AUTOMATIC ENGINE LOCK SYSTEM THROUGH ALCOHOL DETECTION IN VIRTUAL ENVIRONMENT

Ipseeta Nanda, Rajesh De
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Abstract

Driving under the influence of alcohol has affected and killed countless of people lives. If you are drunk while driving, not only you are putting yourself at risk but also the passengers travelling with you and the others on the road are in danger. So, we have tried to projected an Automatic Engine lock system on behalf of talking responsibility to control driving safely as much as we can. The alcohol detection system works on a simple principle. If a driver has been drinking, the alcohol sensor will sense by playing a Buzzer. With the use of GPS, we will be able to trace the location of the vehicle and a message will be send to the registered number by using GSM module. The main work is done by MQ3 alcohol detecting sensor and the programmable brain Arduino Uno. If the sensor sensed the particular value of alcohol present in the air from a nominal distance then the sensor throw high signal in digitally and the buzzer has been blown. As this way we can identify the driver is alcoholic or not by this project and Thus, the motor driver will be stopped immediately.
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在虚拟环境中通过酒精检测实现发动机自动锁定系统
酒后驾车已经影响和杀死了无数人的生命。如果你在开车时喝醉酒,不仅你自己处于危险之中,而且和你一起旅行的乘客和路上的其他人也处于危险之中。因此,我们试图设计一个自动引擎锁定系统,代表我们尽可能多地控制安全驾驶的责任。酒精检测系统的工作原理很简单。如果司机已经饮酒,酒精传感器将通过播放蜂鸣器感应。使用GPS,我们将能够追踪车辆的位置,并通过GSM模块将信息发送到注册号码。主要工作由MQ3酒精检测传感器和可编程大脑Arduino Uno完成。如果传感器从标称距离检测到空气中存在的特定酒精值,则传感器将数字高信号输入,蜂鸣器已被吹响。这样我们就可以通过这个项目来识别司机是否酗酒,从而立即阻止司机。
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