Application Scheme of Autonomous Navigation Rescue and Life Detection Equipment

Abstract

Earthquakes, among the most devastating natural disasters, often leave a trail of destruction, causing both loss of life and extensive property damage. In response to this ongoing challenge, a groundbreaking study has introduced an earthquake rescue robot, revolutionizing the efficiency and success rate of earthquake rescue operations. This robot is designed to carry out professional rescue missions in the most challenging seismic disaster scenarios. Central to this groundbreaking development is the utilization of a life detector as its core technology. This advanced sensor is capable of detecting human electric fields, enabling it to efficiently locate survivors even in the most challenging conditions. One remarkable feature of this technology is its ability to penetrate various obstacles, such as reinforced concrete walls and steel plates, which have traditionally hindered rescue efforts. This breakthrough ensures that the robot can access survivors quickly, potentially saving precious lives. The earthquake rescue robot is equipped with a range of tools, including hydraulic pliers and robotic arms, enabling it to clear away debris and wreckage effectively. This multifunctional approach enhances its ability to free trapped and injured individuals swiftly.