Intelligent water life saving apparatus

Abstract

The invention discloses an intelligent water life saving apparatus and relates to the technical field of water life saving equipment. The intelligent water life saving apparatus comprises a safety belt, wherein the safety belt is composed of two air storage bags, namely a front air storage bag and a rear air storage bag; two straps are symmetrically above the safety belt; one sides of the two airstorage bags are fixedly connected through an elastic cloth strip; the other sides of the two air storage bags are connected with an air charge control device which is mounted on the safety belt; theair charge control device is communicated with the front air storage bag and the rear air storage bag respectively; the air charge control device is composed of an air generator and a life saving control system; the air generator comprises an air compression tank and an air triggering device; a compressed inert gas is stored inside the air compression tank; and the air compression tank is communicated with the two air storage bags through the air triggering device respectively. By adopting the life saving apparatus, the air storage bags are charged with air through the air charge control device according to acquired practical environment information, the safety belt can be rapidly expanded to ensure that a user can float up, and then drowning accidents can be avoided.

Description

technical field [0001] The invention relates to the technical field of lifesaving equipment in water. Background technique [0002] Drowning incidents often occur in life, especially within the first 3 minutes of drowning incidents, which is the most precious "golden" time for lifesaving measures to be taken. However, the crowd is relatively scattered in the water, and it is difficult to find people in need of rescue in time. When drowning, other people dare not rescue people easily, and some rescuers drown because of poor water quality, lack of physical strength, or being caught and hugged. Some people also tied the swimming ring to the rope and threw it at the drowning person. However, rescues fail when the rescuer is too far away from the victim or the lifebuoy is too light for the rescuer to throw into place. In short, drowning death has the following situations: [0003] 1) The drowning person cannot swim; [0004] 2) There is no rescuer around, or the rescuer cann...

AI Technical Summary

Problems solved by technology

[0005] 3) Rescue is too late, or the water area where the drowning person is located is complicated, etc.

[0006] There are already some smart devices for preventing drowning, such as monitoring devices in swimming pools, monitoring devices in a certain water area, and lifebuoys for automatic search of people, etc., but these devices have great limitations and cannot solve the above problems.

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