一种具有纳米定位精度的四自由度微动平台的研制

DEVELOPMENT OF A 4-DOF MOBILE PLATFORM WITH NANOMETER RESOLUTION

  • 摘要: 本文介绍了采用压电陶瓷管作为驱动器的四自由度微型移动平台的结构设计、运动机理,并对系统的动态特性进行了分析和探讨.最后对纳米微动平台在不同负载、不同材质介面上进行了试验,并给出了试验结果.该平台具有移动范围广、控制简单、步距可调、具有较大负载支撑能力等特点,经实验证明,本系统所采用的移动机理是可行的.

     

    Abstract: A 4-dof microrobot with nanometer resolution actuated by piezoelectric elements is described in this paper. The paper particularly discusses the microrobot structure and driving principle,and analyses the dynamic characteristics of the microrobot. Also, a series of moving tests of the robot are carried out under different loads and different material interfaces. It's illuminated by the experiments that the driving principle involved in this system is reasonable.

     

/

返回文章
返回