Publication

Abstract : The most vital component of life is water. Bore wells are dug to meet the growing demand for water. Several children have become stuck after slipping into abandoned bore wells that have been left open to the elements. The present rescue systems are inefficient and inaccurate since they rely on manual assistance, which is prone to human mistake. The main aim of our project is to save the child from the bore well how much ever deep the child is. So here this research study has proposed an advanced robotic system for rescuing the child from a bore well. The robot uses a surveillance camera to monitor the movements of the child which can be viewed through the Internet of Things application. Hand gripper is used to rescue the child which is controlled using microcontrollers. This system uses an ultrasonic sensor, gas sensor, temperature sensor and pulse sensor. The facial feeling of the kid is perceived through camera and Voice playback is used to communicate to the child continuously to keep it alive. An Internet of Things application is created to monitor the sensor recordings and control the robotic hand gripper simultaneously in the same panel using microcontrollers. The proposed system will easily rescue the child without any major injury.