What is an emergency dumping operation? It refers to a situation where after an emergency occurs, the command center needs to obtain a detailed understanding of the data in the target area, but personnel cannot approach or cannot enter within a short period of time.
This type of sensor comes into play. They are dropped in the target area by specially modified drones or other manned aircraft.
In this way, in a short period of time, the emergency response command center at the rear will obtain various data immediately, which will help to understand the real-time situation of the target area.
From this point of view, it is a bit like the pattern of aircraft dropping mines or mine sonar coordinates. In fact, when Zhou Yonghui and others designed the sensor, they also referred to the pattern of anti-submarine patrol aircraft dropping sonar beacons.
Of course, compared to these various sensors, everyone's attention is still focused on the 'mushroom' in the middle.
Zhang Jun looked at this mushroom and couldn't help but wonder at Wu Hao: "Why do I feel that this intelligent unmanned monitoring station is a bit like the sentinel system we developed?"
Haha, Wu Hao smiled and said nothing, and Zhang Jun instantly understood the meaning of his smile. Indeed, it is indeed inappropriate to talk about this topic in front of so many people.
"Sentinel system?" The speaker has no intention, the listener has the intention, and the others can't help but become interested.
"Haha, an intelligent unmanned security system." Wu Hao explained with a faint smile.
Everyone saw that Wu Hao was unwilling to say more. Although they were full of curiosity, they did not ask any more questions.
The so-called sentry system is actually used in conjunction with the intelligent unmanned patrol security system. Simply put, it is an intelligent unmanned monitoring system, which is similar to this intelligent unmanned monitoring station but has a different purpose.
The sentry system is mainly aimed at various moving targets, such as people, vehicles, aircraft, etc. One of the major functions of this system is to replace the work of real sentries and perform monitoring and patrolling in areas with harsh natural environments.
It can also be regarded as a wireless camera, but the function of this camera is much more powerful.
Not only is it equipped with a variety of optical sensors, but it also has strong image recognition analysis and tracking functions, which are not comparable to ordinary cameras.
At present, this sentinel system has been successfully developed, passed the relevant stereotype tests of the General Logistics Department, and is being trialled in multiple border defense forces. Judging from the feedback from the trial, it is still highly recognized by grassroots officers and soldiers of the border defense forces.
Therefore, it is really inappropriate to talk about this matter in front of these people.
Zhang Jun also knew that he was a bit talkative, so he immediately started urging him: "Let's go, let's go to your command and control center. I can't wait."
At Zhang Jun's urging, everyone came to the temporary command and control center where the mountain fire intelligent prevention and control system is located.
It is completely different from what everyone imagined. This command and control center looks very ordinary, even a little crude. Inside the huge command and control center, there is an ultra-high-definition screen in front of the smart screen modules released by Wu Hao and others.
big screen.
This large screen is divided into several screen windows. In the middle are two large windows. One window displays a 3D map of the entire nature reserve, with various points marked on the map.
There are two points in the sky moving at high speed.
Another large window was divided into two, and inside were aerial shots of two drones flying. However, the strange thing is that these two aerial shots were not in color, but in black and white and gray.
Surrounding these two large windows are many small video windows, each window corresponding to a fixed surveillance picture. These pictures appear to be static, but in fact they are slowly rotating.
In addition to this large screen, the command and control center is divided into several office areas, with some office computers placed in each area. At this moment, some team technicians are working very leisurely.
What is refreshing is that there are many green plants in the command and control center, and there are also many unknown flowers and plants, which seem to have been raised by these technicians in their spare time.
It looks very ordinary here, not as tall or as urgent as the command and control centers and research centers that everyone remembers.
After several reporters came in, they picked up their cameras and started filming continuously. It seemed that they were very interested in this place.
Ahem, Zhou Yonghui cleared his throat, and then introduced in a loud voice to everyone: "This is the command and control terminal of our intelligent wildfire prevention and control system and the R&D center of our project team.
Through here, we can control the 68 intelligent unmanned monitoring stations, 235 various sensors, and the two aerial patrol and warning drones currently deployed in the protected area.
Please look at the big screen. The one on the left in the middle of the big screen is a 3D digital map of our entire protected area. The red dots on the map are the locations where we can only unmanned monitoring stations.
We try to choose a location for each monitoring station that has a good view, no obstructions, and is convenient for maintenance personnel.
As for these blue dots, they are the locations of various sensors. In terms of the arrangement of these sensors, we try to spread them evenly in the protected area and cover various natural environments so that we can collect relevant data information in real time.
The two yellow dot trajectories moving between the valleys are the flight trajectories of our aerial patrol and warning drones.
The entire flight patrol route of the aerial patrol and warning drone is planned independently by the system. Under normal circumstances, we will not interfere.
If there is an emergency, we can also manually intervene and issue instructions to fly to the designated area for inspection.
You can even use the remote driving system we have set up in the command and control center to let people take over the drone for remote control flight.
As for the large window on the right, it is the flight inspection footage of two drones. Because of the high-speed transmission technology, the inspection footage captured by the drones will be displayed on the large screen in real time.
And these pictures have been processed. Why they are black and white is because they are original. Because it is easier to find fire spots, or areas with suspected higher temperatures.
Once an area with higher temperature is found, red will be displayed on the black and white screen to facilitate our monitoring personnel to detect it immediately.
Of course, the system will also issue an early warning to remind the personnel on duty to handle it in a timely manner.
This system is so sensitive that we can detect animals moving in the mountains and the body temperature of tourists in the forest park."
