Design and Implementation of System for Rider's Safety Against Extreme Climatic Conditions and Uneven Road

P. Sivakumar, K. S. Kumar, Akula Sai Tejaswani, Gunda Mounika, Mekala Rajesh Kumar
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引用次数: 1

Abstract

Now-a-days climatic change is becoming more intense over the past years and poorly maintained roads are affecting bike riders. Climatic changes include heavy rain and overheat which affects bike rider and leads to accident. To overcome this, we came with an approach to protect rider by monitoring and sensing environmental parameters by using sensors such as LM35 sensor for measuring temperature to avoid overheat and raindrop sensor for sensing rain and protect rider with canopy which provides shelter to rider. The proposed system also identifies the potholes and humps on roads to avoid accidents by alerting rider with voice message and when potholes and humps are found, the location is recorded by using GPS receiver and through GSM module the coordinates are stored in Thingspeak, which aids government officials in maintaining and repairing the potholes and humps. The proposed system is integrated with ARM-7 LPC2148 microcontroller which is a low cost and high speed operatable.
极端气候条件和不平路面下骑手安全系统的设计与实现
在过去的几年里,如今的气候变化变得越来越剧烈,而维护不善的道路也影响着骑自行车的人。气候变化包括大雨和过热,影响骑自行车的人,导致事故。为了克服这个问题,我们提出了一种保护骑手的方法,通过使用传感器监测和感知环境参数,如LM35传感器用于测量温度以避免过热,雨滴传感器用于感知降雨,并使用雨棚为骑手提供遮蔽物来保护骑手。该系统还可以识别道路上的坑洼和驼峰,以语音提醒乘客避免事故发生,当发现坑洼和驼峰时,使用GPS接收器记录位置,并通过GSM模块将坐标存储在Thingspeak中,以帮助政府官员维护和修理坑洼和驼峰。该系统集成了ARM-7 LPC2148微控制器,具有低成本、高速可操作的特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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