Underwater emergency breathing rescue device for driver falling into water and its use method

Abstract

The invention discloses an underwater emergency breathing rescue device for driver falling overboard and a using method thereof. The underwater emergency breathing rescue device includes an air storage tank. The inner wall of one side of the air storage tank is provided with a mountinghole, and an air suction pipe is mounted in the mounting hole. A sliding plate is mounted on one side of the air storage tank in a sliding mode. The bottom side of the sliding plate away from the air storage tank is welded with a shielding plate. The shielding plate is in contact with an outlet of the air suctionpipe in a sealing mode. The top of one side of the air storage tank is welded with a vertical plate which is mounted in a vertical plate hole in a sliding mode. A connecting shaft groove is formed inthe inner wall of the side of a rectangular groove away from an opening of the rectangular groove. A connecting shaft is mounted in the connecting shaft groove in a rotating mode. The outer side of the connecting shaft fixedly sleeves a gear. According to the underwater emergency breathing rescue device for driver falling overboard, the structure is simple and the use is convenient, a placing boxcan be removed out of the rectangular groove while the shielding plate is removed, the mouth can be placed on the air suction pipe, and a nasal plug is removed to plug the nose to meet the needs of users.

Description

technical field [0001] The invention relates to the technical field of emergency safety, in particular to an underwater emergency breathing rescue device for a driver falling into water and a use method thereof. Background technique [0002] In recent years, as global warming has become more severe and extreme weather disasters have occurred frequently, cars in major cities are often flooded on the road or in culverts or in underground parking garages, and car drivers often Accident caused by operation error. According to relevant statistics, more than 2,000 people are drowned every year because cars fall into water or ships sink. In an accident, the drivers and passengers on the car or ship often died because the car fell into the water or the ship sank and failed to escape in time, which caused huge losses to people's lives and property. Existing cars or ships have no buoyancy when they are waterproofed system or self-rescue system. In order to ensure the safety of the ...

AI Technical Summary

Problems solved by technology

In an accident, the drivers and passengers on the car or ship often died because the car fell into the water or the ship sank and failed to escape in time, which caused huge losses to people's lives and property. Existing cars or ships have no buoyancy when they are waterproofed system or self-rescue system

In order to ensure the safety of the car or the people on board, how to save the driver and passengers after being submerged in water is a problem that must be faced and needs to be solved. The current product operation is complicated, so we propose a driver falling into the water underwater Emergency breathing rescue device is used to solve the above problems

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