In order to further enhance the monitoring, early warning, and evacuation guidance capabilities of university fires in the initial stage, Air Future recently assisted Nanchang University of Aeronautics and Astronautics in conducting a "ground air integrated" fire evacuation drill that integrates drone reconnaissance feedback, injecting new technological capabilities into campus fire safety.
A fire broke out in the student dormitory and urgent support is needed. On that day, the Air Future team controlled a drone to depart from the base station and perform routine patrol tasks according to the pre constructed flight route. The infrared thermal imaging lens equipped with it keenly captures abnormal heat source signals in the area of Building 5 of the student dormitory, and synchronously sends real-time images and thermal imaging data back to the campus security command center - the picture clearly shows that the building has been shrouded in thick smoke. With the synchronized sound of the alarm, the drill officially kicked off.
Attention everyone, this is a fire drill. Please do not panic and evacuate in an orderly manner according to the evacuation route. The designated gathering place for this fire drill is Rocket Square. Please cooperate with the counselor to count the personnel. Thank you for your cooperation. ”Subsequently, the aerial future will use drones to repeatedly broadcast instructions through high-altitude shouting, clearly guiding teachers and students to evacuate along the established route. At the same time, the thermal imaging camera carried by the drone will monitor the density of people in real time, assisting the on-site command center in dynamically adjusting evacuation strategies.
By using drones to shout and guide in an orderly manner, and closely cooperating with ground security departments, the Future Air Team safely evacuated all 260 students in the dormitory building to the designated assembly point in just 3 minutes. The entire evacuation process was orderly and there were no crowded or trampling situations, fully demonstrating the efficiency of the coordinated emergency response of "land and ground integration".
