Advance Accident Prevention and Rapid Rescue System
Prof.Gaganambha1, Mohammed Riyan.T2,NC Linitha3,Niharika.B4 ,Preetham Sanjeev5
1Assistant Professor, Department of EEE & Vidya Vikas Institute of Engineering And Technology 2Mohammed Riyan.T,Department of EEE & Vidya Vikas Institute of Engineering And Technology 3NC Linitha,Department of EEE & Vidya Vikas Institute of Engineering And Technology
4Niharika B,Department of EEE & Vidya Vikas Institute of Engineering And Technology
5Preetham Sanjeev, Department of EEE & Vidya Vikas Institute of Engineering And Technology
***
Abstract - The proposed project presents a comprehensive vehicle monitoring and safety system designed to enhance road safety by detecting overspeeding, alcohol consumption, and accidents, and by alerting relevant authorities promptly. The system integrates multiple sensors and technologies to ensure robust and real-time monitoring through GPS Tracker. GPS tracker is employed to continuously track vehicle speed, generating alerts when speeds exceed preset safe limits. Simultaneously, alcohol detection is facilitated through breathalyzer sensors, which monitor the driver's breath for alcohol content, triggering alerts if the levels exceed legal limits. In the event of any deviations from the defined safety parameters, the system sends immediate alerts to predesignated authorities, providing crucial information for timely
intervention.
Additionally, the system is equipped with accelerometers and gyroscopic sensors to detect sudden impacts indicative of an accident. Upon sensing an accident, the system autonomously sends an emergency alert to the authorities, including precise GPS coordinates of the accident site. This ensures rapid location tracking and timely assistance to the victims. The integration of GPS technology not only aids in accurate location identification but also enhances the efficiency of emergency response teams in reaching the accident site swiftly.
Overall, this project aims to significantly reduce response times in emergencies, curb instances of drunk driving, and promote adherence to speed regulations. By leveraging advanced sensor technologies and automated alert mechanisms, the system offers a proactive approach to vehicle safety, potentially saving lives and reducing the severity of accident-related injuries through prompt intervention..
KeyWords: Breathalyzer sensors- MQ3 , GPS tracker, Accelerometer Sensor.GSM Module,Arduino Uno
