運動副 的英文怎麼說

中文拼音 [yùndòngfù]
運動副 英文
kinematic pair
  • 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...
  • 副 : Ⅰ名詞1 （輔助的職務; 擔任輔助職務的人） assistant 2 （姓氏） a surname Ⅱ動詞（符合） fit; corresp...
  • 運動 : 運動[舊時用語] arrange things or get things done through pull
  1. The analysis of precision about mould - cut main mechanism with clearances is advanced. on the basis of analysis of slider displacement error influenced by the crank length tolerance, the coupler length tolerance and clearances in revolute joints for mould - cut main mechanism, some reasonable suggestions about tolerance distribution of bars length and fitting precision of joints are put forward

    考慮運動副間隙對主切機構進行了精度分析，通過分析主切機構中各桿長誤差和運動副間隙對滑塊位移誤差的影響，對商標模切機設計初期桿長誤差分配和運動副間隙配合精度提出了合理的建議。
  2. This machine is used for straight - line bevel cutting and bevel grinding and polishing for flat glass, in certain condition, it can be also used in bevel cuttig, bevel grinding and polishing for soft stone panel. the contrilling system adopts plc, it can accomplish automatic grinding cutting after entering processing parameter, convery speed adopts speed adjustment of fre quency conversion, direct drive of wheel head motor, all motions for joining in parameter adjustment completely adopt straight - rolling guide - track with front beam and wheel head lifting lntegrally. the transmission of input and output adopts synchronization tooth belt and photo - electricity switch positioning, and position limitation of two pass is much more reliable

    Sxm371pa型玻璃直線斜邊磨邊機是用於玻璃直線斜邊斜切，斜磨及光拋的專用設備，在一定條件下也可以用於軟石板材的斜切斜磨及拋光。控制系統採用plc控制。輸入加工參數后可自動完成磨削傳送速度採用變頻調速，磨頭電機直接傳動，所有加工參數調整運動副全部採用直線滾動導軌，前梁與磨頭整體升降，輸入輸出傳送採用同步形帶，光電開光定位，雙行程限位更安全可靠。
  3. In this paper, we classify the pairs into two kinds - - traditional pairs and new composite pairs. the composite pair ' s coming forth made it easier to invent new type parallel manipulator

    本文研究了構成運動支鏈的簡單運動副和復合運動副類型，復合運動副的提出，使得新型並聯機構的提出成為可能。
  4. High processing accuracy due to superprecision linear motion pair adopted in moving parts

    運動部分採用高精度直線軸承運動副，組角精度高。
  5. With different clearance value, displacement curves and velocity curves of generalized coordinates as well as slider displacement error curves in a motion period are obtained. these curves are discussed. results show that if manufacturing cost is kept invariableness, in order to improve precision of mould - cuting, fitting precision of joint connecting the crank and coupler has priority to be considered to increase

    採用四階rong - kuta法求解連續接觸模型的動力學方程，得到了一個運動周期內運動副間隙取不同值時，各廣義坐標的位移、速度曲線和滑塊位移誤差曲線，並通過曲線分析，得出了要提高模切機主切機構精度，在相同加工成本條件下，應優先考慮提高曲柄與連桿鉸接處的配合精度的結論。
  6. This thesis, on the basis of modern theories of vibration, ked analysis and finite element method, sets up a kinetic model of piston - linkage mechanism of diesel engine, by i - deas software of sdrc usa, which involves the effect of joint clearance in mechanism. by the presumption of " transient structure " in ked analysis, the mechanism " s dynamic responses in every transient structure conditions are calculated, and it provides a reliable theory basis for the optimization design of diesel engine

    本課題基於現代機械彈性動力學理論以及有限元分析方法，利用美國sdrc公司的- deas軟體，對含運動副間隙的柴油機的活塞、連桿機構建立了動力學模型；運用ked分析中的「瞬時結構」假定，計算出了機構在各瞬時結構條件下的動態響應，從而為柴油機優化設計提供了可靠的理論依據。
  7. A linear programming method of vector loop used in the analysis of mechanism motion and its error was introduced, the possibility of using the sensitivity of kinematic analysis for error was analyzed, and it was proposed for the error analysis model of the mechanism to make equivalent substitution for the dimensional error with basic kinematic joint element ( kinematic pair ) and as well to implement the linear programming method of vector loop for error analysis within the adams

    摘要介紹機構運動分析與誤差分析的向量環路線性規劃法，分析運用運動分析靈敏度進行誤差分析的可能性，提出在機構誤差分析模型中用基本運動連接元素（運動副）對尺寸誤差進行等價替換，使誤差分析向量環路線性規劃法在adams中實現。
  8. Spatial kinematic pair

    空間運動副
  9. Planar kinematic pair

    平面運動副
  10. In this model, condition is considered for modeling coupler as a rigid rod with two masses at each end

    考慮連桿與滑塊之間的運動副間隙，對主切機構進行三狀態建模。
  11. At last, the problem of pair selection is solved with the analysis of spherical gear characteristic and simulation

    最後，通過球齒輪的嚙合特點和模擬分析，解決了運動副的選擇難題。
  12. Mechanism is made up of two or more links linked by kinematic pairs, and there is certain relatively movement between its links

    機構是由兩個以上的構件用運動副聯接而成，各構件間具有確定相對運動的構件系統。
  13. Therefore, how to provide an effective model to describe the dynamic characteristics of the system with joint damping is the focus of current dynamic study of mechanism

    如何建立考慮運動副阻尼的系統動力學模型是當前眾多學者研究的重點。
  14. And reach the conclusion that the stiffness of joints, especially spheric hinge, is the key to improve the stiffness of parallel machine tool. 5

    並使用此方法比較了傳統堆疊式串聯機床和並聯機床的拓撲剛度特性，指出kd - 2000中球鉸和圓周運動副是導致機床剛度較差的主要原因。
  15. The characters of modular parallel micromanipulators are influenced by the geometry size of elastic p - joint and length of link in the kinetic limb modules

    在運動支鏈模塊中彈性移動副的幾何尺寸、同一支鏈運動副之間的連桿的尺寸具有重要性，它們影響著模塊化並聯微動機器人的性能。
  16. The leg module comprises four kinds of modules, the pair module ( traditional and composite ), the link module, the connector module and the actuated module

    支鏈模塊又分為運動副模塊、連桿模塊、連接器模塊和驅動模塊。文中主要研究了具有特定運動性質的支鏈模塊及其模塊化構造。
  17. In the text, differential coefficient method and numerical value differential coefficient method have been introduced for crank slide block machine accuracy analysis, and influence of the fitting clearance of moving pair to component moving error has been given

    文章介紹了微分法及數值微分法曲柄滑塊機構精度分析，說明了運動副的配合間隙對構件運動誤差的影響。
  18. Based on an algorithm for solving the time - dependent coefficients nonlinear differential equations numerically, computer software is developed which has an easy - to - use interface. the dynamic response to elastic deformation and stress in key parts and forces acting on the bearings under various parameters and working conditions can be calculated

    在研究求解該時變系數非線性微分方程組數值解法的基礎上，開發了具有良好人機界面的模擬軟體，可以計算出多種參數和工況條件下關鍵點的彈性位移、應力和運動副反力的變化規律。
  19. In this thesis, by means of the lagrange function, the finite element dynamic equations of the beam element are deduced. then all the element dynamic equations are assembled into the system dynamic equation through using the kineto - elastodynamics theory. the dissipation force derived from joint damping is applied as excitation force of the linkage system

    本文的主要內容如下：以平面彈性四連桿機構為研究對象，運用ked （ kineto - elastodynamics ）方法推導出了連桿機構的系統動力學方程；在此基礎上，將運動副阻尼等效為粘性阻尼，導出了包含運動副等效粘性阻尼系數的系統動力學方程。
  20. Comparing the fitted expression with the established theory expression of the angular velocity, the equivalent viscous damping coefficient is gained. the closed form algorithm of the state space method is employed to solve the system dynamic equation with time - varying coefficients. the dynamic problem of a linkage mechanism with four joints is taken as example to show that the presented models and methods are correct and practicable

    引入求解線性微分方程的狀態空間法，並對其求解時變系統運動微分方程的具體步驟進行了推導；在此基礎上將實測獲得的運動副等效粘性阻尼系數代入系統動力學方程，求解后獲得了考慮運動副阻尼的平面彈性四連桿機構的模擬結果；結果表明運動副的阻尼在一定程度上對振動具有抑制作用。
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