Intelligent underwater lifesaving system and drowning detection and rescue method

Abstract

The invention relates to an intelligent underwater lifesaving system which comprises an underwater robot, an unmanned aerial vehicle, a server and an intelligent bracelet. The underwater robot comprises a main body, a human body supporting seat, a life-saving belt and a life-saving fish, a first turbine used for providing ascending and descending power in water is arranged on the main body, and a second turbine used for providing advancing, retreating and steering power in water is arranged at the tail of the main body. The intelligent bracelet comprises a second microprocessor, and a heart rate sensor, a water pressure sensor, a third GPS module, a fourth wireless communication module and a fourth geomagnetic sensor which are respectively connected with the second microprocessor. According to the underwater robot for underwater rescue, the lifesaving belt is used for winding a drowning person to lift the head of the person out of the water surface, and compared with manual rescue, the rescue efficiency is high, and practicability is good; according to the invention, integration of the underwater robot, the unmanned aerial vehicle, the smart bracelet and the server is realized, the server carries out real-time drowning detection by using images and physiological data provided by the smart bracelet, a drowning phenomenon is found as early as possible, and rescue is carried out in time.

Description

technical field [0001] The invention belongs to the field of water life-saving, and particularly relates to an intelligent underwater life-saving system and a drowning detection and rescue method. Background technique [0002] Water rescue has very high requirements on timeliness and stability, and involves many cutting-edge technologies in a wide range of disciplines such as computers, automatic control, and sensors. [0003] Judging from the research status of water rescue at home and abroad, the research results of UAV and underwater robot mobile rescue are relatively few, most of which are still in the primary research and experimental stage, and the comprehensive technical level and service level are low. Aiming at the swimming scenes in different waters with dense and sparse personnel, the existing water rescue strategy only realizes how to detect and locate the method, and how to realize rapid maneuver rescue and rapid rescue service is not well realized. However, th...

AI Technical Summary

Problems solved by technology

For swimming scenes in different waters where people are densely populated and sparsely populated, the existing water rescue strategy only implements how to detect and locate methods. Among them, how to realize fast mobile rescue and quickly provide rescue services is not well realized. There are people who know someone is drowning The phenomenon that rescue services cannot be provided in time; at the same time, there is a lack of application of rescue technologies compatible with open water and indoor swimming venues, as well as the practicability of rescue.

The inconsistency of smart bracelet and rescue drone technology has led to the imperfection of water lifesaving systems at home and abroad, and there is still a big gap in practical application. The comprehensive technical level and service level of rescue programs are relatively low.

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