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PDF | On Sep 25, 2017, Emmanuel Dada and others published Alcohol Detection of Drunk Drivers with Automatic Car Engine Locking System | Find, read and cite all the research you need on...
Using this table, the locking concept was achieved by programming instruction to the microcontroller to lock the car engine when the alcohol sensor reading is above 40%.
By implementing an innovative system that seamlessly integrates alcohol detection with engine locking, we aim to drastically reduce the instances of accidents associated with drunk driving.
Abstract: This project presents the design and implementation of an alcohol detection system with engine locking for vehicles using the MQ3 sensor and Arduino UNO coupled with a GSM and GPS module for location transmission.
Overall, the future of alcohol detectors and engine locking systems is likely to involve a combination of new sensor technologies, advanced data analytics, and improved user interfaces, all aimed at improving their accuracy, effectiveness, and ease of use.
Our research offers a novel solution to this pressing problem: the Automatic Car Engine Locking System (ACELS), which employs cutting-edge alcohol detection technology to stop drunk drivers from driving vehicles.
The development of an alcohol detection and vehicle engine locking system using GPS and GMS technology shows great promise in reducing incidents of drunk driving and increasing road safety.
Abstract: In this prototyped project, an attempt will be made to develop a locking system for cars so it would not start without alcohol checking mechanism. The system will take the advantage of a pre-existing Alcohol sensor.
There is therefore the need for an alcohol detection system that can function without the restriction of space and time. This project presents the design and implementation of an Alcohol Detection with Engine Locking for cars using the Ultrasonic Sensor and Arduino UNO.
This study developed a prototype alcohol detection and engine locking system by using an Arduino Uno microcontroller interfaced with an alcohol sensor along with an LCD screen and a DC motor to demonstrate the concept.