quick motion

美 [kwɪk ˈmoʊʃn]英 [kwɪk ˈməʊʃn]
  • 快动作
quick motionquick motion
  1. at Richards ' quick motion to screen him from the view of his wife .

    理查兹快速地遮住了他的视线,不让他看到她妻子的惨相。

  2. Throw or toss with a quick motion .

    用很快地动作掷或投。

  3. Heart , became almost deprived of his senses and slow , middling and quick motion .

    心,成为多少乎剥夺了他的理智和缓慢,中等和快速的议案。

  4. Moving upward and forward in a quick motion or series of motions ; or characterized by leaps .

    以快速的或一系列的动作向上或向前移动;或以跳跃为特征的。

  5. Compose a sequence of dance steps to music . throw or toss with a quick motion .

    为舞蹈动作安排次序。用很快地动作掷或投。

  6. In one quick motion , he gave my wife the corsage , wished us a Merry Christmas

    说着,他迅速地将那束鲜花塞到我妻子的手中,道了声圣诞快乐。

  7. The article also introduced the SOC ( System On a Chip ) technology , which is the key to realize such control , software and Quick Motion Control Language .

    介绍实现该项技术的SOC(系统级芯片)技术、软件技术,及QMCL(QuickMotionControlLanguage/快速运动控制语言)等技术。

  8. In one quick motion he gave me the corsage , wished me a Merry Christmas and departed .

    他动作敏捷地把花束给了我,祝我圣诞快乐,然后离开了。

  9. The kinematic synthesis of four-bar linkage with quick return motion and its optimum design

    急回四杆机构的运动综合和优化设计

  10. A Simple and Practical Synthetic Method Based on the Principle of Kinematic Geometry for Designing Four & Bar Linkage with Quick Return Motion

    利用运动几何学原理设计具有急回运动的四杆机构的简便综合法

  11. In this paper , the author describes the CAD method for designing linkages with quick return motion , including its calculation equations , computer program and applications .

    介绍了连杆机构设计的CAD方法,具体介绍了具有急回运动的四杆机构设计综合的CAD方法,包括其数学模型的建立、运行过程以及该方法的使用性。

  12. Given two link 's lengths of the mechanism , the other two link 's lengths which meet the requirement of quick return motion can be easily designed by solving the equations

    如果已知机构的任意两杆长度,通过求解该线性方程组,则可很容易地设计满足急回要求的其他两杆长度

  13. Due to complex modeling , non-unique solutions and single-period planning , the traditional model-based motion-controlling approach is disadvantageous to produce quick steady motion and to adapt to unstructured environment for a multi-legged robot .

    传统基于模型的机器人控制方法存在建模复杂、解不唯一、单周期规划等问题,不利于实现多足机器人的快速稳定运动,非结构环境适应性较差。

  14. The optimun transmission force conditions of planar slide crank mechanism with the quick return motion are analysed over working stroke in this paper , and the parameters , formulas and charts of optimizing minimum transmission angle over working stroke and return stroke are also given .

    本文分析了具有急回运动的曲柄滑块机构工作行程的最佳传力条件,同时给出了优化工作行程与空回行程最小传动角γwmin和γmin的参数、设计公式和图表。