因此，使用这种鼠标的人，手得到一个非常舒适的位置，可避免操作中手关节上不必要的紧张。
Thus, while using this mouse hand of man will be in a really comfortable position that will help to avoid unnecessary effort and tension in the joints during manipulation.
知道机器人在远程端的位置等信息，操作者通过改变手的姿态对机器人做出相应的调整。
Knowing robot in the remote-location and other information, the operator changes the gesture of hand and the robot will be adjusted accordingly.
通过改变执手手柄的位置而实现各种开启功能，操作方便、简单耐冲击。
By changing the position of the handle and the handle is turned to achieve a variety of functions, easy operation, simple impact resistance.
因此，该方法可求解所有复杂的多回路平面机构及操作手的奇异位置分析。
Therefore, this method is able to solve the singular position of all complicated multilooped planar linkages and manipulators.
提出了求解任意复杂多回路平面连杆机构及操作手奇异位置分析的模块法。
This paper offered a module approach for solving the singular position of arbitrary complex multilooped planar linkages and manipulators.
触摸屏是一种触式传感的荧光屏，操作手点触到屏幕时能给出其坐标位置。
Touch screen is one of touch-based sensor, which supplies to the processor the screen position indexed while touched by an operator's finger.
在此基础上，对物料抓取机械手运动学和动力学进行了分析和设计，得出了关节变量和操作空间在位置、速度以及加速度之间的对应关系。
On the basis of this design, the kinematics is analyzed and the relationship between arthrosis parameters and manipulator space in position, speed and acceleration is given.
通过位置跟踪器获取操作者手掌的位姿数据，采用数据分解和矩阵变换的方法将其映射为虚拟手掌在虚拟现实环境中的位姿，实现了对虚拟手的准确控制。
The gestures of real palm that obtained by position tracker are mapped to the gestures of virtual palm in the virtual reality environment by data mapping and transfer matrixes.
提出了两种求解操作手间接位置新方法——曲线拟合迭代法和改进广义牛顿法。
Based on generalized Newton's iteration two new methods for inverse kinematic problem-curve fitting iteration and improved generalized Newton's intcration are presented in this paper.
提出了两种求解操作手间接位置新方法——曲线拟合迭代法和改进广义牛顿法。
Based on generalized Newton's iteration two new methods for inverse kinematic problem-curve fitting iteration and improved generalized Newton's intcration are presented in this paper.
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