Rescue unmanned aerial vehicle and regulating and controlling fire fighting system thereof

Abstract

The invention relates to a rescue unmanned aerial vehicle and a regulating and controlling fire fighting system thereof. The rescue unmanned aerial vehicle comprises an unmanned aerial vehicle body, an executive module arranged on the unmanned aerial vehicle body, a control terminal controlling the unmanned aerial vehicle body and the executive module in a wireless mode, and a battery used for providing electric energy for the executive module. The unmanned aerial vehicle body is provided with three or more shafts driven by corresponding motors correspondingly. The executive module comprises an illuminating system, a radar life detector and a GPS locating system and / or a high-definition camera. A rescue vehicle group comprises ten or more detection breaking unmanned aerial vehicles, ten or more water spraying unmanned aerial vehicles and ten or more fire ball extinguishment unmanned aerial vehicles. According to the rescue unmanned aerial vehicle and the regulating and controlling fire fighting system thereof, design is reasonable, the structure is reasonable, and usage is convenient.

Description

technical field [0001] The invention relates to a rescue unmanned aerial vehicle and a control and fire control system thereof. Background technique [0002] Due to the continuous emergence of various disasters in recent years, especially emergency disasters at night and in non-visual places, on-site lighting has become an important condition for commanders to obtain accurate data. Traditional reconnaissance drones cannot see the scene clearly in a short time , It is difficult to report the data, which makes the rescue work more difficult, wastes precious rescue time, and restricts the speed of effective rescue. [0003] Especially in the cities, the crowded roads and random parking of vehicles in the community seriously restrict the entry of fire trucks, thus missing the best rescue time and causing tragic events. [0004] According to Pascal's principle, the traditional fire extinguishing method used in high-rise buildings is very ineffective, and the firefighters' rescue...

AI Technical Summary

Problems solved by technology

[0002] Due to the continuous emergence of various disasters in recent years, especially emergency disasters at night and in non-visual places, on-site lighting has become an important condition for commanders to obtain accurate data. Traditional reconnaissance drones cannot see the scene clearly in a short time , it is difficult to report the data, which makes the rescue work more difficult, wastes precious rescue time, and restricts the speed of effective rescue

[0003] Especially in cities, the crowded roads and random parking of vehicles in the community seriously restrict the entry of fire trucks, thus missing the best rescue time and causing tragic events

[0004] According to Pascal's principle, the traditional fire extinguishing method used in high-rise buildings is very ineffective, and the firefighters' rescue consumes a lot of energy, and it is impossible to find the living organisms in the room, and it takes a lot of time to pry open the door.

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