CHEN Jianan, QIN Huibin. Design of geomagnetic lock parking management system based on magnetoresistance effect[J]. 2020, 39(7): 95-97. DOI: 10.13873/J.1000-9787(2020)07-0095-03.
基于磁阻效应的地磁锁车位管理系统设计
摘要
针对私家车数量与日俱增
停车变得越来越困难
在空余车位未知的情况下
停车往往需要花费大量时间的情况
提出一种基于磁阻效应的地磁锁车位管理系统
可以实时获取停车场车位信息。该系统利用磁阻传感器检测车位当前状态
通过NRF24L01无线传输将信息上传至该车位所在区域的节点
该节点收集该区域所有车位的信息
一旦有车位状态发生变化
便会利用WiFi将信息上传至服务器
服务器获取每个车位信息后进行数据处理。车主可以通过客户端获取停车场车位信息
选择最近的车位停车。
Abstract
Aiming at the situation that with the increasing number of vehicles dramatically
parking is becoming more and more difficult
and it often takes a long time when the spare parking space is unknown
a geomagnetic lock parking management system based on magnetoresistance effect is proposed
which can acquire parking space information in real-time. The system uses magnetoresistive sensors to detect the current status of the parking space
and uploads the information to the nodes in the parking area through NRF24L01 wireless transmission
this node collects the information of parking spaces in this area. Once the status of parking spaces changes
it will upload the information to the server using WiFi. The server gets the information of each parking space and process the data. The owner can get parking information through the client-end and choose the nearest parking space.