低碳节能健身按摩椅靠背按摩结构设计与分析

Design and analysis of backrest in low carbon energy-saving fitness massage chair

为达到低碳、节能、健身的综合要求,对低碳节能健身按摩椅靠背按摩结构进行结构设计,首先根据人体工程学原理对靠背按摩的两个部分——揉捏和锤击结构进行理论分析和参数选择,然后利用ABAQUS软件对揉捏按摩轴进行静态有限元分析,验证揉捏部分的结构可靠性,随后利用ADAMS软件对锤击部分进行运动学仿真,验证锤击部分的结构可靠性,结果表明两个部分均符合设计要求。

It introduces the design of the chair back structure of low carbon energy-saving fitness massage chair.Based on the principle of human body engineering,it determines the parameter and analyzes kneading hammer structure in theoretical aspect. Using ABAQUS software,it discusses the static finite element simulation,verifies the kneading part of structural reliability,obtains the kinematics simulation for the hammer part of structural reliability in ADAMS software. The result shows that two parts conform to the requirements.