摘要
本文中的"多连杆足式椭圆仪健身代步车",基于椭圆仪物理模型的设计思想,通过将仿生机械腿创新设计替代传统的行走方式,实现休闲健身和行走代步相结合以及代步应用行走方式的创新,增强健身安全性的同时提高娱乐性。本文注重"椭圆机构与运动磨损"的数据理论分析,以及针对不同的使用人群,如何采用合适的尺寸数据来保证器材的稳定性。研究过程中使用了Solidworks建模软件完成整机方案建模,引入了人因工程学的概念,采用动态物理分析等研究方法。
This paper of the multi-link foot type ellipse instrument fitness walking car ', based on the elliptical machine the design thought of the physical model by using a bionic mechanical innovation design alternatives to traditional way of walking legs, combination of leisure fitness walking and walking and walking walking style of innovation, enhance health security at the same time improve the entertaining. This paper pays attention to 'oval institutions and sports wear and tear' theory of data analysis, and the use of different people, how to adopt the suitable size data to ensure the stability of the equipment. Solidworks modeling software is used in the research process to complete the whole project modeling, introduces the concept of human factors engineering, using the methods of dynamic physical analysis.
出处
《电子测试》
2017年第2X期11-11,14,共2页
Electronic Test
关键词
椭圆仪
机械腿
人因工程学
健身器
动态分析
the elliptical instrument
Mechanical legs
Human factors engineering
Machines
A dynamic analysis