以冲击谱定量预测凸轮驱动系统的运动状态，给出了凸轮廓线动态设计原则和程序流程。
Based on the quantitative prediction of the shock spectra to the behavior of CAM driven mechanisms, the dynamic design principles of CAM profiles and the corresponding flow scheme have been given.
讨论了低压微位移驱动电路及控制方法在光电轮廓仪上的运用。
The application of a low-voltage micro-displacement driving circuit and its control method on an optoelectronic profilometer are discussed.
以冲击谱定量预测凸轮驱动系统的运动状态，给出了凸轮廓线动态设计原则和程序流程。
Based on the quantitative prediction of the shock spectra to the behavior of CAM driven mechanisms, the dynamic design principles of CAM profiles and the correspond...
变速输入的凸轮机构，驱动力随凸轮廓线而变化，使得凸轮机构的设计成为一个难题。
CAM mechanism with variable inputting speed, its driving force will change along with the profile of CAM, thus make the design of CAM mechanism becomes a difficult problem.
在应用LOM技术的快速原型 （RP）系统中 ，运动控制卡广泛用于轮廓控制 ，驱动刀具 （激光 ）实现工件轮廓的切割。
In rapid prototyping (RP) system using LOM technology, the motion_controlling card is widely used in contour control, driving tool ( laser) for cutting workpiece contour.
在应用LOM技术的快速原型 （RP）系统中 ，运动控制卡广泛用于轮廓控制 ，驱动刀具 （激光 ）实现工件轮廓的切割。
In rapid prototyping (RP) system using LOM technology, the motion_controlling card is widely used in contour control, driving tool ( laser) for cutting workpiece contour.
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