The studying of mechanical motion systems plays a very important role in mechanical design in general, and is decisive to the output, function and overall performance of the machine.
机械系统运动方案的设计在整个机械设计过程中起着关键作用，决定着机器的产量、使用功能及整体性能。
The principles of mechanical motion and coordination among subsystems are analyzed.
分析了各子系统运动原理及相互配合的关系。
In many example of mechanical motion, there is an interchange between kinetic and potential energies.
在很多机械运动的实例中，有一种是动能和势能之间的相互转化。
Based on coupling control of mechanical motion and liquid flow, an automatable adjusting technology for cell position and attitude was proposed.
基于机械运动和流场流动的耦合控制，提出了自动化的细胞位姿调节技术。
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