運動平臺 的英文怎麼說

中文拼音 [yùndòngpíngtái]
運動平臺 英文
motion platform
  • 運 : Ⅰ動詞1 （物體位置不斷變化） move; revolve 2 （搬運; 運輸） carry; transport 3 （運用） use; wield...
  • 平 : Ⅰ形容詞1 （沒有高低凹凸 不頃斜） flat; level; even; smooth 2 （高度相同; 不相上下） on the same l...
  • 臺 : 臺名詞（指臺州） short for taizhou （in zhejiang province）
  • 運動 : 運動[舊時用語] arrange things or get things done through pull
  1. Co - investment : leaguer will invite investment partner, co - invest and co - operate the digital hotel multi - media interactive platform

    聯合投資：公司將引進投資夥伴，共同投資和運營數字酒店多媒體互動平臺。
  2. Sales : leaguer will provide whole set of hardware and software products of hotel digital multi - media interactive platform, and also provide the services such as technical support, system maintenance and operation support etc

    銷售：公司將提供數字酒店多媒體互動平臺的全套硬體和軟體產品，並提供技術支持、系統維護、運營支持等服務。
  3. The structure of the fixed platform module and the moving platform module is relatively simple, and can be designed to various types according to the practical need

    運動平臺模塊和靜止平臺模塊的結構形式比較簡單，根據不同的需要其結構可以成各種形式。
  4. The parallel manipulator is composed of legs, the fixed platform, the moving platform, so the innovation of new parallel mechanism should be starting from analysis of the legs

    並聯機構是由支鏈、運動平臺和靜止平臺組成，故並聯機構的創新研究主要應從支鏈分析入手。
  5. In this paper, the mechanismic module of modular and reconfigurable parallel is classified into three basic modules, the fixed platform module, the moving platform module and the leg module

    本文把可重組模塊化並聯機器人從整體上分為三大模塊進行研究，一是靜止平臺模塊，二是支鏈模塊，三是運動平臺模塊。
  6. When the atp system is setup on a moving bed, movement and angular jitter of the bed will cause system line - of - sight high frequency jitter

    當捕獲、跟蹤與瞄準系統安裝于運動平臺上時，運動平臺的運動及抖動將導致系統視軸存在高頻的抖動。
  7. Experimental and simulation researches are implemented on basic concepts, key unit technologies of line - of - sight stabilization of acquisition, tracking and pointing ( atp ) system on moving bed. system simulation gives the complete system performance estimations

    針對運動平臺捕獲、跟蹤與瞄準系統視軸穩定技術的基本概念、關鍵單元技術進行了實驗和模擬兩方面的工作，以模擬的形式對系統的最終性能給出了預估。
  8. Design of the high - precision motion platform for ic testing

    測試技術的精密運動平臺的設計
  9. Dynamics analysis studies the force of the actuator by the newton - euler approach, the force was created by motion parameter

    動力學運用牛頓-歐拉法進行分析，由運動平臺的運動參數得出各個液壓缸的驅動力。
  10. To improve the performance of control, the coordinated control system of six degree freedom motion simulator was designed to make six jars collaborate to drive the motion deck

    為進一步提高控製品質、設計運動模擬器整體控制系統，首先對運動模擬器的運動平臺進行位置姿態反解。
  11. The research goal of vr group is the development and experiments of a consisting of a stewart platform as its motion device and a matching computer graphical system

    本組的研究目標在於發展一個結合電腦圖學、載具動態和運動平臺的整合性模擬系統，應用范圍涵蓋各種系統動態模擬分析、教育訓練和娛樂。
  12. As we know, gloal motion caused by camera vibration is quite common in image sequence. this nuisance factor resukts in translational, totational and parallax distortions in images

    很多情況下攝像機安裝在運動平臺上，由於由攝像機顫動引起的全局運動是在圖像序列中普遍存在的，這個因素在圖像中將產生平移，旋轉以及視差畸變等後果。
  13. Relationship between the link length of kinetic limb module and end output of moving platform is analyzed by finite element ( fe ) simulation of solid module through the example of 3 - puu and 6 - pus parallel micromanipulators

    並以3 - puu和6 - pus並聯微動機器人為例，將實體模型進行有限元模擬分析，研究運動支鏈模塊中連桿長度對運動平臺末端輸出的影響。
  14. First, it ’ s necessary to analyze the position inverse solution and positional solution. because of the nonuniqueness in the positional solution, it ’ s not easy to test the performance of the coordinated control system. so the model of nn was built to convert the vector of the length of 6 jars into the vector of the position of the motion deck

    針對運動平臺位置姿態正解的解析解非唯一性，本文建立神經網路轉換模型將運動模擬器的桿長向量轉換為位置向量，結合現有實驗條件，本文訓練了針對縱向空間的轉換模型，能夠快速、準確地完成桿長向量到位置向量的轉換。
  15. This method doesn ’ t need beam deflection device and can change the reference beam incidence angle with mechanical movement platform only. and the accuracy of system is not getting lower

    這種方法不需要光束偏轉器件，只需要機械運動平臺，僅通過平臺的移動，就可以實現參考光束入射角度的變化，而且尋址的精確性並未降低。
  16. Parallel manipulator has been developed based on the parallel mechanism. compared with the traditional series - connected robot, the parallel manipulator has its movement platforms actuated in parallel by several simple series connected movements chains, therefore has stronger bearing capacity, better dynamic performance and bigger ratio of rigidity load, thus are becoming more and more attractive to researchers and manufacturers. it has also become a research hot point in the manufacturing industries

    基於並聯機構發展起來的並聯機器人由於其運動平臺由幾個簡單的串聯運動鏈并行驅動，與傳統的串聯機器人相比，具有承載能力強、動態性能好、剛度重量比大等優點，並因為這些優點而日益受到廣大學者及製造商的重視，現在正在成為製造領域的一個研究熱點。
  17. The great wheel corporation chose bosch rexroth to supply the technical systems because the drive and control company is a leading supplier of motion platforms, and because of its emphasis on reliability and safety

    摩天輪公司之所以選擇博世力士樂供應這些技術系統，是因為博世力士樂這家驅動和控制公司是運動平臺的領先供應商，以及其對可靠性和安全性的重視。
  18. A survey of the current fluid dispensing technology is given at first, including its history, present situation and development trend. then the paper introduces the robots which are used in the dispensing process, with their characteristics and working situation. the control system scheme for the bench top robot which is selected as the dispensing motion platform is discussed and the final integrated control scheme is adopted which consists of off - line programming system based on cad / cam and motion controller based on dsp

    論文首先對點膠技術的歷史、研究現狀和發展趨勢進行了介紹，然後介紹了點膠工藝中所使用的機器人的種類、特點及使用場合;本課題選用了桌面型直角坐標機器人作為點膠的運動平臺，並採用時間/壓力型點膠方式，對直角坐標機器人控制系統方案進行了討論，制定了基於cad / cam機器人離線編程系統， dsp機器人控制器的集成控制系統方案。
  19. According to the special structure of this series of parallel micromanipulators, four types of modules are designed such as top platform module, static platform module, kinetic limb module, and active module, whose basic properties and characteristics are researched

    根據機構本身的特點劃分出四種模塊：運動平臺模塊，靜止平臺模塊，運動支鏈模塊以及驅動模塊，並研究了其基本功能和特點。
  20. The main works of the thesis are as follows : design a type of practical omni - directional wheel which is used in the omni - directional system ; resolve the problem that all the four wheels cannot contact with the ground evenly in different terrain locomotion. several alternative absorbers are designed to absorb the shock brought by the chassis of robot. a device for the installation and adjustment of the omni - vision system has been invented. then we put all the function parts together to form a steady - going system

    本論文設計並實現了一種較為實用化的全向輪;解決了四輪在平面內驅動存在的四點不能同時著地問題;為全向移動平臺設計並實現了多套行之有效的減振裝置;為全向移動平臺的全向視覺系統設計了一套安裝調節裝置;將各個功能模塊合理整合成為一套性能穩定的全向運動系統;系統地分析了全向運動平臺的運動性能;得出了平臺的運動學及動力學模型描述;介紹了全向移動平臺的基本控制方法。
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