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Miniature Rescue Manipulator Design Based on CATIA and ANSYS

机译:基于CATIA和ANSYS的微型救援机械手设计

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In order to shorten development cycle, expand the movement space, increase the flexibility of manipulator and reduce weight, parameterized model of manipulator has been established based on the elaborate analyses of the manipulator's structure characteristics and working mechanism. Statics simulation of stiffness has done under the load by using ANSYS, which can prove that the structure that meet the practical needs is rational. Total deformation can meet the requirements when calculation had been finished according to the results of simulation. At last we provide some theory references for further optimization of structure.
机译:为了缩短开发周期,展开运动空间,提高机械手的灵活性,减少重量,根据机械手的结构特性和工作机制的详细分析建立了操纵器的参数化模型。通过使用ANSYS在负荷下进行刚度的静噪模拟,这可以证明满足实际需求的结构是合理的。根据仿真结果完成计算完成时,总变形可以满足要求。最后,我们提供了一些理论参考,用于进一步优化结构。

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