Advanced Borewell Retrieval Solution for child Protection
Kyasani Bindhu, K. Mahender, D. Sai Shiva, G. Shiva Prasad
Microcontroller, ESP32 Cam, Gas Sensor, and Battery.
The proposed system aims to address the With many borewells left uncovered, rescue operations pose significant risks to both the trapped child and rescue teams. Delays in the process and challenges such as rocky terrain can reduce the chances of a successful rescue. Current methods lack efficiency and depend heavily on factors like transportation time, human resources, and government response times. Borewell depths can reach up to 700 feet, further complicating rescue efforts. This project offers a promising alternative to improve the effectiveness and safety of borewell rescue operations. challenge of rescuing children trapped in abandoned borewells, which has been a recurring issue in India due to negligence and lack of effective rescue techniques. The system features a robotic arm with two degrees of freedom, controlled remotely via RF technology. Key components include two DC motors for controlling the gripper mechanism and movement within the borewell, an RF communication system operating at 433 MHz for remote control up to 60 feet away, and additional features such as a gas sensor (MQ-2) and a wireless video camera (ESP32 cam) connected to the gripper mechanism. The system's advantages lie in its ability to efficiently rescue trapped victims without major risks, as it allows for video monitoring and remote control operation. Moreover, it can be adapted for various applications beyond borewell rescues, such as retrieving small objects from hazardous areas.
Article Details
Unique Paper ID: 163497

Publication Volume & Issue: Volume 10, Issue 11

Page(s): 1273 - 1276
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