首页> 外文会议>International Conference on Mechanical Engineering and Mechanics vol.1; 20051026-28; Nanjing(CN) >An Algorithm Solving Real Time Inverse Kinematics of Spatial 7R Robot
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An Algorithm Solving Real Time Inverse Kinematics of Spatial 7R Robot

机译:一种解决空间7R机器人实时逆运动学的算法

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The algorithm solves real time inverse kinematics of spatial general 7R Robot. Useing Devavit-Hartenberg equation to set up a 4 by 4 matrix for the closed-form equation of the 7R Robot, and transform sine and cosine of joint angles to complex exponential form, 10 equations in complex number form are obtained. Extract the coefficient of every term and construct a 16 by 16 real number matrix. The inverse kinematics of 7R Robot can be changed into an eigenvalues and eigenvectors problem. For the extra revolute joint of the 7R redundant robot, minimize the condition number of all the solutions, the best one can be obtained. An example shows that the program written in C++ language runs fast enough in the real time control of an industrial robot.
机译:该算法解决了空间通用7R机器人的实时逆运动学问题。使用Devavit-Hartenberg方程为7R机器人的闭式方程建立4×4矩阵,并将关节角的正弦和余弦变换为复指数形式,得到10个复数形式的方程。提取每个项的系数,并构造一个16 x 16的实数矩阵。 7R机器人的逆运动学可以更改为特征值和特征向量问题。对于7R冗余机器人的额外旋转关节,请最小化所有解决方案的条件数,以获得最佳解决方案。一个例子表明,用C ++语言编写的程序在工业机器人的实时控制中运行得足够快。

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