六维加速度传感器是航空航天、军事、机器人等特殊领域用于多维加速度检测和运动控制的关键元件。
Six-axis accelerometer is used as the important key element for detecting and control in the field of navigation, military affairs and robotic etc.
在不同性能需要下，进行了六维加速度传感器实例设计，阐述了六维加速度传感器弹性体机构尺寸确定的过程。
According to the different needs of performance, the instance for six-axis accelerometer and the process for ascertaining structural parameters are given.
用空间模型理论建立了六维加速度传感器弹性元件无量纲尺寸的空间模型，并转换到二维平面，给出了转换公式。
The physical model of solution space on the structure of six-axis accelerometer with nondimensional parameters was established and changed into 2D plane by the conversion formulas.
六维加速度传感器是机器人领域一种重要的获得动力学参数的惯性传感器，尤其是将其应用于机械手，来实现动态稳定地抓取。
Applying in manipulator to realize dynamic and stable grasping, six-axis accelerometer is a kind of inertial sensors getting kinetic parameters in the field of robots.
六维加速度传感器是机器人领域一种重要的获得动力学参数的惯性传感器，尤其是将其应用于机械手，来实现动态稳定地抓取。
Applying in manipulator to realize dynamic and stable grasping, six-axis accelerometer is a kind of inertial sensors getting kinetic parameters in the field of robots.
应用推荐