What is the use of drones in the face of fire?

(1) Disaster investigation. When a disaster occurs, drones can be used for disaster investigation. First, they can ignore the terrain and environment and be mobile and flexible to carry out investigations. Especially in some urgent and dangerous disaster scenes where the investigation team is unable to carry out investigation, drones can be used for disaster investigation. Able to conduct investigations quickly. Second, drone reconnaissance can effectively improve the efficiency of reconnaissance and identify the key factors of disaster accidents immediately so that commanders can make correct decisions. Third, it can effectively avoid casualties. It can not only prevent people from entering toxic, flammable, explosive and other dangerous environments, but also comprehensively and carefully grasp the on-site situation. The fourth is to integrate the detection module for detection. For example, integrated combustible gas detectors and toxic gas detectors can remotely detect the concentration of relevant gases at flammable, explosive, and chemical accident disaster sites to obtain key information on dangerous locations.

(2) Monitoring and tracking. The role of drones is not limited to disaster detection. The various disaster accident scenes faced by the firefighting force are often changing rapidly. During the disaster accident handling process, the use of drones for real-time monitoring and tracking can provide accurate changes in the disaster situation, making it easier for headquarters at all levels to grasp the dynamic disaster situation in a timely manner. Thus, quick and accurate countermeasures can be taken to minimize losses.

(3) Auxiliary rescue. Using drones to integrate or flexibly carry key equipment can provide assistance for rescue in a variety of situations. The first is to integrate voice and loudspeaker modules to convey instructions. The use of drones to shout or convey instructions in the air can be more effective than shouting or giving instructions on the ground. It is especially suitable for rescue projects such as high-altitude and high-rise buildings. UAVs are used as carriers to effectively convey key instructions. The second is to open up rescue channels for rescue. For example, in water and mountain rescue, the existing throwers have great limitations in the use environment and range, and have poor accuracy. UAVs are used to assist in throwing ropes or carry key equipment (such as respirators, rescue ropes, etc.) ), can create new ways for rescue, open up life-saving passages, and be accurate and efficient. The third is to integrate communication equipment and use drones to act as communication relays. For example, in environments with communication interruptions such as earthquakes and mountains, UAVs are used to integrate relay modules and serve as temporary relay stations, thereby establishing wireless communication links in extreme environments. The fourth is to use drones for emergency mapping. UAVs are used to integrate aerial photography and mapping modules to record all the conditions at the disaster site and transmit them to the on-site command center, and conduct emergency mapping of the terrain at the disaster site to provide strong support for rescue operations.

(4) Auxiliary supervision. Use aerial photography to achieve comprehensive real-time monitoring of high-rise and super-high-rise buildings, timely discovery of fire hazards, real-time fire control on site, building fire inspection or on-site fire image storage, and aerial surveillance video can be connected to other security or fire monitoring systems , supports large-capacity long-term image storage and retrieval, supports remote viewing and control of some functions through smart terminals, etc.