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KINEMATICS MODEL AND SIMULATION OF 5-DOF FINGER BASED ON FLEXIBLE PNEUMATIC ACTUATOR

机译:基于柔性气动机构的五自由度运动学模型及仿真

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摘要

Based on flexible pneumatic bending joint and flexible pneumatic spherical joint, a kind of flexible pneumatic 5-DOF finger is proposed, which is composed of two bending joints and a spherical joint. The mathematic model of flexible pneumatic spherical joint is further analyzed. On the researching foundation of flexible pneumatic bending joint and flexible pneumatic spherical joint, the kinematics equation of the 5-DOF finger is deduced. And the redundancy problem of the inverse kinematics solution is resolved by genetic algorithm. The simulation experiment illustrates that genetic algorithm for solving of inverse kinematics is feasible and effective.
机译:在柔性气动弯曲接头和柔性气动球形接头的基础上,提出了一种由两个弯曲接头和一个球形接头组成的柔性气动5自由度指。进一步分析了柔性气动球形接头的数学模型。在柔性气动弯曲接头和柔性气动球形接头的研究基础上,推导了五自由度指形件的运动学方程。通过遗传算法解决了逆运动学解的冗余问题。仿真实验表明,遗传算法求解逆运动学是可行和有效的。

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