運動精度 的英文怎麼說

中文拼音 [yùndòngjīngdù]
運動精度 英文
kinematic accuracy
  • 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...
  • 精 : Ⅰ形容詞1 （經過提煉或挑選的） refined; picked; choice 2 （完美;最好） perfect; excellent 3 （細）...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 運動 : 運動[舊時用語] arrange things or get things done through pull
  • 精度 : precision; accuracy; degree of accuracy; precision accuracy; trueness
  1. Conventional aerostatic bearings have the problems of vibrations and motion inaccuracy due to the low stiffness

    傳統的靜壓氣體徑向軸承由於低剛度而存在著振動和運動精度不高的問題。
  2. In this paper, error sources and the relation between error source and transmission error of harmonic gear drive are deeply analyzed based on its working principle and structure. then synthesize these errors by using stochastic error theory to write out estimative formula that calculate transmission error

    本文重點對諧波齒輪傳動的運動精度進行分析研究，從諧波齒輪傳動運動誤差的產生入手，首先對誤差源進行了深入分析，然後對運動誤差進行了分析和綜合。
  3. The frequency spectrum and the beet frequency phenomenon also were carried out, the reason from that the beet frequency occur has been found and simulated. these jobs are useful for improving the performances of harmonic gear drive and opening up its using scope

    這對進一步認識諧波齒輪傳動運動誤差的產生和提高諧波齒輪傳動的運動精度，拓寬諧波齒輪傳動的應用范圍，特別是在工業機器人中的應用都具有重要的現實意義。
  4. On the contrary, in - parallel actuated micromanipulators have the advantages of more rigidity and accuracy, higher load capacity, and simple inverse kinematics, therefore they can be used to replace conventional serial ones to meet the rising need for higher precision, they are widely used in automation, communication, mechanics engineering, medicine field and so on

    而並聯機構具有運動鏈封閉、剛性好、無關節誤差累積、運動精度高，且運動學逆解求解簡單等優點，因此非常適合於用作微操作執行器機構，廣泛應用於自動化技術、機械製造工程、醫療技術等領域，具有廣闊的發展前景。
  5. On the contrary, in - parallel actuated micromanipulators have the advantages of more rigidity and accuracy, higher load capacity, and simple inverse kinematics, therefore they can be used to replace conventional serial ones to meet the rising need for higher precision in this dissertation, position kinematics of a micromanipulator with serial - parallel structure is studied

    相反，並聯機構具有運動鏈封閉、剛性好、無關節誤差累積、運動精度高，且運動學逆解求解非常簡單等優點，使得這類機構非常適合於用作微操作機器人機構，因而，研究基於並聯機構的微操作機器人系統具有現實的工程意義。
  6. According to the principle of linear pile - up of small displacement, the static and dynamic output kinematic errors are synthesized, and the reliability model of the kinematic accuracy of the mechanism is built

    應用微小位移的線性疊加原理分別對靜態、動態誤差進行了綜合，建立了機構輸出運動精度可靠性分析模型。
  7. Simulation result shows that although all structural error of virtual axis machine tool can not be identified completely while the moving platform moves inside its working space, the moving platform kinematic accuracy is fulfilled inside the whole working space after error compensation

    模擬結果表明，雖然在虛軸機床的工作空間里無法將其可能存在的結構誤差全部求出來，但計算結果完全可以滿足機床在工作空間里的運動精度要求。
  8. Through an example, a study of the influencing factors on the reliability of the output kinematic accuracy of the mechanism is made, the results obtained reveal the following fact : with the increase of crank ' s rotating speed, the dynamic elastic deformation of the mechanism becomes the principle factor that effects the reliability of the output kinematic accuracy of the mechanism greatly

    通過算例，考察了機構輸出運動精度可靠度的影響因素，結果表明隨著機構轉速的提高，機構的動態彈性變形將成為影響機構運動精度可靠性的主要因素。
  9. As the new generation product replacing j53 - 1600a model, it adopts accessories of j53 - 1600a excepting some accessory such as machine frame. in addition to its standard parts are mostly universal and wearing parts are completely universal, its platform, brake and balance cylinder are improved and designed to be more convenient for maintaining. j53 - 1600c model machine frame guide rail adopts wear - proof paneling, radically solving the problem that j53 - 1600a model press owns poor abrasion resistance and has bad effect on kinematic accuracy during application owing to no paneling on its integrated body

    J53 - 1600c型是在j53 - 1600a型基礎上的改進型，是j53 - 1600a型換代產品，除機架等個別零件外，其它件採用了j53 - 1600a型的零件，而且標準件基本完全通用易損件完全通用，另外平臺制動平衡缸改進設計使設備維護更為方便， j53 - 1600c型機架導軌採用耐磨鑲板從根本上解決了j53 - 1600a整體機身無鑲板耐磨性差，使用后影響運動精度的問題。
  10. Output errors of power amplifiers, hysteresis and creep error of pzts and coupling error among the actuators are the critical factors affecting the motion accuracy of improvement

    摘要功率放大器的輸出誤差、壓電陶瓷的洄滯及蠕變誤差、驅動器之間的耦合誤差等是影響機器人運動精度的關鍵因素。
  11. According to the high precision and rotation stability requirement of negative scan unit of cylinder photography typesetting machine, the three levels of cylindrical gears transmission separately, the two - stage cylindrical gears - worm drive, and the worm drive was chosen through calculating its velocity ratio, the checking transmission precision, carrying on the movement precision analysis to the sweep unit, and computing overall transmission error

    摘要針對圓筒型照相排版機底片掃描裝置要求傳動精度高，轉動平穩的特點，分別選擇三級圓柱齒輪傳動，雙級圓柱齒輪蝸桿傳動，蝸桿傳動3種常見的傳動方式，計算其傳動比，驗算傳動精度，對掃描裝置進行運動精度分析，計算總體傳動誤差。
  12. Roller radius sizes of slave mechanism of cam machin e affect the touch - stress of touch region and the thickness of lube film directl y

    凸輪機構從動件滾子半徑的大小直接影響凸輪副接觸處的接觸應力和潤滑油膜厚度並影響凸輪機構的壽命和運動精度。
  13. Abstract : roller radius sizes of slave mechanism of cam machin e affect the touch - stress of touch region and the thickness of lube film directl y

    文摘:凸輪機構從動件滾子半徑的大小直接影響凸輪副接觸處的接觸應力和潤滑油膜厚度並影響凸輪機構的壽命和運動精度。
  14. Due to its character of microscopic scale motion, a very simple position kinematic equation is achieved. based on the equation obtained, the workspace of the serial - parallel micromanipulator is described, and the effect of different structural parameters on the workspace is also discussed. in order to evaluate the output errors caused by the structural errors and actuator errors, accuracy analysis is then conducted for this serial - parallel micromanipulator, and an approach based on software programming is presented for error compensation

    由於所研究的微操作機器人運動范圍很微小，機構結構誤差及驅動誤差都可能造成機器人的操作精度嚴重降低，為評價這些機構誤差對運動精度的影響，本論文以矢量法對該機器人機構進行了誤差分析，並討論了誤差補償的軟體法；此外，論文還進一步研究了遺傳演算法在並聯機器人機構學研究中的應用，為並聯機器人位置正解問題求解提出一種新思路。
  15. Machining center ' s geometric accuracy is the key to guarantee the processing accuracy of machine tool. the testing of geometric accuracy is the base of testing machining center ' s straightness accuracy

    加工中心幾何精度是確保機床加工精度的關鍵，其中直線運動精度的檢測是幾何精度檢測的基礎。
  16. The results indicate that the kinematic precision can keep in an allowable range by choosing the strucrural parameters correctly

    結果表明可通過合理選取各種結構參數，使運動精度控制在允許的?圍之內。
  17. Taking advantage of the multi - degree of redundancy, the performance of flexible robot can be improved by programming the self - motion of robot

    利用冗餘度機器人的冗餘特性，可以使柔性機器人的運動精度提高。
  18. The continual vibrations of flexible appendages not only affect the performance of appendages, but also significantly influence on moving accuracy and orientation stability of the main body

    柔性附件的持續振動不但影響附件本身的工作性能，而且還通過與主體的耦合影響到主體的運動精度與姿態穩定。
  19. The effect of press node deflection on the slide motion has been analysed with probing into corresponding solutions so as to improve the motive precision of press and meet our user ' s needs

    摘要分析了壓?力機節點偏置時對滑塊運動精度的影響，探討了相應的解決方法，以便提高壓力機的運行精度，滿足用戶的需求。
  20. Planar parallel manipulators can follow precisely any planar path in their workspace with high kinetic precision, high rigidity, high capacity and good dynamic performances. planar five - bar linkages are fundamental forms of planar parallel manipulators

    平面並聯機械手不但能精確再現平面上的給定軌跡，而且具有輸出的運動精度高，運行速度快，承載能力高，控制靈活的特點，有廣泛的應用前景。
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