Rescue capsule

Abstract

The invention discloses a rescue capsule which comprises a spherical capsule body, an operating device, a power device, an air exchange device and a living facility, wherein the operating device, the power device, the air exchange device and the living facility are arranged in the capsule body; and the operating device is connected with the power device and the air exchange device respectively. The whole rescue capsule is spherical; a shell is made by glass steel and anti-corrosion steel material; waterproof and fireproof cotton is used for filling a middle interlayer, so that fire can be prevented, and the floatage of a sphere can be guaranteed; even if the shell is cracked, the floatage of the waterproof cotton can still support the whole sphere, and the sphere cannot sink down; a balance facility is arranged at the bottom of the sphere, so that the sphere can permanently and perpendicularly float on a water surface and can be prevented from being turned over by sea waves; the operating device, the power device, the air exchange and the lifting facility are arranged inside the sphere; and under an emergency condition, dozens of people can synchronously enter the rescue capsule and safely live in the capsule body.

Description

technical field [0001] The invention relates to a lifesaving device, in particular to a lifesaving cabin. Background technique [0002] During water operations and transportation, especially during navigation operations, due to the changeable sea climate, unexpected conditions such as storms and rocks are often encountered, resulting in shipwreck accidents; most of the rescue equipment on the market today is lifeboats and lifeboats, and The simplest life buoys and life jackets, these devices can temporarily guarantee the safety of people's lives, but there are some disadvantages and risks; life jackets and life buoys are difficult to maintain the minimum survival of the escapees in the sea with strong winds and waves, especially at low temperatures. Requirements: When lifeboats and lifeboats encounter tsunami, it is difficult to resist the invasion and impact of strong winds and waves, and it is easy to cause ship capsizing accidents. Moreover, the thermal insulation facilit...

AI Technical Summary

Problems solved by technology

[0002] During water operations and transportation, especially during navigation operations, due to the changeable sea climate, unexpected conditions such as storms and rocks are often encountered, resulting in shipwreck accidents; most of the rescue equipment on the market today is lifeboats and lifeboats, and The simplest life buoys and life jackets, these devices can temporarily guarantee the safety of people's lives, but there are some disadvantages and risks; life jackets and life buoys are difficult to maintain the minimum survival of the escapees in the sea with strong winds and waves, especially at low temperatures. Requirements: When lifeboats and lifeboats encounter tsunami, it is difficult to resist the invasion and impact of strong winds and waves, and it is easy to cause ship capsizing accidents. Moreover, the thermal insulation facilities of such life-saving equipment are not perfect, and it is difficult for escapees to survive in extreme cold conditions in winter. Survival, and more vulnerable to attack by marine life, therefore, it is very important to invent a new type of life-saving equipment to ensure the life safety of survivors under extreme sea conditions

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