Vehicle-mounted high-rise building rescue flying robot

Abstract

The invention discloses a vehicle-mounted high-rise building rescue flying robot which comprises a carrier loader, an electric control undercarriage and a generator are arranged in a carriage of the carrier loader, an electric carriage get-on door is installed at the top of the carrier loader, a rescue platform is placed at the top of the undercarriage, and flying modules, suspension module storage pieces and elevators are connected to the two sides of the rescue platform. Suspension modules are fixed to the suspension module storage pieces, the generator is electrically connected with the rescue platform, the flight modules, the suspension module storage pieces and the elevators through cables, drilling fixing modules are fixed to the suspension modules, rescue ropes are further fixed to the suspension modules, and the rescue ropes penetrate through the elevators. The vehicle-mounted high-rise building rescue flying robot does not need to be installed in advance, can be used in time when rescue is needed, and is simple, convenient and reusable.

Description

technical field [0001] The invention belongs to the technical field of rescue robots, and relates to a vehicle-mounted high-rise building rescue flying robot. Background technique [0002] In recent years, with the continuous development of society, there are more and more high-rise buildings. At present, the number of high-rise buildings in my country ranks first in the world. When a fire breaks out in a high-rise building, due to the vertical design of cable shafts, air ducts, pipe shafts, elevator shafts, stairwells, etc., the fire spreads rapidly, so it is necessary to rescue the trapped people in time. Fire rescue usually uses a fire ladder with a mechanical telescopic structure. Firefighters stand on the lifting platform to carry out related operations. The lifting height can reach a maximum of about 100 meters. As the lifting height increases, the mechanical structure becomes more complex and cumbersome. , It is difficult to maneuver flexibly during rescue, and it ta...

AI Technical Summary

Problems solved by technology

However, the manufacturing cost of this equipment is too high, and it cannot be moved. It needs to be placed on the roof for a long time, and it needs frequent equipment management and equipment maintenance. There are many high-rise buildings in the city, and it cannot be installed on each high-rise building. Moreover, high-rise buildings are on fire, and it is uncertain whether there is a fire. In which direction, the installation position of the tower crane is too limited for irregular super high-rise buildings

[0006] The Chinese patent "A High-rise Evacuation Elevator Rescue Vehicle" (application date: 20140630, announcement number: CN104118827B) proposes a kind of high-rise rescue elevator car equipment, which can satisfy the fire rescue of high-rise buildings with more than ten floors. Ten-story buildings are very common, and the equipment has great limitations in building height

This equipment mainly uses unmanned aerial vehicles as the lift-off power device to complete personnel rescue in the air, but if it is to carry personnel, it needs a large load, and after receiving the trapped personnel, the trapped personnel need to complete the rapid descent. Rescue is too difficult for professionally trained people, and the drone should not be fixed in the air, it can only simply hover, and the safety factor is too low

[0008] To sum up, although the current rescue equipment is diverse, there are certain limitations in the transportation of fire-fighting materials, personnel, and rescue equipment for high-rise building fires.

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