servo cylinder 中文意思是什麼

servo cylinder 解釋
伺服缸
  • 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〉。
  • cylinder : n 1 圓筒；機筒；烘筒；量筒；（印刷機等的）滾筒。2 【數學】柱（面），柱體。3 【機械工程】汽缸；【...
  1. 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。
  2. This paper introduces the working principle and controlled methods of the permanent magnet synchronization servo motor ( pmsm ), builds the mathematical model of the pmsm and analyzes the pump controlled cylinder subsystem and builds the mathematical model of it

    本文建立了永磁同步電動機的數學模型，分析了泵控缸液壓動力機構並對其建立了數學模型，進而建立了直驅式電液伺服系統數學模型。
  3. Through consulting lots of relevant references, present research of direct drive volume control hydraulic servo system is summarized in this paper, the principle and character of this system are expatiated, the principle of vector control is introduced. at the same time, the mathematical model of ac asynchronous motor is set up based on the vector control theory. the mathematical models of both the pump controlled motor and pump controlled cylinder are set up and simulated in this paper

    在查閱大量國內外相關文獻的基礎上，本文綜述了國內外對該系統研究概況，闡述了該類系統原理和特點;闡述了矢量控制的基本原理，並基於這一原理建立交流異步電動機的數學模型;分別建立了泵控馬達系統和泵控缸系統的數學模型，並給出了模擬分析;設計了用於泵控馬達系統的集成閥塊，加工了密閉壓力油罐;針對現有直驅式電液伺服裝置所存在的問題，本文主要針對系統工作過程中所產生的噪音與爬行問題進行了一定的研究。
  4. Secondly, this paper emphasizes how to apply this new friction model to practical valve controlled cylinder position servo system and realize the dynamic friction compensation. the paper designs the compensation law and uses the matlab / simulink tools to testify the compensation effect

    其次，本文重點放在如何將新型摩擦模型應用到實際的電液位置伺服系統中，以實現對閥控液壓缸電液位置伺服系統的摩擦力進行動態補償，並應用matlab的simulink模擬工具進行模擬，通過調節摩擦補償環節的參數可得到良好的補償效果。
  5. During the research of the electro - hydraulic servo cylinder with mr sensor, the author considered that the manufacture techniques of the piston rod is the crucial step of whether the electro - hydraulic servo cylinder with mr sensor can be integrated

    在對帶mr位移傳感器的研究過程中，對起磁標尺作用的活塞桿及其加工工藝的研究是關繫到mr傳感器能否與電液伺服液壓缸進行集成的關鍵所在。
  6. In this dissertation, the author builds up mathematical model of electro - hydraulic load simulator system. and it also builds up model of p - q servo - valve and complete system based on bond graph theory, which consider the nonlinear of orifices and real - time changing characteristic of liquid capacity in the cylinder chambers

    論文建立了電液負載模擬器的數學模型，同時，基於鍵圖理論考慮閥口流量非線性和液壓缸液容的時變特性，建立p - q伺服閥和全系統的鍵合圖。
  7. Pneumatic servo position technology can realize automatic orientation when cylinder moves in high velocity. pneumatic mechanical hand is developed too and is beyond traditional methods

    氣動伺服定位技術已能使氣缸在高速運動下實現任意點自動定位，而氣動機械手也相應得到發展，突破傳統的定位方法。
  8. The mechanism is based on the 4 - axis rectangular coordinate system. the driven mode of x - axis is proportional pneumatic - servo control system ; y - axis is driven by a digital ac servomotor ; z - axis is driven by a linear cylinder ; the driven mode of the axis of r is same to that of y - axis

    X軸採用基於比例伺服技術的氣動驅動； y軸採用全數字交流電機伺服驅動； z軸則採用直線氣缸驅動；而r軸採用與y軸相同的驅動方式，同時其前端安裝了真空吸盤，用於抓取工件。
  9. 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。
  10. The force output of the asymmetric cylinder controlled by symmetric valve is choosen to be the controlled object in the hydraulic servo system that we studied

    本課題研究的液壓伺服系統，是以閥控非對稱液壓缸輸出力作為被控對象。
  11. The main contents are as following : 1. according to the basic theory of hydraulic - servo system, research deeply the mathematical modal of four - connection valve - controlled hydraulic cylinder, built up the transfer function of four - connection valve - controlled hydraulic cylinder and analyze it ' s dynamic character

    主要研究內容如下： 1根據液壓伺服系統的基本理論，對四通閥控單出桿液壓缸的數學模型進行了深入研究，推導了四通閥控單出桿液壓缸的傳遞函數，並對其動態特性進行了分析。
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