Shockproof safety box

Abstract

The invention relates to a shockproof safety box. The shockproof safety box mainly comprises a steel box body, elastic rubber balls, a sponge layer, and reserved living food and medicines, wherein the steel box body is cuboid-shaped; the box body formed by use of thick steel plates is capable of resisting strong passive shock without deformation; the circular elastic rubber balls (2) are mounted and jointed at every corners of a cube-shaped thick steel plate box body (1) to take the place of sharp corners and the impact force on any one surface of the thick steel plate box body (1) can be retarded by the elasticity of the elastic balls (2); a human body (9) can bend and sit at the center of a seat body formed by encircling sponge (5) in the box body; the sponge (5) is arranged on the four sides of the seat with the exception of the entrance; in case of strong shock, a user can stretch one hand to press an inflation switch (13) so that a charging capsule (12) can be quickly full of air, and then an air bag is arranged in front of the user to protect the user, reduce the seismic wave and buffer the impact force under impact; a compressed air tank (11) provides an air source for charging.

Description

technical field [0001] The invention relates to an earthquake safety escape device, which belongs to the technical field of escape cabins. Background technique [0002] An earthquake is a vibration caused by the rapid release of energy from the earth's crust, during which seismic waves are generated, and the seismic waves are further divided into S waves and P waves. Earthquakes can be measured by seismographs. The magnitude of an earthquake is used to represent the energy released by the source, usually expressed in the "Richter Earthquake Scale"; the intensity is expressed through the "Revised Mercalli Seismic Intensity Scale". The seismic intensity refers to the violent degree of crustal movement caused by the earthquake, which is determined by the impact of the vibration on individuals, furniture, houses, geological structures, etc. On the Earth's surface, earthquakes shake and sometimes move the ground. At present, people's response to earthquake disasters mainly incl...

AI Technical Summary

Problems solved by technology

At present, people's response to earthquake disasters mainly includes: early warning, evacuation of dangerous areas, and evacuation on the spot. However, at present, human beings' early warning ability for earthquakes is still limited, and it is almost impossible to correctly warn earthquakes. The escape rate of evacuation and evasion can only be partially successful. , most of the people dug out from the earthquake ruins were corpses, and there were still a few survivors dug out.

At present, there are also many escape cabins mainly for earthquake resistance on the market, but the design of these devices is mainly for impact resistance and compression resistance. Most of them use thick steel plates as the cabin walls, and the interior can accommodate many people. Earthquake, such a design device can only be placed on the ground, waiting for the upper building to collapse and oppress, but if it is placed upstairs, once the building collapses, such a cabin will fall from the upstairs, and then roll a few times during the fall. In a somersault, the people inside were either thrown to death, or were crushed to death by collisions.

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