鏜同 的英文怎麼說

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鏜同 英文
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  1. Align adapter bushing or gear operator ( 3 ) bore with valve stem ( 5 ). note that on fire protection models adaptor bushings may differ from illustration

    用閥門的閥桿( 5 )對準適配器襯套或持論操作機構( 3 )孔。注意:消防防火型號閥門的適配器襯套可能與圖示不
  2. And lpmsm using high energy permanent magnet has strong electromagnetism thrust, lower cost, small electrical time constant and rapid response etc. using linear permanent magnet synchronous ac motors as driving parts in gantry - moving type milling machine is first proposed in this paper, to bring their high - speed dynamic response ability into play for further realizing rapid synchronism

    因此,本文提出了在龍門移動式銑床步傳動的驅動元件中採用永磁直線步電機,以發揮其高速的動態響應能力,快速實現步。本文提出將解耦控制方法應用於龍門移動式銑床的步傳動中。
  3. In this project, using lpmsm as driving parts in modern mechanical systems involved high - precision synchronized feed technology such as gantry - moving type milling machine is first proposed so as to bring their high - speed dynamic response ability into play for realizing dynamically synchronized feed

    本項目首次提出了在諸如龍門移動式銑床等涉及高精度步進給技術的現代加工設備中,採用永磁直線步電機作為步進給的驅動元件,以發揮其高速的動態響應能力,實現動態步進給。
  4. For gantry - moving type machining center servo system, in order to restrain the machine coupling influencing dual motors system, an adaptive decoupling control technology is first presented in this paper, and through feedforward decoupling ; the dual linear motors controller ' s parameters will be modified by the feedback. the synchronous control caused by the feedback resulting from the adaptive control law will keep synchronism with dual motors in position for realized synchrodrive

    針對龍門移動式銑加工中心伺服系統,為了克服因兩個龍門立柱運動狀態差異形成的機械耦合對雙電機系統的影響,本文採用自適應解耦控制技術,先通過前饋解耦,再經過自適應律產生的反饋作用來修改雙直線電機控制器的參數,產生步控制量,使雙電機在位置上保持一致,從而實現了雙電機的步傳動。
  5. The background of this dissertation is the gantry synchronous control problem of numerical control gantry - moving type milling machining center drived by two linear permanent magnet synchronous motors with the same parameters. theory of dynamic precision synchronization traverse and research of realization methods for linear servo dual position loops system is researched

    以兩臺永磁直線步電機驅動的數控龍門移動式銑加工中心步控制問題為背景,對直線伺服雙位置環動態精密步進給理論和實現方法進行研究。
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