Water intelligent rescue device based on linkage of unmanned aerial vehicle and life buoy

Abstract

The invention discloses a water intelligent rescue device based on linkage of an unmanned aerial vehicle and a life buoy. The water intelligent rescue device based on linkage of the unmanned aerial vehicle and the life buoy comprises the unmanned aerial vehicle, the life buoy and a monitoring terminal, wherein the unmanned aerial vehicle is used for monitoring picture information of whether a person in distress is on the water surface or not from the air and outputting the information and geographical location information of the person in distress in real time; the life buoy is used for receiving the picture information and the geographical location information, which are transmitted by the unmanned aerial vehicle, of the person in distress; a high horsepower propulsion device is arrangedon the life buoy; the life buoy automatically plans a route, which leads to the person in distress, to rescue the person in distress according to the geographical location information of the person indistress; the monitoring terminal is used for receiving data information transmitted by both the life buoy and the unmanned aerial vehicle; the monitoring terminal is arranged on a rescue vessel andused for monitoring state information of the person in distress and a situation of whether the person in distress is rescued or not in real time.

Description

Technical field [0001] The invention relates to the field of maritime search and rescue control, in particular to a water intelligent life-saving device based on the linkage of a drone and a lifebuoy. Background technique [0002] Among the traditional water search and rescue and life-saving measures, the lifebuoy, as the most common life-saving device, is usually used as an essential product for safety protection during water disaster relief and related production and operation. At present, most of the existing lifebuoys at home and abroad are non-powered devices made of light materials with a small specific gravity and a circular shape. Because the lifebuoy is an unpowered device, it will be affected by the complex water environment, such as excessively fast water velocity, excessive wind speed on the water surface, or limited position and distance of throwing the lifebuoy. As a result, the lifebuoy can only be thrown to the person in distress and cannot make the lifebuoy fast....

AI Technical Summary

Problems solved by technology

In the prior art, the patent application number CN201520935375.7 discloses a UAV search and rescue equipment, in which the UAV search and rescue equipment lacks a detailed implementation process, and after finding the person who fell into the water, the information is sent back to the rescue ship, and the rescue The ship's rescue greatly reduces the maneuverability of the rescue, the operation and implementation process is complicated, and the rescue accuracy is low, which makes the rescue efficiency fail to achieve the expected effect

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