Water emergency search and rescue system

Abstract

The invention discloses a water emergency search and rescue system. The water emergency search and rescue system comprises the following use steps: 1, opening a computer of a control box, entering a system desktop, starting icons and opening control software; 2, entering a login interface of control software, and inputting a user name and a password for login; 3, entering a system operation interface after login is successful, clicking a +-shaped icon in front of the test icon by a left mouse button of the computer; displaying a test subdirectory, then double clicking the test subdirectory bythe left key of the mouse to change the color presented by the test subdirectory into purple, singly clicking a pull-down menu on the right side of the icon of the control equipment by the left key ofthe mouse, and selecting the test menu in the pull-down menu. The system is simple and convenient to operate, good in control performance, rapid in response and high in control effect on the pan-tiltcamera, the pan-tilt camera can be remotely monitored, the rotating angle and the pitching angle of the pan-tilt camera are controlled, real-time adjustment can be conveniently carried out accordingto the search and rescue working condition, and if a person falling into water is found, an alarm window automatically pops up.

Description

technical field [0001] The invention relates to the technical field of water emergency search and rescue, in particular to a water emergency search and rescue system. Background technique [0002] With the acceleration of world economic integration and information globalization, the international shipping industry has developed rapidly, and the marine economy has become an important part of the national economy. Increasing. Due to the particularity of maritime search and rescue work, many problems have plagued the development and improvement of search and rescue work. It is difficult to locate people who have fallen into the water: at sea, after a person falls into the water, it is difficult for the search and rescue center to accurately locate and locate people because they do not carry modern positioning equipment with them. Tracking the drowning personnel, especially at night or in severe weather such as strong wind, waves, and heavy fog, it is almost impossible to grasp...

AI Technical Summary

Problems solved by technology

Due to the particularity of maritime search and rescue work, many problems have plagued the development and improvement of search and rescue work. It is difficult to locate people who have fallen into the water: at sea, after a person falls into the water, it is difficult for the search and rescue center to accurately locate and locate people because they do not carry modern positioning equipment with them. Tracking the drowning personnel, especially at night or in severe weather such as strong wind, waves, and heavy fog, it is almost impossible to grasp the specific location of the drowning personnel, which seriously affects the search and rescue decision-making and operation; it is difficult to search for the drowning personnel: the target of the drowning personnel is very small in the sea , it is difficult to find in the usual wind and wave weather at sea; at the same time, affected by wind, waves, currents and tides, the position of the drowning person will change at any time. Since the 1990s, more and more people are keen on outdoor adventure tourism. Due to lack of professional knowledge, insufficient equipment and other preparations, communication obstruction and other reasons, incidents of donkey adventures being trapped have occurred from time to time in recent years, especially some people who have no outdoor experience. When explorers with tourism and adventure experience encounter danger, large-scale search and rescue operations not only waste social public resources, but may also lead to the death of rescuers

Most of the trapped outdoor athletes are lost because they don’t know how to judge east, west, north, south, north, south, even if the mobile phone has a signal and can communicate with the outside world, it is difficult to report their exact location, which increases the difficulty of rescue.

If you are in a blind area where the wireless base station signal does not cover, the chances of the person in distress will be in danger of life due to lack of rescue will be greatly increased. In the existing technology, most of the traditional emergency rescue equipment is composed of hardware and software, and the software is used Most of the operations are cumbersome, the control performance is not good, and the reaction speed is not sharp. In view of the above problems, the present invention is specially designed to solve

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