Flying unmanned ship water surface rescue method and device

Abstract

The invention provides a flying unmanned ship water surface rescue method and device. The device comprises an unmanned aerial vehicle, a quick connecting rod device, an unmanned ship and a remote control device, and the unmanned aerial vehicle is used for identifying a target, transporting the unmanned ship to a target position and delivering the unmanned ship; the quick connecting rod device is used for fixing the unmanned ship to the unmanned aerial vehicle and quickly connecting and releasing the unmanned ship; the unmanned ship is used for rescuing target personnel on the water surface and carrying the target personnel to sail to the shore for rescue, and the remote control device serves as a remote visual operation means to monitor the rescue condition at any time and conduct manual intervention.

Description

technical field [0001] The present invention relates to the field of surface rescue, in particular to a surface rescue method and device for a flyable unmanned ship. Background technique [0002] With the rapid development of sea fishing and coastal tourism, there are more and more drowning accidents in seashore places. About 372,000 people lose their lives due to drowning in the world every year. Once someone drowns, they will lose consciousness within 5 minutes and die within 10 minutes at most. More than 60% of the rescued people have serious brain damage, so drowning first aid , timing is very important. Therefore, seaside places often need a kind of rescue equipment with small size and low cost to be on call at any time. Among the existing rescue technologies, the drone rescue method is more and more commonly used, because of its flight speed and maneuverability, it can achieve rapid rescue. [0003] CN109850095A discloses a UAV-based intelligent underwater rescue me...

AI Technical Summary

Problems solved by technology

[0003] CN109850095A discloses a UAV-based intelligent underwater rescue method and its system, but the method for rescuing people using storage bins requires water drainage in the middle, which increases the rescue time, and the UAV needs to elevate the storage bins, bins, etc. The accumulated water and the rescued people have to fly to the emergency center after emptying the accumulated water in the cabin. The large load will inevitably lead to the high-power drones required, which is very important for the economy and portability of rescue equipment. a challenge

[0004] CN109733556A discloses a sea rescue method based on rocket transportation, but rocket transportation also has the problems of weak portability and difficult operation, and is also more suitable for long-distance rescue

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