Design and Development of Air Bag Assisted Pneumatic Borewell Rescue System

Abstract

Operations to rescue people from borewells are difficult since they are deep and tight and frequently include rescuing people who are stuck, particularly kids. Compact and portable, the robot is made to be carried to the rescue location with ease. For movement in the uneven and constricted borewell environment, the robot is equipped with wheeled or tracked locomotion systems. Proficiencyin remote control of the robot enables skilled operators to make accurate movements and judgments by utilizing real-time data. Seventy percent of rescue missions fail due to this convoluted method. With the ability to save lives and lower hazards to rescue workers, it provides an essential tool for rescue teams to react swiftly and efficiently to situations involving people stuck in borewells. Operations for rescue in borewells. Creating a safe and effective method of rescuing people, including children, who are confined to borewells is the goal of the design and development of a robotic device for borewell rescue operations. The robot should have sensors to identify the victim and determine their status, and it should be able to maneuver through the uneven and small borewell shaft. Lifting the victim to safety should also be possible for the robot. By utilizing a combination of pneumatic and air bag technologies, our method seeks to address these problems by drastically cutting down on rescue time and improving process safety.