摘要摇椅作为一种家用休闲、休息的良好用具能缓解生活压力、促进健康但是普通摇椅自身不能动要依靠其他的外力摇动才能动起来。为此学生在教师的指导下给摇椅增加机械传动机构进行机械创新设计研发电动摇椅有一定的意义。针对普通摇椅自身不能动的情况进行了电动摇椅的机械创新设计运用UG等CAD 软件虚拟设计与传统机械设计理论及经验结合将一些常用机构有机组合为一个整体建立了结构合理且能够实现自动摆动的电动摇椅虚拟模型

Abstract As a good tool for leisure and rest at home, rocking chairs can relieve stress and promote health. However, ordinary rocking chairs cannot move on their own and rely on external force to rock. In this regard, under the guidance of teachers, students have added a mechanical transmission mechanism to the rocking chair, conducted mechanical innovation design, and developed an electric rocking chair, which has certain significance.

In order to address the issue that ordinary rocking chairs cannot move on their own, a mechanical innovation design of an electric rocking chair was carried out. Through the combination of virtual design using CAD software such as UG and traditional mechanical design theory and experience, commonly used mechanisms were organically combined into a whole, and a virtual model of the electric rocking chair with a reasonable structure and automatic swing capability was established. The results show that the structural design of the electric rocking chair is reasonable and can effectively eliminate fatigue, relax the body and mind, and improve the quality of life. The design of the electric rocking chair has certain reference value for innovative design of mechanisms in practical applications.

Keywords: electric rocking chair; mechanical; innovative desig