Scene of application of UAV infrared thermal imaging gimbal in 2023

With the continuous progress of science and technology, UAV has become an important application tool in modern industry, agriculture, medical and other fields. In daily life, the use of drones is constantly being explored and applied to more scenarios. However, in UAV flight, due to the limitation of flight height and air environment, UAV must have powerful detection function to ensure accurate and effective execution of tasks. This paper mainly introduces a UAV gimbal with infrared thermal imaging function, which can greatly improve the detection ability and application range of UAV.

1. Basic principles of infrared thermal imaging technology

Infrared thermal imaging technology is a technology that reflects the temperature distribution on the surface of the object and the position of the object emitting infrared radiation on the image by detecting the heat energy radiated by the object, and converts it into a visual image to express information. The infrared radiation information of the target object is converted into digital signal by infrared thermal imager, and then processed by processor and software, and finally visualized image is obtained. Infrared thermal imaging technology has been widely used in building inspection, animal observation, medical detection and other fields.

2. Composition and working principle of UAV gimbal

Uav gimbal is a kind of equipment that integrates sensors and working devices together, which can realize the detection, monitoring and shooting of target objects in the course of flight. Infrared thermal imaging UAV gimbal is mainly composed of infrared thermal imager, data processor, image processor, display and other parts. The cabin body can adjust the Angle, direction and Angle of view as the drone moves. The infrared thermal imager inside the gimbal can obtain the temperature image of the object surface by detecting the infrared radiation information radiated by the object. The data processor converts these digital signals into visual images, which are processed and analyzed. Image processor can adjust, enhance and process the image to improve the quality and visibility of the image. The real-time display displays images for real-time adjustment and processing.

3. Application scenarios of infrared thermal imaging UAV gimbal

Because of the special characteristics of infrared thermal imaging technology, infrared thermal imaging UAV gimbal can be widely used in many fields.

3.1 Industrial manufacturing field

Infrared thermal imaging UAV gimbal can detect heat, air leakage, surface defects and other problems through UAV detection in the manufacturing industry, realizing timely discovery and positioning of problems before equipment failure and unsafe, so as to prevent and deal with accidents.

3.2 Construction field

Infrared thermal imaging UAV gimbal can detect the heat dissipation of the surface of the building in the process of construction, detect the location of large temperature difference, and monitor the UAV in the night environment, detect the hidden dangers of the building through infrared thermal imaging technology, improve the construction quality and safety performance of the building.

3.3 Medical field

In the medical field, infrared thermal imaging drone gimbals can be used to detect body temperature trends, detect abnormalities in indicators under certain conditions, the relationship between temperature changes and skin temperature changes, and distinguish diseases by body surface temperature.

3.4 Fire protection Field

Infrared thermal imaging UAV gimbal can provide real-time data by detecting smoke, fire source, temperature and other conditions in the fire scene, so that firefighters can make effective decisions.

3.5 Ecological environment field

In terms of ecological environment monitoring, the UAV's infrared thermal imaging gimbal can realize the supervision of land and Marine organisms. Human can accurately detect the distribution and dynamic changes of organisms through infrared thermal imaging technology, which is of great benefit to ecological protection and monitoring the dynamic.

In short, the development of infrared thermal imaging UAV gimbal can greatly improve the capability and scope of UAV detection, so that it can be applied in a wide range of fields. It has a broad prospect and is expected to become a phased achievement of scientific and technological development.