Super high-rise lifesaving equipment capable of overcoming high-altitude fear

Abstract

The invention relates to the technical field of lifesaving equipment, and discloses super high-rise lifesaving equipment capable of overcoming high-altitude fear. The super high-rise lifesaving equipment comprises a support plate and guide rails, wherein the guide rails are fixedly mounted on a building outer wall through hanging plates, protective covers are fixedly connected to the left side andthe right side of the support plate, and high-strength permanent magnets are fixedly mounted in the protective covers; and an escape cabin is movably connected to the front face of the support plate,and a claw hook is movably inserted into the top of the support plate. The escape cabin descends downwards along the guide rails on the outer wall of the building through the support plate, the aluminum guide rails can hinder the high-strength magnets from descending, then the escape capsule descends slowly, the escape capsule and the outer wall of the building form a semi-closed capsule body structure, the psychological burden of high altitude fear cannot be generated when an escaper uses the escape capsule, and the application range of crowds is wide; and due to the adoption of the sectional type guide rails, the structure is more stable and safer, the installation is also convenient, and the application range of building types is wide.

Description

technical field [0001] The invention relates to the technical field of life-saving equipment, in particular to a super-high-rise life-saving equipment for overcoming the fear of heights. Background technique [0002] Super high-rise buildings usually refer to high-rise buildings with more than 40 or 50 floors. In countries such as Japan and France, super high-rise buildings exceed 60 meters. In China, those with a height of more than 100 meters belong to super high-rise buildings. The problem of safe escape has not been effectively solved. Most of the existing life-saving equipment can only be applied to low- and medium-rise buildings, and often require external energy input. For example, the arm length of a traditional ordinary fire truck can only reach a height of 40 meters. Personnel rescue devices such as ladders, air cushions and other escape devices cannot quickly and safely evacuate people in high-rise residences and office buildings, and these devices need to undergo...

AI Technical Summary

Problems solved by technology

[0002] Super high-rise buildings usually refer to high-rise buildings with more than 40 or 50 floors. In countries such as Japan and France, super high-rise buildings exceed 60 meters. In China, those with a height of more than 100 meters belong to super high-rise buildings. The problem of safe escape has not been effectively solved. Most of the existing life-saving equipment can only be applied to low- and medium-rise buildings, and often require external energy input. For example, the arm length of a traditional ordinary fire truck can only reach a height of 40 meters. Personnel rescue devices such as ladders, air cushions and other escape devices cannot quickly and safely evacuate people in high-rise residences and office buildings, and these devices need to undergo professional training before use to overcome the fear of heights. Due to the shape restrictions of high-rise buildings, life-saving Generally, the equipment can only be installed on the outside of the wall, which makes it more difficult to use, especially for most old people and children, it is basically impossible to use these equipment without training. These problems make life-saving equipment difficult to promote on a large scale

[0003] For example, the announcement number CN 104288919B proposes a high-rise escape magnetic descent device, its structure mainly includes two magnetic rubber ropes and a pedal, the magnetic rubber rope is fixed, and the person stands on the pedal and slides along the magnetic rubber rope, through the magnetic conduction However, there are still some problems in this structure. Because the escape personnel slide down along the magnetic rubber rope, and the magnetic rubber rope cannot be installed indoors to run through the upper and lower floors, the rope It can only be hung on the outside of a high-rise building, and it is hung on a high place through two ropes and a pedal, which will make most people frightened and unable to operate smoothly. It requires extremely high psychological quality of users, especially those with fear of heights. The device cannot be used at all. In addition, the longer the rope, the easier it is to be pulled off. In order to ensure safety, the length of the rope should not be too long, which limits the scope of use of the device and is not suitable for super high floors

[0004] For example, the announcement number CN 204307229U proposes a magnetic slow-down safety escape device, which mainly includes a vertical support device and an escape load-bearing device, wherein the vertical support device is a vertical track that runs through the entire building up and down. It descends to the bottom of the supporting device, and slows down through the aluminum vertical supporting device and the permanent magnet on the escape load-bearing device, but there are still some problems with this device. This device needs to be installed on the outside of the building. The guide rail will take up more external space, which not only seriously affects the aesthetics of the building, but also can only be installed next to the balcony or the exit of the building. The installation position has great limitations, which reduces its practicability. Moreover, the guide rail needs to be extended to the first floor, which will affect the normal use space of the ground and lower floors. In addition, the longer the track, the worse the structural stability and the more prone to failure, resulting in reduced safety performance, especially for super high-rise floors. It is said that installing a 100-meter-long track on the outside of the building is also a difficult problem in construction, and the equipment does not have high-altitude protection measures, which will bring great psychological burden to some people who are afraid of heights when using it. problems have limited the usefulness of the device

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