Elevation, tilt, overhead reach, and rotational motion features allow easy access and appropriate positioning of objects.
高程，倾斜，高架延伸和回转运动的特点，可轻松对物体进行适当的定位。
The entire hardware of the system consists of a double-view imaging unit, a 4-dof fine positioning unit and a pneumatic driven auxiliary motion unit.
系统的主要硬件构成包括机械本体、视觉单元、4 - DOF精密定位单元和全自动气动辅助单元。
Aiming at channel errors and motion errors appearing in the tri-channel SAR-GMTI, a method of detection and positioning for the moving ground targets is presented based on the error calibration.
针对机载三通道SAR-GMTI存在通道误差、运动误差等情况，提出了一种基于误差校正的SAR图像域动目标检测和定位方法。
And introduce the motion control algorithm, including single axis zero positioning algorithm and multi-axis coordinated control algorithm.
并介绍了该控制系统中的运动控制算法——单轴零点定位算法和多轴协同运动控制算法。
It studies the anatomic structure and motion features of human hand and discusses the principles and functions of data glove and positioning tracker.
研究了人手的解剖结构和运动特点，探讨了数据手套的原理和功能以及位置跟踪器的功能。
Due to space limit, the motion equations are often coupled when the micro positioning stage has multiple links and freedoms. Thus, synthesis and decouple are necessary.
当微定位台的结构是多环、多自由度时，由于空间的限制，通常其运动方程是耦合的，需对它进行综合分析和解耦。
The micro-motion worktable is the important part in micro-mechanical systems and the key component to achieve high-precision positioning.
微动工作台是微机械系统的重要组成部分，是实现高精度定位的关键部件。
Besides, by integrating with surgical robots, virtual surgery simulation could also afford accurate positioning information to master-and-slave motion control of the robot systems.
通过与手术机器人控制系统的集成，虚拟手术仿真还可以为机器人系统的主从运动控制提供精确的定位信息。
As to the horizon motion system of Bridge Crane is a nonlinear, variation parameter and strong coupling system, the nonlinear PID controller is used for positioning and anti-swing.
针对桥式吊车水平运动系统是一个非线性、变参数、强耦合的对象，采用非线性PID控制器进行定位和防摆控制。仿真实验结果表明，系统具有良好的动态、静态特性和强的鲁棒性。
By controling the three-dimensional motion of the X-Y table and bond head, precision positioning and desired line-type gold wires can be realized, and an ultrasonic wave bonded method is used.
工作原理是通过X-Y工作台和焊头的三维运动控制，定位并拉出设定的金丝线型，采用超声波热压球焊方法焊接芯片管脚。
By controling three-dimensional motion of the X-Y table and bond head, precision positioning and desired line-type gold wires can be realized, and an ultrasonic wave bonded method is used.
工作原理是通过X-Y工作台和焊头的三维运动控制，定位并拉出设定的金丝线型，采用超声波热压球焊方法焊接芯片管脚。
By controling three-dimensional motion of the X-Y table and bond head, precision positioning and desired line-type gold wires can be realized, and an ultrasonic wave bonded method is used.
工作原理是通过X-Y工作台和焊头的三维运动控制，定位并拉出设定的金丝线型，采用超声波热压球焊方法焊接芯片管脚。
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