hydraulic controller 中文意思是什麼

hydraulic controller 解釋
液動調節器
  • hydraulic : adj. 1. 水力的,液力的;用水發動的。2. 液壓的,水壓的。3. 水力學的。4. 【建築】水硬的。adv. -lically
  • controller : n 1 管理人,主管人。2 (會計的)主計人,檢查員;〈英國〉(特指宮廷、海軍等的)出納官〈常作 comptr...
  1. The results of experiments have show that electro - hydraulic proportional control system and its core controller of the auto crane ’ s performance are satisfied. it has the advantage of easily using and low cost, then it is worthy of further developing

    核心控制器樣機的試驗情況表明,本文所設計的汽車起重機電液比例控制系統具有簡潔實用、成本低廉的優點,證明了本文研發成果的有效性和實用價值,為產品的產業化開發打下了良好的基礎。
  2. Based on above two points, developing electro - hydraulic proportional controller of having independent intellectual property is now urgent to civil auto crane manufacturer. at the beginning, in this thesis, a serial of models about auto crane ’ s function, construction and action are provided after being carefully analyzed with the modeling tool uml ( united modeling language ). using these models, we can easily get along with the design and realization of electro - hydraulic proportional controller

    本文首先從研究汽車起重機的功能入手,以面向對象的觀點和使用uml作為建模工具,透徹地分析了汽車起重機功能應該具有的結構、行為特性,經過分析得出的結構、行為方面的特性是作為汽車起重機功能的內部描述存在的、具有固定不變的特點,這些特性的描述是研究與設計汽車起重機電液比例控制系統所必需的基礎工作。
  3. The electric anti - skid braking system is a very important subsystem of aircraft and the traditional analog controller and the hydraulic driver are replaced with digital controller and electric driver. the electric braking system improves the take - off and landing performance of aerocraft greatly

    飛機全電剎車系統是多電飛機中一個至關重要的子系統,它採用數字式剎車控制器代替模擬式剎車控制器、電氣作動機構代替傳統的液壓作動機構,將會極大地提高飛機的起降性能。
  4. In this paper, we have set up a telerobot system with force telepresence and video telepresence on basis of analysing telerobot system with telepresence in home and abroad. the system mainly comprises manual controller with force feedback, 4dof construction robot, electron hydraulic servo subsystem, bilateral servo control subsystem including position servo subsystem and force telepresence subsystem, video telepresence subsystem, wireless communication subsystem as well as all kinds of pressure and

    隨著社會的進步與經濟的發展,人們對搶險工作提出了越來越高的要求,具有臨場感提示的遙操縱機器人系統將在未來搶險作業、海底資源開發等領域中發揮重要的作用,並創造出重大的經濟效益與社會效益。
  5. Aiming at the problems in the field of the government for hydraulic turbine, this thesis applies the technology of programmable controller to the speed control of hydroelectric generators in hydropower station. a digital regulating system based on the fx2 programmable controller for the water - gate and paddle of hydraulic turbine is developed. first, the turbine regulating system is briefly introduced and the mathematics model of the system is derived

    本文針對當前我國水輪機調速器領域技術現狀,將可編程式控制制器技術應用於水電廠發電機組的轉速控制,提出了在應用可編程式控制制器實現導葉控制系統的基礎上,以可編程式控制制器實現導葉、輪葉雙調整控制系統,並參與研製了以fx2可編程式控制制器為核心的水輪機雙調節控制器,樣機的實際運行良好,系統的軟硬體設計得到驗證,結果令人滿意。
  6. Sequently it deals with frequency characteristics of the rudder and loading systems in matlab and simulate the system with 20 - sim. when improve the loading performance with adding the structure invariance principle to eliminate surplus force. to improve loading performance of loading system controlled by p - q servo - valve, this dissertation analyzes the uncertainties of electro - hydraulic load simulator, then designs a robust controller

    在此基礎上,應用matlab對舵機系統和加載系統進行頻域分析,利用20 - sim軟體完成對系統的時域模擬,並採用結構不變性原理來抑制多餘力干擾,改善系統的加載性能。
  7. 9. the plc controller accomplished with the hydraulic and pneumatic system controls the electric system

    9 .本機電控系統採用先進之pl1 c可程式控制器,搭配油氟廈勤作控制。
  8. Main frame system, hydraulic control system and electronic controller design method are presented in detail. in chapter 3, the precious mathematics model about electro - hydraulic proportional control system of material testing machine is proposed. the digital simulation and theoretical analysis of load control system, position control system and extension control system are discussed according to various load type

    第三章給出了材料試驗機負載適應控制系統的數學模型,並針對不同的負載類型,對試驗力控制系統、位置控制系統及變形控制系統進行了詳細的理論分析及計算機模擬,並對理論分析和模擬結果作了討論和總結。
  9. For the nonlinear and uncertain characteristic of hydraulic turbine power set, this paper combines the artificial neural networks ( ann ) with adrc theory and adjusts the structure of the controller according to the characteristic of the subject

    針對水輪發電機組的非線性和不確定性,把神經網路與自抗擾控制理論相結合,並依據對象特性對控制器做了結構調整。
  10. Chapter 2 describes the working theory of the hydraulic elevator control system, and introduces the components of this system, especially the vsvii integrated valve, which could be regulated by the controller of single chip processor with flexible control strategy. also the mathematical models for the hydraulic elevator control system with vsv ii valve are derived and the simulation is made

    論文的第二章主要介紹採用轎廂速度反饋電液比例控制的液壓電梯的工作原理,分析了本課題所採用的控制系統的各個組成部分,特別介紹了本課題組自行研製的vsv型液壓電梯專用比例閥和計算機監測系統,並對液壓電梯速度控制系統進行了建模和模擬。
  11. During the designing of the electricity control system, the thesis used the mode that made up of monitor system and control system, formatted a network that is combined by far concentrates control system and nearly control system. the monitor system chooses the functional monitoring software - the king monitor and the man - machine interface, which operated conveniently. and the control system chooses dependably programmable logic controller and advance profibus fieldbus to completely control the spot equipments. author hopes the thesis ' s researches can do a little for the development of the water power control technique, and the combination of the hydraulic technique and the advanced technique, author also hoping heartily the control technique of the our country develop quickly

    上位機選用功能強大的工控組態軟體? ?組態王和操作方便靈活的觸摸屏。下位機則採用可靠性高的可編程式控制制器和先進的profibus現場總線完成對現場設備的控制。作者希望通過該課題的研究,能夠對水電行業控制技術的發展,對液壓技術與當今先進技術更好的相結合,起到一定的促進作用,也衷心地希望我國的控制技術取得飛速的發展。
  12. The control simulation of the hydraulic turbine generator is built and the results show that the proposed controller has satisfied performances. 4

    針對水輪機組的轉速控制問題,進行了模擬試驗,模擬結果驗證了此種控制策略的有效性。
  13. This paper addressed the design of the servo - control part of the control system in detail. we use hydraulic actuator and displacement sensor to set up a hydrauservo system ; we also use the hydraulic lock and embedded controller to make it safety

    本文詳述了地面操縱系統中液壓伺服控制部份的設計:通過採用液壓作動筒+位移傳感器的方案來實現位置伺服控制;通過採用液壓鎖+嵌入式控制器的方案來保證系統的安全。
  14. The traditional pid control and all sorts of intelligent control have their advantages and defects. thinking of the hydraulic turbine governor system is a time mutative, fast unlinearity system, it is necessary to improve its feature and reliability with intelligent control system. therefore, a hydraulic turbine regulator based on nine - point controller is made in this paper

    傳統的pid控制無法解決穩定性、準確性、快速性的矛盾,考慮到水輪機調節系統是一個時變、快速的非線性系統,通過智能控制技術來改善其性能和穩定性是非常必要的,所以提出了一種基於九點控制策略的水輪機調節系統。
  15. Electric power steering system ( eps ) is more appropriate to realize an ideal steering than a conventional hydraulic power steering system, because it is easy to optimize the steering system characteristic by adjusting parameters of the system ' s controller. electric power steering is a new structure with novel technique of power steering. the electric power steering brings new effects on the steering maneuvrability, steering returnability, etc. the evaluation of the conventional hydraulic power steering could n ' t be applied for the electric power steering

    電動助力轉向系統( electricpowersteeringsystem ,簡稱eps )與液壓助力轉向系統相比它有許多優點,該系統可在不更換系統硬體的情況下,通過對控制器軟體的設計,十分方便地調節系統的助力特性,所以它在提高轉向系統的操縱輕便性同時保證駕駛員能獲得充分的路感,從而獲得較為理想的助力特性。
  16. Industrial controlling equipment and its system, sensor, converter, factory / process automation technology and equipments, distribution control system ( dcs ) / analytical controlling system / intelligent controlling system / process automation controlling system / automatic controlling system / test and control system / supervision system / numerical controlling system / digital display equipment / frequency speed control, servo - control, computer aided design and control, various specialized systems, power transmission techniques, programmable controller / hydraulic pneumatic element, automatic storage retrieval system, logistics, other electronic devices, communication, electric controlled equipments, various fitting, whole - set system and installation

    工業控制機及其系統、傳感器、變頻器(培訓) 、工廠/過程自動化技術與設備、集散控制系統/分析控制系統/智能控制系統/過程自動化控制系統/自控系統/測控系統/監控系統/數控系統/數顯設備/變頻調速與伺服控制、計算機輔助設計與控制及各類專用系統、動力傳動技術、可編程序控制器/液壓與氣動元件、自動化立體倉庫、物流、其它有關電子、通訊、電控設備、各類配件及成套系統和裝置。
  17. The efforts to be shown in the paper include : building on the mathematics model of electro - hydraulic shaking table, after the analysis of the dynamic characteristics of electro - hydraulic shaking table the conclusion that it is essentially non - linear is drawn ; according to the aforementioned characteristics and with the view to the actual research object, we present the outline of the system design and criteria of the electro - hydraulic shaking table servo - controller ; due to the research object we practically work over two control strategies and correspondingly scheme out two controllers, which is pid controller and human simulating intelligent controller based on ziegler - nichols parameters - adjust empiric formula ; we develop electro - hydraulic shaking table servo - controller, constitute entire hardware system platform and accomplish the correspond codes of the software which combine to complement its most functions ; the simulation of the adjust stability of controlling system and servo trailing control has been made by matlab, which compares the simulation results of the behavior of pid controller and human simulating intelligent controller

    本文的主要工作包括:從電液伺服控制系統的數學模型入手,對電液伺服控制系統的動態特性進行了分析,得出了其非線性本質的特點;根據電液伺服控制系統的上述特點,結合具體的電液式振動臺研究對象,提出了電液伺服控制系統的設計要點和振動臺伺服控制器的設計指標;結合研究對象,具體研究了控制器的控制策略,設計了兩類控制器,即基於ziegler - nichols參數整定經驗公式的pid控制器和仿人智能控制器;開發了電液式振動臺伺服控制器,建立了完整的硬體系統平臺並完成了相應軟體的編寫,實現了主要的控制功能;對控制系統的穩定調節控制和伺服跟蹤控制進行了matlab數字模擬,對pid控制器和仿人智能控制器的控制行為分別進行了模擬實驗並做了比較。
  18. Carlos eduardo jeronymo, hironao yamada, takayoshi muto. adaptive predictive controller for hydraulic system driven by fast - switching on / off solenoid valves [ j ]. jsme international journal, series c, 1996, 39 ( 3 )

    劉忠,楊襄璧,趙宏強.基於高速開關閥的液壓控制系統及其控制方式的應用研究[ j ] .鑿巖機械氣動工具, 1998 ( 4 )
  19. The transmission method and control theory of the hydraulic traveling system of the paving machine are described in detail in the paper. the paper puts out a specific control strategy to control the machine ' s running forwards and backwards, starting, braking, accelerating and decelerating, and or so, turning right and left and steering, at the same time, puts great emphasis on the study of constant - velocity technology and integrates the pid theory and fuzzy control theory into the design of the digital controller

    詳細論述了瀝青混凝土攤鋪機液壓行駛系統驅動方式和控制原理,提出了具體的控制方案,用單片機完成了攤鋪機行駛系統數字控制器的硬體設計和軟體設計,實現了攤鋪機前進後退、起步、停車的加速與減速控制,以及左右轉向和原地轉向的控制。
  20. The other lies in the imported electro - hydraulic controller itself. being a general product, the imported control doesn ’ t work well in particular working conditions in china

    本文密切結合湖南省科技攻關重點項目進行研究,圍繞「汽車起重機電液比例控制系統」的開發做了大量的工作。
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