Multifunctional flight rescuing device for fire control police

Abstract

The invention discloses a multifunctional flight rescuing device for the fire control police. The multifunctional flight rescuing device comprises an unmanned aerial vehicle and a ground controller. The unmanned aerial vehicle is internally provided with a flight control system, the flight control system is connected with the ground controller, a power supply system is further arranged in the unmanned aerial vehicle, and a camera shooting system and a lighting system are arranged at the outer portion of the unmanned aerial vehicle. An air-drop cabin is arranged below the unmanned aerial vehicle and comprises an upper cabin body and a lower cabin body, one side of the lower cabin body is hinged to one side of the upper cabin body, and an electronic lock is arranged between the other side ofthe lower cabin body and the other side of the upper cabin body and connected to the flight control system through a wire. The multifunctional flight rescuing device has the beneficial effects that the high-rise building fire extinguishing requirement can be met, and the beneficial effects of safety, rapidness and easy operation are achieved; and the multifunctional flight rescuing device can completely replace firemen in many dangerous areas, and life casualties of the firemen are avoided; and under the situation that the firemen cannot arrive, the fire behavior can be treated in advance, finally the ground controller is utilized, and ordinary people can conduct operation by hand.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicles, in particular to a multifunctional flight rescue system for fire-fighting and police. Background technique [0002] With the rapid development of my country's economy, the number of urban high-rise buildings is also increasing year by year, and the fire of high-rise buildings has become the main type of fire today. Due to the comprehensiveness of high-rise buildings, the building layout is complicated, a large number of personnel are concentrated, various equipment is dense, and vertical shafts and pipes are criss-crossed, which makes it more difficult to put out fires. [0003] At present, various research institutes have developed some equipment for high-rise building fire protection. These equipment have played an active role in high-rise building fire protection, mainly including climbing ladders, fire monitors and fire helicopters. The ideal effect is that the water spraying capacity...

AI Technical Summary

Problems solved by technology

Due to the comprehensiveness of high-rise buildings, the building layout is complicated, a large number of people are concentrated, various equipment is dense, and vertical shafts and pipes are criss-crossed, which makes it more difficult to put out fires.

[0003] At present, various research institutes have developed some equipment for high-rise building fire protection. These equipment have played an active role in high-rise building fire protection, mainly including climbing ladders, fire monitors and fire helicopters. The ideal effect is that the water spraying capacity of the existing fire water tanker is only 8 stories high, and the highest lifting capacity of the ladder truck is only about 15 stories. For higher high-rise building fires, these devices can only be "watchtowers". sigh”; while hand-held fire extinguishing bombs, cannon-type fire extinguishing bombs, fire rescue robots, shoulder-mounted sprayers and wind fire extinguishers are often unusable or underutilized in some occasions due to the influence of the environment or human factors. It greatly limits the performance of its fire extinguishing efficiency and weakens its ability to control high-rise fires; although the cannon-type fire extinguishing bomb solves the problems that personnel cannot quickly arrive at the fire scene and the low fire extinguishing efficiency, but because the working principle of the fire extinguishing bomb is to be fired in the air Free flight reaches the field of fire through ballistic control, and its flight outer ballistic needs enough space to achieve

Therefore, this method is not suitable for fire scenes with dense high-rise buildings, and the practicability is not high

[0004] It can be seen that the current emergency rescue measures for high-rise building fires need to be improved, and rapid fire extinguishing at high altitudes cannot be achieved, and the fire extinguishing efficiency is not significant

Images