Follow-up clamp type climbing fire fighting rescue capsule

Abstract

The invention relates to a follow-up clamp type climbing fire fighting rescue capsule. The fire fighting rescue capsule is characterized by comprising a capsule body and at least two groups of climbing mechanisms, wherein the two groups of climbing mechanisms are arranged on a guide pillar on one side of the capsule body; each climbing mechanism is correspondingly provided with a clamp device; the upper group of climbing mechanisms and the lower group of climbing mechanisms follow up alternately to drive the capsule body to correspond to an upper floor and a lower floor along a vertical fire wall pier; and the top of the capsule body is also provided with a clamp device. Compared with the prior art, the rescue capsule has the advantages that: 1) the climbing mechanisms drive the capsule body to lift along the external wall of a building; 2) the clamp device can clamp the wall body to hang the capsule body on the external wall of the building; 3) an independent space is formed in the capsule body, so firemen can be quickly carried to the fire disaster floor and trapped people can be carried to quickly get away from the dangerous situation; 4) the rescue capsule is driven by a self-contained hydraulic system and can be lifted to any height by means of a fire fighting vertical wall of the building; and 5) a high-pressure fire hose instead of an aerial ladder truck for rescue on a fire scene can be arranged on the rescue capsule.

Description

technical field [0001] The invention relates to the field of fire-fighting and life-saving facilities, in particular to a follow-up clasp-type climbing fire-fighting and life-saving cabin. Background technique [0002] High-rise buildings are tens of meters high, or even hundreds of meters high. High-rise fire protection is a worldwide problem. When a fire breaks out, due to the limitations of fire trucks, it is generally not possible to directly use fire trucks to pump water from the outdoor fire water source to high-rise fire floors. Usually Mainly rely on the indoor fire hydrant system of high-rise buildings to fight the fire. When a fire breaks out in a high-rise building, the water consumption needs to be more than 80L / s, or even exceed 100L / s. The amount of water and water pressure inside are difficult to meet the requirements. [0003] Therefore, when a fire breaks out in a high-rise building, the combination of inside and outside is generally used to extinguish the...

AI Technical Summary

Problems solved by technology

If the fire elevator cannot be used due to a power outage, and the height of the ladder truck is not high enough, the firefighters can only go up to the burning floor from the indoor stairwell to put out the fire with full armor.

Because firefighters need to climb high with heavy loads, their physical strength is extremely exhausted, which will seriously affect the speed and efficiency of fire fighting operations

If the victims escape from the stairs, they are exposed to toxic fumes for too long, and they are very prone to respiratory burns and poisoning, and lose their lives on the spot. Even if they run out of the fire scene, the harm of poisonous fumes to people is fatal

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