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Development of 4 DOF planar macro-micro manipulators system

机译:开发4 DOF平面宏观微型机械手系统

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A small manipulator is attached at the tip of a large manipulator, this kind of system can be regarded as a macro-micro manipulator system. This paper presents a macro-micro manipulator system, which uses laser in endpoint operating and can be applied to trajectory tracking. This system has low inertia and wide bandwidth. A multi-stage rotational transformer with thirty pairs of poles as joint angle measurement of macro manipulator and a kind of errors correction strategy is given, which can reduce the measure errors caused by excitation power. High accuracy and low inertia capacitive position sensor is used for joint angle sensing of micro manipulator. Joint controllers are independent, high computation ability is guaranteed by parallel process network. Fast and reliable data exchange between parallel process network and joint controller is implemented by using peripheral high speed bus chip. Experiments on continuous trajectory and Chinese character tracking owed the effectiveness of the macro-micro manipulator control system.
机译:一个小型操纵器连接在大型操纵器的尖端,这种系统可以被视为宏观微观机械手系统。本文介绍了一种宏观微观操纵器系统,它在端点运行中使用激光,并且可以应用于轨迹跟踪。该系统具有低惯性和宽带宽。给出了具有三十对极点作为宏观操纵器的关节角度测量的多级旋转变压器,以及一种误差校正策略,可以减少由激励功率引起的测量误差。高精度和低惯性电容式位置传感器用于微操纵器的关节角度检测。联合控制器是独立的,通过并行过程网络保证高计算能力。通过使用外围高速总线芯片实现并行过程网络和联合控制器之间的快速可靠的数据交换。宏微观操纵器控制系统的连续轨迹和汉字跟踪的实验。

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