Multifunctional anti-poison and anti-explosion equipment, quick cover opening and closing method, explosion weakening method, anti-explosion method and radiation protection method of equipment

Abstract

The invention relates to multifunctional anti-poison, anti-explosion and anti-radiation equipment, a sealing anti-explosion method, a quick cover opening and closing method, a vacuum energy absorption and explosion weakening method, a pre-tight winding wire layer anti-explosion method, a remote controlled bomb active defense method and a radiation shielding method of the equipment. The multifunctional anti-poison, anti-explosion and anti-radiation equipment can achieve sealing explosion proofing, and avoid the leakage of a shock wave, explosion gas and open fire to the greatest extent, is simple and quick to operate, can achieve quick cover opening and closing, save materials, lower cost, reduce weight and manufacture difficulty, and facilitate maintenance and reuse, is high in adaptability, and can meet requirements on explosion proofing, poison resistance and radiation protection, and achieve active defense of a remote controlled exploder within a certain scope. The equipment can be used for storage and safety protection of explosive, toxic and radioactive substances in an important facility, a major objective, a dense crowd and a special environment.

Description

technical field [0001] The invention relates to a multi-functional anti-virus, anti-explosion and radiation-proof equipment and is used for multi-functional anti-virus and anti-explosion equipment for explosion-proof sealing, quick switch cover, vacuum energy absorption weak explosion, pre-tightened winding silk layer anti-explosion, electronic signal blocking and radioactive substances The shielding method can be used in important facilities, key targets and crowded areas such as scenic spots, meeting places, hospitals, schools, laboratories, subways, railways, aviation, ports and other public transportation equipment stations, as well as explosive, toxic and radioactive substances in the field of national defense scientific research Storage and security protection. Background technique [0002] Global terrorist threats have seriously affected human life. In addition to large-scale wars, the most harmful is the explosion and poisoning of unspecified public, crowded places a...

AI Technical Summary

Problems solved by technology

[0004] The explosion-proof tanks that have been released and put into use on the market have roughly the same structure and principle, and can meet the requirements of general occasions, but there are still common defects: First, the explosion-proof effect is not good, and shock waves, debris, smoke and open flames leak seriously and produce huge explosions. , especially the open explosion-proof tank, there is no protection on the top, and it cannot be placed indoors. Individual explosion-proof tanks have a cover on the top, but they cannot completely prevent the leakage of shock waves, explosive gases and open flames; the second is that the explosion-proof equivalent is limited, generally not more than 1.5 TNT equivalent KG; The third is the barrel structure, where there are weak parts of the structure and excessively concentrated parts of the explosion impact. In order to enhance or achieve the explosion-proof effect, the thickness of the material can only be increased or the structure can be additionally strengthened, resulting in heavier weight under the same explosion-proof level.

But existing explosion-proof ball also has three fatal flaws: the one, slow operation, and existing explosion-proof ball is that heavy explosion-proof cover is placed in explosion-proof sphere usually, the lifting of explosion-proof cover is manipulated by the switch mechanism of explosion-proof cover or surrounds explosion-proof ball Turning the central axis of the sphere to realize the opening and closing of the explosion-proof cover

[0006] The above-mentioned explosion-proof balls, explosion-proof tanks and explosion-proof equipment with the same or similar functions cannot be fully sealed and explosion-proof, resulting in the effect of preventing explosion shock waves and open flame threats. Therefore, it is impossible to prevent poisonous gas leakage and lack the ability to shield radioactive substances.

The diffusion range and damage degree of poisonous gas are often greater than the damage range and consequences of explosions, while the radiation damage range and consequences of radioactive substances are more difficult to estimate, and will cause widespread social panic

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