A high-rise fire-fighting drone based on a flywheel battery

Abstract

The invention is a high-rise fire-fighting unmanned aerial vehicle based on a flywheel battery. The fuselage, landing gear and other structures of the UAV are made of aluminum alloy materials, and the structural parts such as the four rotors are made of epoxy resin cured at medium temperature. The flywheel battery and storage battery are used for power supply. A color digital camera and an infrared thermal imager are integrated and installed in the center of the drone's head, with a glass cover on the outside. It is equipped with a GPS global positioning system. When a fire occurs, the fire department will input the coordinates of the fire location to the UAV, and the UAV can reach the vicinity of the fire scene at the fastest speed and accurately; The color digital camera at the front and bottom of the HMI can remotely check the size of the fire and the location of the trapped people at the first time, and plan the rescue plan. On the one hand, the fire extinguishing fuel brought by the UAV can be launched to the place where the fire is concentrated, and the fire can be quickly controlled in a short time; on the other hand, firefighters can rescue the trapped people in the shortest time according to the location of the trapped people.

Description

technical field [0001] The invention relates to a fire-fighting equipment, in particular to a high-rise fire-fighting drone. Background technique [0002] When a fire breaks out on a high floor, it seriously threatens the personal and property safety of the masses because of its many ways of spreading the fire, its speed, and the difficulty of safe evacuation. The spray distance of the fire water gun is limited, and it is difficult for firefighters to quickly and directly enter the fire scene. The existing common fire-fighting UAV power energy systems mainly include lithium batteries and hydrogen fuel cells. Lithium batteries have a cruising range of about 20 minutes and a short lifespan; while hydrogen fuel cells have low safety and cannot be stored efficiently, neither of which can meet the requirements of large-scale use and cycle operations of drones. Aiming at the difficulty of fire fighting in high-rise buildings, a high-rise fire-fighting UAV based on flywheel batte...

AI Technical Summary

Problems solved by technology

Lithium batteries have a cruising range of about 20 minutes and a short lifespan; while hydrogen fuel cells have low safety and cannot be stored efficiently, neither of which can meet the requirements of large-scale use and cyclic operations of drones

Aiming at the difficulty of fire fighting in high-rise buildings, a high-rise fire-fighting UAV based on flywheel batteries is designed

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