electro-servo-control 中文意思是什麼

electro-servo-control 解釋
電氣伺服控制
  • electro : n. （pl. electros） 〈口語〉＝electroplate, electrotype.
  • servo : n. 〈用作定語或前綴〉1. 【自動化】伺服。2. 伺服系統；隨動系統；伺服機械；從動系統。3. 【航空】舵機〈自動駕駛儀附件〉。
  • 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...
  1. On the basis of improving the dramatic characteristic of fluid drive system of the platform, the electro - hydraulic servo control system of simulating platform is designed, and its characteristic is analyzed, and the corresponding control algorithm is studied in this paper. what all do is in order to make the platform of ship motion simulating simulate the motion of ship, and realize the high precision motion pose of the platform, and achieve the motion performance index required by the testing of sea sickness

    在提高平臺液壓驅動系統動態性能的基礎上，本文進行了模擬平臺電液伺服控制系統的設計、特性分析和控制策略研究，使該模擬平臺能模擬船舶運動，實現高精度的平臺運動姿態，達到暈船病測試所需的運動環境性能指標。
  2. Dsp control of electro - hydraulic servo actuators

    的電液伺服機構控制
  3. The research of electro - hydraulic servo actuator for active structural control

    結構主動控制電液伺服作動器的研製
  4. The authors make a deep theoretical analysis on the system, build up the mathematical model of the triplex electro - hydraulic servo actuator system, analyze the effects of the redundance control on dynamic performance of the system and the dynamic performance of triplex electro - hydraulic servo actuator system after any trouble happens

    並對該結構伺服作動系統進行了深入的理論分析，建立了三餘度伺服控制系統的數學模型，分析了余度控制對伺服作動系統動態品質的影響，以及系統出現故障后余度伺服作動系統的動態品質。
  5. By picking up actual load on road of car body, use the electro - hydraulic servo road simulating system and the remote parameter cantrol system to iterate, take the iterating control target as an accelerated speed signal of spindle nose, iterate separately the loading spectrums on different road surfaces and finally merge the iterated results to obtain the loading spectrums for tests in the test bench

    通過對轎車車身實際道路載荷的採集，採用電液伺服道路模擬系統和遠程參數控制系統進行迭代（迭代控制目標為軸頭加速度信號，對不同路面的載荷譜分別進行迭代，最後將迭代的結果合併） ，得到用於臺架試驗的加載譜。
  6. Abstract : the mathematical model of the valve controlled asymmetrical cylinder active electro - hydraulic servo loading system is set up and the control strategy of the compound adjustment is designed in this paper. the simulation and experimantal research are carried out

    文摘:建立了閥控非對稱缸主動式電液伺服加載系統的數學模型，設計了復合校正的控制策略，並作了模擬和實驗研究。
  7. Electro - hydraulic servo control ' s technology becomes an important constitute of modern time control technology as a bridge between the micro - electronics, computer technology and electro - hydraulic control technology. for electro - hydraulic servo control ' s technology has the advantage of fine linearity, little deadband, high sensitivity, fine dynamic performance, rapid respond, high precision and so on, it is used in many fields

    電液伺服控制技術作為現代微電子技術、計算機技術和液壓技術的橋梁，已經成為現代控制技術的重要組成部分。由於它具有線性好、死區小、靈敏度高、動態性能好、響應快、精度高等顯著優點，因而得到了廣泛的應用。
  8. Fuzzy genetic algorithm - based electro - hydraulic servo system control

    基於模糊遺傳演算法的電液位置伺服系統控制
  9. 4. establish it state space modal by applying the theory of modern control to electro - hydraulic position servo system, and bring forward the method of quadratic optimal control and approach track optimal control

    將現代控制理論應用於電液位置伺服系統，建立精校機電液位置伺服系統的狀態空間模型，提出了基於狀態空間的最優二次型控制和漸近跟蹤控制。
  10. Study on a electro - hydraulic servo control system with the on - off valves of the drill boom positioning mechanism of drilling robot

    鑿巖鉆車脈沖數控式電液伺服系統的研究
  11. Research on electro - hydraulic servo control for construction robot based on system on chip

    基於片上系統的工程機器人電液伺服閥控制器的設計
  12. The internal feedback control principle was proposed for force tracing control of electro - hydraulic loading servo - system

    摘要提出電液加載的內部變量反饋控制方法。
  13. Variable structure control of the electro - hydraulic servo system

    人在迴路模擬系統物理效應可信度研究
  14. 5. applying the theory of adaptive control to electro - hydraulic position servo system, bring forward a adaptive control method based on regulating gain and damp, a adaptive control method of approach track based on parameter identification, a self - tuning control method of pole placement, a adaptive control method of general predictive

    將自適應控制理論應用於電液位置伺服系統，提出了基於增益和阻尼比調節的自適應控制、基於參數辨識的漸近跟蹤自適應控制、極點配置的自校正控制和廣義預測的自適應控制。
  15. 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。
  16. Electro - hydraulic servo control system is core part in earthquake simulation shaking table

    電液伺服控制系統是地震模擬振動臺的核心組成部分。
  17. In this dissertation, the basic theory of hydraulic - servo system is explored further more, the electro - hydraulic position servo system of the precise straightening press is researched entirely, combined the theory of modern control and the theory of adaptive control with the theory of electro - hydraulic servo control

    本文對液壓伺服系統的基本理論作了進一步的探討。並將現代控制理論、自適應控制理論與電液伺服控制理論相結合，對精校機電液位置伺服系統進行了全面系統的研究。
  18. The main research subjects in the paper is as follows : 1. on the basis of analyzing and improving the dramatic characteristic of fluid drive system of the platform, designing the computer control system of the electro - hydraulic servo control system, and programming the main control program which control the platform. at the same time, filtering signal

    論文的主要內容如下: 1 .在分析和提高模擬平臺液壓驅動系統動態性能的基礎上，對模擬平臺電液伺服控制系統進行計算機控制系統設計，編制了主控制平臺運動的主控製程序，並對控制系統進行信號濾波。
  19. The application of pid control in electro - hydraulic servo control system of hydraulic force standard machine

    控制在液壓式測力機電液伺服控制系統中的應用
  20. In order to solve the problems that large energy consumption, temperature variation, high, cost trouble maintenance in current electro - hydraulic servo control system for material testing machine, a new design scheme that electro - hydraulic proportional control system for material testing machine based on extension control strategy is proposed. the design scheme is successful by means of designing new main frame system, hydraulic cylinder system, digital electro - hydraulic micro - fluid proportional valve and electrical control system, and its results lay a foundation for material testing machine industries in our country

    針對國內外材料試驗機主要採用電液伺服控制系統，存在能耗大、溫升、成本高、維護困難等問題，本課題提出了基於可拓控制策略的材料試驗機電比例負載適應控制系統這一新型研究方案，通過開發新型試驗機主機系統、液壓缸系統、數字式微小流量電液比例流量閥及電控系統，實現了材料試驗機電液比例負載適應控制，為我國材料試驗機自動控制系統的產業化打下了基礎。
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