Rapid rescue method for large-scale human life on water

Abstract

The invention discloses a large-scale rapid rescue method for human life on water, which includes: the rescue center obtains the distress signal of the wrecked ship through satellites, and air-drops a rescue assembly device to the accident site through a rescue helicopter; at the same time, the rescue ship goes to the wreck site; The information transmitted by the device is stored and analyzed, and the distribution map of the persons who fell into the water is established; according to the statistics of the number of persons who fell into the water, it is judged whether the total carrying capacity of all the rescue ships going there can rescue all the persons who fell into the water. Additional rescue ships will be dispatched; if it is satisfied, the rescue path planning will be carried out based on the carrying capacity of the rescue ships, the number and distribution of persons falling into the water, and the minimum total time of personnel staying in the water will be taken as the standard, and the optimal rescue plan will be formulated. In the present invention, the multi-vessel path planning problem is carried out by taking the staying time of the drowning personnel in the water as the judging standard, and the best rescue plan is worked out to improve the rescue efficiency.

Description

technical field [0001] The patent of the present invention relates to the field of water traffic safety, in particular to a method for rapid rescue of large-scale human life on water. Background technique [0002] Survival equipment for people falling into the water at sea refers to the equipment and equipment for rescuing people who fell into the water at sea. The harsh environment at sea, such as drowning, immersion in cold water, and damage to marine life, poses a great threat to the survival of those who fall into the water. Due to the limited survival time of the drowning personnel at sea. In order to improve the success rate of rescue, countries attach great importance to the research of life-saving equipment for people who fell into the water at sea. my country has a long coastline and a vast sea area. With the rise of my country's shipping industry, the circulation of ships at sea has increased, resulting in an increase in the frequency of accidents. Most of the s...

AI Technical Summary

Problems solved by technology

Most of the sea rescue devices currently developed are aimed at a single person, but when an accident occurs, there are often not one or two people who fall into the water, but many, and the rescue effect is not very significant. Human rescue is even more important

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