, the controlling arithmetic of fuzzy and predictable controlling is put forward, and the tracking and anti - inference capabilityes are enhanced

    摘要針對工業窯爐的容量大、滯后量大、非線性等特點，提出了一種將模糊控制與預測控制相結合的控制演算法，增強了演算法的跟蹤與抗干擾能力。
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