Novel maritime search and rescue unmanned ship and search and rescue method thereof

Abstract

The invention relates to a novel maritime search and rescue unmanned ship which is characterized by comprising an unmanned ship body, a camera, a salvage airbag and a climbing ladder, wherein the camera, the salvage airbag and the climbing ladder are arranged on the unmanned ship body. According to the novel maritime search and rescue unmanned ship disclosed by the invention, when an accident occurs, the coastguard drives a vessel carried with the unmanned ships to rush to the scene of the accident, the multiple unmanned ships are lowered onto the sea, and the search range of each unmanned ship is set; the unmanned ship is automatically driven to search and rescue the overboard personnel, the overboard personnel can be automatically recognized by the camera device and airbag unit capable of rotating by 360 degrees installed on the unmanned ship, the airbag unit is thrown to the personnel after the positions of the personnel are determined, the pulling rope is retracted after the overboard personnel are detected to climb up the airbag, the overboard personnel are pulled back onto the unmanned ship, and then the unmanned ship automatically returns to the mother vessel, so that the rescue operation is completed, and the search and rescue efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of maritime search and rescue, in particular to a novel maritime search and rescue unmanned boat and a search and rescue method thereof. Background technique [0002] With the development of science and technology, intelligent control technology is becoming more and more mature, and the application of unmanned boats in maritime operations and accident search and rescue will become a new development direction. Sudden changes in the sea environment have caused great harm to ships. The frequent occurrence of marine accidents makes it too late for the crew to take effective self-rescue methods. When a person falls into the water, it will be a matter of every second to search and rescue the person who fell into the water. [0003] At present, after receiving the alarm, the domestic coast guard drives a large ship to the scene of the accident. The coast guard drives the ship to carry out rescue at sea. Due to the fluidity...

AI Technical Summary

Problems solved by technology

Due to the fluidity of the sea environment, the search area will continue to expand, which will require a large number of police forces to complete the search and rescue work, and the efficiency is very low

This search and rescue method is likely to delay the best search and rescue time and increase the fatality rate of the accident

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