Emergency fire fighting system

Abstract

The invention discloses an emergency fire fighting system. The emergency fire fighting system comprises a fire fighting platform and a fire fighting unmanned aerial vehicle, wherein the fire fightingplatform comprises a forewarning device, a first 4G module, an office terminal and a server, the server sets up communication with a medical department and a fire fighting department. The forewarningdevice comprises a processor, a first power supply module, a temperature and humidity sensor, a display module, a buzzer warning module, a smoke sensor and a first infrared thermal imaging camera. Theserver communicates with the office terminal through wireless network, a second infrared thermal imaging camera is arranged on the fire fighting unmanned aerial vehicle, and the fire fighting unmanned aerial vehicle communicates with the server through a second 4G module. The reference range of smoke concentration and the reference range of temperature and humidity are prestored in the processor,the smoke sensor and the temperature and humidity sensor monitor a fire fighting site in real time. The emergency fire fighting system has the advantages that in the case of fire, the emergency firefighting system can still work normally, and can assist the fire fighting department to rescue the fire in time.

Description

technical field [0001] The invention relates to a fire-fighting equipment, in particular to an emergency fire-fighting system. Background technique [0002] The traditional emergency fire protection system usually only includes a fire monitoring module and an alarm module. The fire monitoring module monitors the fire data of the place in real time. When the fire monitoring module detects a fire, it sends a corresponding signal to the alarm module, and the alarm module starts to work and sends out an alarm. . The traditional emergency fire protection system cannot communicate with the staff in real time, and the staff cannot obtain the monitoring data of the site in real time, so that the fire cannot be prevented according to the monitoring data, and the fire can only be remedied after the fire occurs. The traditional emergency fire protection system can no longer meet the current fire protection requirements. At present, there is an emergency fire protection system on the ...

AI Technical Summary

Problems solved by technology

[0003] However, the emergency fire protection system has the following problems: the intelligent gateway needs to be connected to the Internet through WiFi. When a fire occurs, the WiFi will stop working due to the power failure of the fire. The emergency fire protection system cannot be connected to the Internet and cannot work normally. Lost contact with the outside world, unable to feed back the data of the fire scene to the fire department, making it difficult for the fire department to analyze the fire situation in time to locate the fire source and know the cause of the fire

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