摘要
自行车全自动立体停车位点分为两层,第一层为自行车竖直放置,第二层为水平放置,其中包括车道自动下降和上升位置,自动锁轮和固轮装置,自动调整装置(车轮进入车位后,车道自动调整车轮使其与锁位吻合)。自行车全自动立体停放位点的设计不仅节省了地面空间,解决了乱停放问题,极大的便利了人们生活利于实现空间上的立体化,而且也实现了时间上的错时化。自行车的大量投入使用,既有利于保护环境又利于促进公民进行锻炼让公民爱上出行骑自行车。
The points of the fully automatic three-dimensional parking space for bicycles are divided into two layers. The first layer is for the vertical position of the bicycle, and the second layer is for the horizontal position, including the automatic descending and ascending position of the lane, automatic locking wheel and fixing wheel device, and automatic adjusting device (after the wheel enters the parking space, the lane automatically adjusts the wheel to make it match with the locking position). The design of the bicycle full-automatic three-dimensional parking site not only saves the ground space, solves the problem of disorderly parking, greatly facilitates people’s life to realize the three-dimensional space, but also realizes the wrong time on the time. A large number of bicycles are put into use, which is not only conducive to the protection of the environment, but also conducive to promoting citizens to exercise and make citizens fall in love with traveling and riding bicycles.
作者
郭瑶瑶
徐祥丽
闫雨停
张芹
Guo Yaoyao;Xu Xiangli;Yan Yuting;Zhang Qin(School of Mechanical Engineering,Anhui Sanlian University,Hefei Anhui,230601)
出处
《电子测试》
2019年第6期124-125,共2页
Electronic Test
基金
安徽省大学生创新创业训练计划项目"自行车全自动立体停放位点(201710959092)"
关键词
自行车
高效化
全自动
停放位点
互联网
bicycle
High efficiency
Fully automatic
parking site
Internet