基于GSM和GPS的铁路轨道故障检测

Manasa Vemula, Subhojit Dawn, Akshitha Machagiri, Sai Lalitha Potipireddi, Baby Rukmini Bobbili
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引用次数: 0

摘要

铁路是最受欢迎的交通系统,因为它们可靠、乘客安全、旅行方便。如果出现任何错位或裂缝,就会造成生命损失。如果这些裂缝和错位没有及早处理,它们可能会导致脱轨,并最终导致重大的生命损失。为解决这一问题,提出了一种铁路轨道裂纹检测系统。将使用全球定位系统(GPS),蜂鸣器,红外传感器,超声波传感器,ARDUINO,全球移动系统(GSM),电池和直流电机等组件。裂缝是通过传感器射线检测到的。GPS可以发送明确区域的位置,GSM则将信息发送到基站。传感器检测到裂缝并向维护机房发送消息,所有连接都是通过ARDUINO进行的。在这里,在直流电动机的帮助下,轮式机器人将取代火车。这个概念将提供高精度,在检测过程中不会出现问题,并挽救了许多生命。它可以用于火车站和地铁列车,游戏系统,以及任何裂缝检测系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fault Detection in Railway Track using GSM And GPS System
Railways are the most preferable transport system because of their reliability, passenger safety, and ease to travel. If any misalignment or crack occurs, it creates a loss of lives. If these cracks and misalignments are not taken care of early, they may result in derailments and eventually result in a significant loss of life. To overcome this issue, a railway track crack detection system is proposed. The components like Global Position System (GPS), BUZZER, IR SENSOR, ULTRASONIC SENSOR, ARDUINO, Global System for Mobile (GSM), BATTERY, and D.C. MOTOR will be used. The cracks are detected through sensor rays. GPS can send the position of the explicit area and GSM sends the message to the station premises. The sensor detects the crack and sends a message to the maintenance room, and all connections are made with ARDUINO. Here in the place of the train, a wheeled robot will be used with the help of the dc motor. This concept will give high accuracy and no problem will be occurred during detection and saves so many lives. It can be used for railway stations and used in metro trains, gaming systems, and any crack detection system.
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