Author(s) :

N. Rathika, M. Elumalai, K. Alamelu, S. Balachandran, G. Sri Devi

Conference Name :

International Conference on Modern Trends in Engineering and Management (ICMTEM-24)

Abstract :

This project proposes an innovative IoT based bore well child rescue system that integrates environmental monitoring and robotic intervention to enhance the efficiency of rescue operations. The system employs various components such as ESP8266, DHT11 sensor, gas sensor, ESP32 camera, servo motor with gripper, and an L298N driver controlling a DC gear motor for front and back rotation. The ESP8266 acts as the central communication hub, enabling real time data exchange between the rescue system and the control center. The DHT11 sensor monitors environmental conditions inside the bore well, providing crucial data on temperature and humidity. The ESP32 camera facilitates live video streaming, offering a comprehensive view of the bore well interior. The servo motor with gripper, controlled by the ESP32, is equipped to handle delicate operations within the confined space of the bore well. To maneuver within the bore well, a robotic system is integrated with a DC gear motor controlled by an L298N driver. This configuration enables precise front and back rotation, allowing the robotic system to navigate through the narrow and complex structure of the bore well. The integration of IoT technologies ensures seamless communication, while the robotic system enhances the precision and effectiveness of the rescue process. Overall, this proposed system deals with the risks associated with bore well rescues, ultimately minimizing response time and increasing the likelihood of successful outcomes.

No. of Downloads :

4