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A New-style Bionic Walking Mechanism and its Motion Simulation

机译:一种新型仿生行走机构及其运动仿真

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Based on the principle of double-half-revolution mechanism, this paper designed a new-style bionic walking mechanism by using two tandem planetary gear trains,which is composed of one first swiveling arm,one second swiveling arm,two striding rods and mechanism bracket,etc. The first swiveling arm and second swiveling arm are the planet carriers (also as gearbox casings)of the planetary gear trains respectively. On the basis of analysis of interference and motion coupling relationship of joints,noninterference condition of the bionic walking mechanism was obtained. Motion simulation was done in COSMOS Motion software, and the motion path curves of rotating joints of the bionic walking mechanism were obtained. Simulation shows that the fluctuation of the bionic walking mechanism is small and it meets the mobility of exploration.
机译:基于双半旋转机构的原理,本文设计了一种新型的仿生行走机构,它采用两个串联的行星齿轮系,它由一个第一旋转臂,一个第二旋转臂,两个跨接杆和机构支架组成。 ,等等。第一旋转臂和第二旋转臂分别是行星齿轮系的行星架(也作为齿轮箱壳体)。在分析关节的干涉和运动耦合关系的基础上,得出了仿生行走机构的无干涉条件。在COSMOS Motion软件中进行了运动仿真,获得了仿生行走机构旋转关节的运动路径曲线。仿真表明,仿生行走机理的波动很小,满足了勘探的机动性。

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