Anti-Collision Vehicle System with Sleep Prevention Glasses – Award Winning Project

Description This project introduces the Anti-Collision Vehicle System with Sleep Prevention Glasses (SPG), a groundbreaking safety innovation designed to improve road safety and combat the critical issue of driver drowsiness. By monitoring blink patterns, this system combines smart glasses with advanced sensors to detect signs of driver fatigue and take action to prevent accidents. Usage Instructions To fully understand how to use our product and get the best performance, we highly recommend watching our comprehensive tutorial video on YouTube. In this video, we cover step-by-step instructions on how to set up and operate the product, along with an in-depth explanation of its features and functionality. By watching the video, you’ll gain a clear understanding of how to make the most out of your purchase, ensuring an optimal experience. System Components Sleep Prevention Glasses (SPG): Equipped with an infrared sensor, these glasses monitor eye movements and blink patterns to detect drowsiness. Arduino Uno: Acts as the central control unit, processing sensor data and coordinating responses. Ultrasonic Sensors: Detects obstacles in the vehicle’s path to enable automatic braking and speed adjustment. Motor Controller: Controls the vehicle’s speed and direction. DC Motors: Facilitates braking and vehicle movement. Alarm and Blinker System: Provides visual and audio alerts to alert both the driver and nearby vehicles. Node MCU: Ensures efficient data processing and communication between system components. Working Principle The Anti-Collision Vehicle System operates on a comprehensive approach to detect and respond to driver fatigue: Eye Movement Monitoring: The infrared sensor in the glasses continuously tracks the driver’s eye movements, particularly focusing on blink duration. Drowsiness Detection: If the driver’s eyes remain closed for over 1.5 seconds, the system triggers alerts and reduces vehicle speed. Obstacle Detection and Automatic Braking: If an obstacle is detected, the system activates automatic braking to prevent collisions. Applications This system has wide-ranging applications, including: Home and Personal Use: Enhances road safety for individual drivers. Public and Commercial Transport: Provides safety in buses, trucks, and delivery vehicles where driver fatigue is common. Healthcare and Rehabilitation: Useful for vehicles transporting patients or people with health conditions. Automotive Research: Serves as a platform for studying driver behavior and testing new safety features. Why Choose This Amazing Project? Enhanced Safety: Reduces accident risk by detecting drowsiness and obstacles in real time. Affordable & Effective: Provides ADAS-like safety features at a lower cost. User-Friendly: Comfortable, non-intrusive, and adaptable for future upgrades. For more details about the product, please reach out to us at: Phone: 8130231489 Email: [email protected] We’re here to help!