弯道盲区可视化安全行车装置设计与研究

Design and Research of Visual Safety Driving Device in Blind Area of Curve

本文设计了基于Arduino和GSM的弯道盲区可视化安全行车装置,解决弯道路段盲区多、事故多发、难以预警的问题。该可视化安全行车装置由检测与警示系统、精准报修系统组成,可以对弯道盲区路段两端路况信息进行采集和处理,控制警示灯的亮灭,为往来车辆提供直观的路况即时预警,从而提高弯道通行的安全性,减少因弯道盲区而引发的交通事故。此外,该弯道盲区可视化安全行车装置本身具备自检功能,检测自身工作状况,如有异常,可将异常信息通过GSM模块精准上报,提高装置的实用性和可靠性。

This paper designs a safety driving device based on Arduino and GSM to visualize blind spots in the curved road,which solves the problems of many blind areas,frequent accidents and difficult early warning on curved road sections.The safety driving device is composed of a detection and warning system and an accurate repair and maintenance system.It can collect and process the road condition information at both ends of the blind section of a curved road,control the on and off of warning lights,and provide intuitive real-time warning of road conditions for passing vehicles to improve the safety of blind spots and reduces the traffic accidents caused by blind spots in the curve.In addition,the safety driving device itself has a self-check function to detect its own working conditions.If there is an abnormality,the abnormal information can be accurately reported through the GSM module to improve the practicability and reliability of the device.