Fabrication of Vehicle Safety using Power Window Mechanism

Abstract

Abstract: The fabrication of a vehicle safety system using power window mechanisms aims to improve the safety features of automobiles by utilizing the existing power window mechanism and various sensors. The system is designed to provide additional safety measures in case of accidents, emergencies, or dangerous situations by automatically activating the power windows and opening the vehicle doors.The proposed safety system incorporates a tilt sensor, water sensor, air quality sensor, fire sensor, gas sensor, and a control unit that work together to detect and respond to various emergency scenarios. The tilt sensor can detect if the vehicle has rolled over or is at a steep angle, while the water sensor can detect if the vehicle is submerged in water. The air quality sensor can detect harmful gases or fumes inside the vehicle, and the fire and gas sensors can detect the presence of fire or dangerous gas levels. When any of these sensors detect an emergency situation, the control unit triggers the power window mechanism to open the windows and allow occupants to exit the vehicle quickly and safely. The proposed system is a costeffective solution that utilizes the existing power window mechanism, making it easy to integrate into existing vehicle designs. Additionally, the system enhances passenger safety by providing a means of quick and safe evacuation in emergency situations. In conclusion, the fabrication of a vehicle safety system using power window mechanisms and various sensors is a promising solution that can significantly improve the safety features of automobiles and reduce the risk of injury in case of accidents, emergencies, or dangerous situations.