Smart Robot for Child Rescue System from Bore...

Smart Robot for Child Rescue System from Borewells

Author Name : Mutturaj, Nandish B, Shreyas Naik, T Nandan Kumar, Prof. M Mohanapriya

ABSTRACT

In India, bore well accidents are a common occurrence, with children getting trapped and losing their lives due to lack of rescue facilities. To address this issue, a robotic system for rescue tasks in bore wells has been proposed. The system includes a robotic arm that can attach a harness to the child using pneumatic arms for picking up. The robot also has a teleconferencing system for communicating with the child. The proposed system is quick, cost-effective, and accurate in rescuing the child. It consists of two modules, a rescuing system and a protection system, that work together to ensure the safety of the child during rescue. The protection system includes an airbag at the bottom of the passage to prevent the child from slipping further. The robot is operated by humans manually and monitored using a CCTV camera. The system provides the child with two levels of safety, one from the robotic holding at the top and the other from the safety airbag at the bottom. Overall, the proposed robotic system is a promising solution to address the distressing situation in India and save the lives of children stuck in bore wells. Bore well accidents resulting in the tragic loss of children's lives have been a growing concern in India due to the lack of effective rescue facilities. To address this issue, a robotic system for rescue tasks in bore wells has been proposed. This system incorporates a unique design that includes a robotic arm with pneumatic arms for attaching a harness to the trapped child for safe lifting. The robot is also equipped with a teleconferencing system to communicate with the child. The proposed system is quick, cost-effective, and accurate in rescuing the child within a short time span. The system is divided into two modules, a rescuing system, and a protection system. The protection system includes an airbag at the bottom of the passage to prevent the child from falling further. The robot is operated by humans manually, while monitoring is done using a CCTV camera. The system offers the child two levels of safety, one from the robotic holding at the top and the other from the safety airbag at the bottom. Overall, the proposed robotic system offers a promising solution to address the distressing situation in India and save the lives of children trapped in bore wells, thus reducing the mortality rate due to such accidents.