single loading system 中文意思是什麼

single loading system 解釋
簡單裝卸系統
  • single : adj 1 僅只一個的,單獨的;單式的;【植物;植物學】(花等)單瓣的;【無線電】單工的,單次的。2 獨...
  • loading : n. 1. 裝貨。2. 裝載量;重量;載荷;(船隻等的)貨載。 3. 填充物,填料。4. 額外人壽保險。
  • system : n 1 體系,系統;分類法;組織;設備,裝置。2 方式;方法;作業方法。3 制度;主義。4 次序,規律。5 ...
  1. In effect the whole of the loading system is a single generalized force symbolized by a single parameter.

    實際上,整個載荷系統是單個的廣義力,可用單個參數符號表示。
  2. Kone technology, original european hydraulic cylinder, pumping station and control system, ensure superior quality, high reliability and longtime life of our products. multi - type operation modes such as single - cylinder and double - cylinder in 1 : 1, 2 : 1, 4 : 2 ratio instead of traditional mrl solutions can save building space and construction costs and serve in over - loading vertical transportation locations

    引進通力技術,原裝進口歐洲全套液壓油缸泵站和控制系統,保證了產品品質可靠性和長使用壽命單缸雙缸1 : 1 2 : 1 4 : 2等多種經典結構,是傳統的無機房解決方案,可減少建築空間降低建築造價,能勝任各種重載大噸位垂直運輸場合。
  3. At present, it has already recorded huge success aimed at furthering the water pressure technology research. this thesis will study the dynamic characteristic of the single passage water pressure servo loading system, analyze the possibility of the system control methods and sum up the path to raise the dynamic state characteristic of the system, it is important in widening the applied foreground of hydraulic system

    目前針對加載系統的靜態特性研究,已取得良好效果,為進一步拓展水壓技術研究,本文以單通道水壓伺服加載系統動態特性為研究重點,分析系統控制方式的可行性,以期獲得提高系統動態特性的途徑,對加載系統應用前景的拓寬有重要意義。
  4. The paper introduces the structure of helicopter airscrew loading system and constructs the mathematical model of single channel loading system and analyses its dynamic performance

    論文介紹了直升機旋翼加載系統的結構,在建立了單通道加載系統的數學模型的基礎上,分析了加載系統的動態性能。
  5. Included three positions system, the helicopter airscrew electro - hydraulic servo loading system has coupling nexus of three positions and three loadings. trough analyzing nexus of the displacement and the force, this paper designs the three channels electro - hydraulic servo loading system basing on the analysis of single channel electro - hydraulic servo loading system. surplus torque, which is produced through position disturbance, is a chief problem facing aerodynamic loading system

    直升機旋翼的操控通過三個助力器完成,模擬負載時把旋翼所受空氣動力折算到了三個助力器上,由於三個助力器是鉸點在一個模擬盤上,所以三通道加載系統與三個助力器位置系統有一定的耦合關系。
  6. The experimental system is build up in this dissertation, by which we proceed the experimental research aiming at two structure schemes which are electro - hydraulic load simulator controlled by single pressure servo valve control and loading platform controlled by pressure and flow servo valves separately

    本文建立了減搖鰭電液負載模擬臺的實驗系統,並分別在單個壓力伺服閥控制加載系統、壓力伺服閥和流量伺服閥雙閥控制加載實驗系統進行了實驗研究。
  7. Besides, the method and control principle for testing substructures in a single - story frame system under loading due to eccentric lateral responses of superstructure to earthquake motion is presented. several validated simulation tests have been conducted successfully. additionally, the method and control principle for testing substructures in a

    另外,通過分析單層框架單向偏心的地震扭轉反應,提出了考慮扭轉影響的結構遠程協同擬動力試驗方法,同時編制相應的程序進行了驗證性的結構遠程模擬試驗。
  8. This paper derives the fundamental equation of differential callus of the load transmission in the system of pile and soil when a single pile is vertically loaded ; moreover it answers some typical cases of destruction. some theories of the bearing capacity of a single pile under vertical loading and some ways of making certain of it are generalized and summarized. concerning a practical engineering, they are specif ically utilized

    本文系統闡述了樁基礎的類型及特點,在前人研究的基礎上導出了單樁在豎向荷載作用下樁土體系荷載傳遞的基本微分方程,通過分析影響荷載傳遞的因素入手,對單樁的幾種典型破壞模式進行了分析總結,並以由於地基土強度破壞而導致的樁基破壞模式為重點,推導其荷載傳遞曲線,進而用高等數學結合土力學方法推求樁土之間用深度和位移表達的荷載傳遞的微分方程。
  9. The development of aero industry requires high - performance loading system, but now, the bandwidth of the equipment is only 8 - 10hz. in this thesis an single channel electro - hydraulic servo system is designed to validate. compare and explore different control schemes on restraining additional torque inherent in force loading system

    為了滿足飛行器系統模擬的需要,各相關單位對電液負載模擬臺的性能指標提出了很高的要求並提出了各種解決方案,但在滿足雙十指標的情況下一般達到的頻帶只有8 10周。
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