摘要
为实现抢险救灾的快速应急和高度机械化及智能化,急需研制一种新型抢险救灾应急遥控索道,其主要设备是轻型遥控跑车。详细分析遥控跑车的各个组成零件和工作原理,完成了行走机构、起升机构、握索机构及减速机构的三维实体建模与实体零件装配。对主要机构进行仿真来检验其可行性,并对遥控跑车进行虚拟样机设计及其关键部件进行了优化设计。
In order to realize the rapid response and high mechanization and intelligentization to emergency rescue and disaster relief , it′s necessary to develop a new type of remote-controlled cable for it ,the main equipment is light remote-controlled carriage.By ana-lyzing every part of remote-controlled carriage and working principle in detail ,complete the 3D modeling and solid part assembly of walking mechanism,hoisting mechanism,grip rope mechanism and reduction mechanism.At last,checking the main mechanism feasi-bility by stimulation.Meanwhile making a virtual prototype design of the remote-controlled carriage and optimize the design of the key parts.
出处
《福建林业科技》
北大核心
2014年第2期67-69,89,共4页
Journal of Fujian Forestry Science and Technology
基金
国家自然科学基金资助项目(30972359)
国家本科"工程索道"精品课程资助项目(教高函[2010J14号)
福建省高校产学重大资助项目(2010H6003)
福建农林大学林业工程学科博士后流动站合作课题
关键词
跑车
机构
模拟仿真
carriages
mechanism
simulation
