Adolescent drowning prevention and rescue platform and method based on amphibious unmanned underwater vehicle

Abstract

The invention discloses an adolescent drowning prevention and rescue platform and method based on an amphibious unmanned underwater vehicle. The system is mainly formed by two parts, namely a commandcenter information platform and a rescue and prevention platform, wherein the command center information platform comprises a path planning system based on an electronic map, a coordinate positioningsystem based on the electronic map, a field monitoring system, a one-key information sharing function system, a call module system and an underwater vehicle operation state feedback system; and the rescue and prevention platform comprises a four-rotor power system of an amphibious underwater vehicle, a marine turbojet propeller, a double-optical infrared thermal imaging sensor, a navigation positioning system, a 4G remote communication system, a voice system, an energy system, a control system formed by a shipborne computer and an underwater vehicle controller and an auxiliary rescue system. According to the platform and the method, the drowning prevention and rescue are unified, a target in danger can be found in advance and then the early intervention is carried out, the first time rescue is carried out on the wading and drowning target, and the drowning fatal accident rate is reduced.

Description

technical field [0001] The invention relates to the technical field of drowning prevention and search and rescue, in particular to a juvenile drowning prevention and rescue platform based on amphibious unmanned aircraft and a method thereof. Background technique [0002] The Global Child Safety Organization and the Chinese Center for Disease Control and Prevention released the "Review Report on the Status of Injuries in Chinese Adolescents and Children 2010-2015" and pointed out that drowning is the leading cause of death among Chinese adolescents, accounting for about half of them. Due to the existence of a large number of rivers and waterfront parks in urban and rural areas, it is difficult to simply send people to patrol and watch. With sufficient equipment and manpower, it is difficult to implement the daily patrol system, and it is impossible to detect and prevent young people from entering dangerous waters in time. In addition, emergency facilities and The supporting t...

AI Technical Summary

Problems solved by technology

Most of the underwater rescue methods are based on surface vehicles, which do not have air navigation capabilities. This method is not highly intelligent, requires manual operation, and the search efficiency is not high. The function of real-time rescue is difficult to meet the country's need to establish a water rescue system of "all-round coverage, all-weather operation, rapid response, and effective rescue"

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