仿生兔子机器人结构设计与运动分析

Structural Design and Kinematic Analysis of Bionic Rabbit Robot

  • 摘要: 该文通过对自然界的仿生对象兔子进行模拟而设计了一款仿生兔子机器人,并对该设计方案进行分析和验证。首先阐述仿生兔子机器人的整体结构设计思路,完成机身与后腿结构的详细设计,搭建机器人三维实体模型;随后针对模型开展运动学分析,分别建立起跳、跳跃工况下的运动学模型并完成仿真验证。所得分析结果可为仿生兔子机器人结构方案的可行性提供理论支撑。

     

    Abstract: This paper takes rabbits in nature as the bionic prototype to design a bionic rabbit robot, and carries out analysis and verification on the complete design scheme. Firstly, the overall structural design idea of the bionic rabbit robot is elaborated, the detailed design of the fuselage and hind leg structures is completed, and a three-dimensional solid model of the robot is established. Afterwards, kinematic analysis is performed on the model, the kinematic models under takeoff and jumping working conditions are constructed respectively, and simulation verification is implemented. The obtained analytical results can provide theoretical support for the feasibility of the structural scheme of the bionic rabbit robot.

     

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