Warrior UAV assists air-space-ground integrated emergency rescue and firefighting drill
Time: 2020-12-10 From: Times Starlight Views:
On November 27, 2020, Dujiangyan City, Sichuan Province held an integrated emergency rescue and firefighting drill of "Sky and Ground". The purpose is to establish the Sichuan Provincial Emergency Alliance, gather forces from all walks of life, and build a new fire rescue system.
Yuan Hailiang, deputy director of Chengdu Emergency Bureau, Chen Jie, deputy mayor of Dujiangyan City, and leaders from Aba Prefecture, Liangshan Prefecture, Jiuzhaigou and other relevant leaders attended the event. More than 800 people from various member units of the Dujiangyan Fire Safety Committee and emergency rescue forces from all walks of life participated in the drill. Chengdu Timestech Co.,Ltd Warrior UAV system, ad hoc network communication, high-definition image transmission and other equipment also appeared at the drill site!
The drills include: "Sky-Ground" integrated emergency communication command system drill, forest fire isolation zone deployment and control drill, ancient city fire drill, high-rise building fire extinguishing and rescue drill, drone fire fighting drill and drone communication networking drill. Exercise subjects.
In the training subject of forest fire isolation belt deployment and control, the Times Starlight Emergency Rescue Team used the Wolf Warrior UAV to conduct real-time accurate reconnaissance at an altitude of 300 meters, and sensed the details of the scene through high-precision long-distance infrared lenses and dual-light components, and analyzed and planned the isolation belt. , evacuation points, disaster relief routes, etc.
In order to avoid the impact of the fire on the UAV, the Wolf Warrior UAV can conduct accurate reconnaissance on the ground buildings and surrounding conditions at an altitude of hundreds of meters, and use military-grade thermal imaging technology to sense the hidden fire situation at a long distance (which cannot be achieved by ordinary UAVs. ), use the large aperture high-power camera and professional-grade dual-pod function (non-ordinary dual-pod) to analyze and judge the scene situation in detail, and at the same time deliver first-aid supplies for emergency rescue of disaster victims.
Infrared thermal imaging reconnaissance picture of the Warrior UAV
In the UAV fire-fighting drill and UAV communication networking drill subjects, the Wolf Warrior UAV and the ad hoc network system were used to carry out swarms of multiple professional UAVs to perform reconnaissance missions. Through the TIM remote image transmission system and Xuntu The self-organizing network system performs real-time video transmission and realizes the integrated networking function of air, space and ground. Times Starlight fully integrates aerial drones, ground ad hoc networks, satellite communication vehicles, command centers, etc., and integrates wireless communication with artificial intelligence. Combined, a complete three-dimensional accusation system of space, space and earth has been formed. In the field of emergency rescue, it took the lead in solving the problem that the on-site information equipment cannot be organically unified!
The Warrior UAV sends back the screen of the command center
Emergency rescue has always been highly valued by the country. In actual combat, there are often many unforeseen factors that lead to poor on-site perception, communication, and command, resulting in immeasurable losses to people's lives and properties. The collaborative combat system forms a high degree of unity between the air and the ground, the front and the rear, which requires us to continue to research, develop and progress, and minimize losses when human beings face various disasters!
This exercise has also brought us profound inspiration. Chengdu Timestech Co.,Ltd and the warriors will always take the interests of the people as their own responsibility, make unremitting self-improvement, and serve the motherland!
The Warrior UAV sends back the screen of the command center
