Development of an Automatic Fire Extinguisher

Abstract

The work developed in this research article presents a comprehensive investigation into the development and implementation of an innovative fire suppression system. In a world where fire-related disasters continue to pose a significant threat to life and property, the need for more efficient and proactive fire safety solutions is paramount. This study delves into the design, construction, and testing of an automatic fire extinguisher system that leverages advanced sensors, artificial intelligence, and rapid response mechanisms. Through a series of controlled experiments and real-world simulations, the system's effectiveness in detecting and extinguishing fires is rigorously evaluated. The findings of this research contribute to the advancement of fire safety technology, offering a promising avenue to enhance early intervention, reduce fire-related damage, and save lives in both residential and industrial settings. The project “Automatic Fire Extinguisher Rover” presents an ingenious and dynamic approach to revolutionize fire safety systems. In the face of fire-related risks that endanger lives and property. This project introduces an autonomous rover-based fire extinguishing system capable of detecting and suppressing fires in various environments. The rover is equipped with fire and heat sensors, computer vision capabilities, and a robust fire suppression mechanism. Strategically deployed sensors enable the rover to detect sudden temperature spikes or the presence of smoke. Upon identifying potential fire incidents, the CAMERA will assess the situation, taking into account factors like fire size and environmental conditions. Once a fire is confirmed, the rover will go toward the area where the fire is detected and start the extinguishing process. The rover will maintain a reasonable distance from the fire with the help of an Ultrasonic sensor. The project's standout features include rapid response time, adaptability to diverse settings, and minimal or zero human intervention.