Application of UAV pod in rescue operation

As a UAV that integrates air command, aerial mapping and other functions, UAV pod can quickly deploy the UAV platform in the high air, and at the same time, it can see various situations on the ground in the high air, which provides the premise for the application of UAV pod in rescue operations.

Uav pod is a kind of aircraft composed of fixed wing UAV and gimbal camera. Its main function is to realize the remote control of the ground by carrying related equipment, and real-time transmission and processing of the video and image. The UAV pod is composed of flight control system, head lens, motor drive system, power supply system and control system. Its basic working principle is to compress the image signal, then send the compressed image to the gimbal camera through the communication link, and then control the flight of the UAV through the gimbal lens and the motor drive system.

Set up an air command center

In rescue operations, the establishment of the command center is very important, so it is necessary to quickly and effectively establish the air command center, so as to provide effective guidance for rescue operations. In rescue operations, the command center is usually located in a building, which allows real-time communication via satellite signals. But drone pods can be quickly deployed at a rescue site, and then drone platforms can be deployed high up in the air so that an air command center can be set up quickly. At the same time, the drone pod can also observe the situation through video footage, which provides necessary information for rescue work. Therefore, during the rescue operation, it is necessary to quickly establish the air command center, so as to ensure effective communication and communication during the rescue process.

Shoot the ground from above

Aerial shooting of ground conditions is an important application field of UAV pod. Because UAV pod can shoot 360 degree all-round pictures of ground conditions in the high air, it has a very obvious advantage when shooting ground conditions in the high air. For example, when aerial photography is carried out on the ground in the high sky, various situations on the ground can be clearly photographed, so as to provide effective data support for rescue operations. At the same time, the data transmission system of UAV pod itself can be used to timely transmit the video and image taken at the scene to the command center when processing the ground situation taken at the height, so as to realize the remote command of the rescue work on the scene. At the same time, the UAV pod can realize the location of the scene to take photos, so that the specific situation of the scene can be quickly frozen, so as to provide a reliable reference for subsequent rescue work.

Aerial survey of landforms and landforms

When the UAV pod makes measurements in the air, it can collect and process the high-definition pictures taken by the multi-spectral imager carried by the pod, and then form high-quality high-definition images by means of image splicing and data compression. When measuring in the air, multi-rotor UAV or fixed wing UAV can be used, and at the same time, fixed-wing UAV + multi-spectral imager can be used to measure in the air. If necessary, the measurement accuracy can be further improved by using GPS devices.

For example, in the rescue operation of a place, multi-rotor UAV can be used to carry out multi-spectral imager, GPS device, multi-spectral camera and other equipment to shoot and measure the ground conditions. In the process of shooting, if there is a need for search and rescue in a certain area, the UAV pod can also be equipped with a multi-spectral imager or GPS device to take aerial photos of the site area, so as to provide basis for subsequent rescue operations.

Air search

In aerial search and rescue operations, multiple drones are usually used at the same time. Since the rescue site may appear in multiple locations, it is necessary to use drone pods for aerial search, which can quickly locate rescuers. Meanwhile, due to the high speed, strong mobility and good flexibility of the UAV pod, the investment of manpower and material resources can be greatly reduced in the air search. And because the drone pod can operate multiple gimbaled cameras at the same time, it can quickly pinpoint the location of a trapped person during an aerial search. At the same time, the flexible flight ability of the drone pod can quickly locate the location of the trapped people during the aerial search, which can improve the efficiency of rescue operations. In addition, the drone pod can transmit live conditions back to the ground command center via data link transmission, providing vital information for rescue operations.

High altitude search and rescue operations

When rescuers carry out search and rescue operations high up in the air, the drone pod can be used to record the route of search and rescue personnel, and at the same time can transmit pictures and video information to the ground headquarters. Through the analysis of video information, the route of the rescue workers can be obtained, which provides an important basis for the search and rescue work. At the same time, in the high air, it is possible to see all kinds of conditions on the ground and monitor them in real time.

The drone pod can effectively improve the efficiency of rescue operations, and it can also be the first time to grasp various situations in the high altitude. In rescue operations, the use of drone pods can provide searchers with more accurate information, thus making rescue work more efficient. In addition, the UAV pod can quickly monitor and monitor the situation in the air in real time. Once abnormal situation is found in the air, the information can be timely fed back to the command, which provides an important basis for the follow-up work.

With the continuous development and improvement of UAV pod technology, its application in rescue operations will be more and more. It will also facilitate relief efforts. Drone pods will be more widely used in future rescue work. Therefore, it is necessary to strengthen the research and development and improvement of UAV pods, so that they can better serve the rescue work.

High air transfer of rescue personnel

High in the air, people on the ground may suffer injuries, fractures, falls, etc. For these situations, the "big wings" feature of the drone pod can be used to safely remove people from high air. In addition, during the transfer process, there will be no obstacles to the movement of rescuers.

The "big wing" function of the UAV pod can be used to quickly transfer the rescuers to the ground when they are injured or broken, thus reducing the risk of rescue workers at high altitude.

The drone pod not only has the functions of the general drone pod, but also has other special functions, such as:

1. It can be used for real-time video shooting at the rescue site. Many countries now have similar equipment, which makes rescue operations more intuitive and vivid.

2. It can be used to command and dispatch. At present, the country has set up UAV pod systems in some emergency management departments or airports.

In case of emergency, relevant departments can immediately use the system to dispatch and command.

3. It can be used for aerial photography. There are already a number of drone pod systems that can monitor the situation in real time and provide high-definition pictures and video.

Weather and hydrology are photographed from above

In rescue operations, the meteorological and hydrological conditions at high altitude are very important, because this information plays an important role in rescue operations, so the application of UAV pods in rescue operations is also very important. The UAV pod can transmit the meteorological and hydrological conditions at high altitude back to the ground in real time, and then the ground command center will analyze and judge to ensure the smooth operation of rescue.

Currently, some of the country's emergency management departments are also using drone pods, which can be deployed at a faster speed. With the drone pod, it can be quickly deployed in the air, making rescue operations more convenient and effective. In addition, the drone pod can send back information and data from the rescue site in real time, and then determine the rescue plan through analysis and judgment, which can minimize various risks during the rescue process.