Meteorological detection system based on meteorological unmanned aerial vehicle

Abstract

The invention discloses a meteorological detection system based on a meteorological unmanned aerial vehicle, and belongs to the field of meteorological detection. The system comprises an unmanned aerial vehicle body, a ground support system, an airborne signal transmission system, an airborne power system, an airborne flight control system and an airborne atmosphere measurement system. The meteorological detection system has an excellent aerodynamic configuration, can be used for long-term meteorological monitoring in special civil areas and short-distance detection in dangerous environments such as tornado, and can also be used for investigation in the military meteorological field, thereby avoiding manned high-risk operation. The meteorological detection system passes through detection data such as wind field, temperature, humidity and air pressure measured at the place where a typhoon arrives, and plays an important role in understanding of the characteristics of a mesoscale structure inside the typhoon, business positioning and strength determination of the typhoon and improvement of the path and intensity forecasting ability. The meteorological detection system has the advantages of being flexible, economical and practical, having a large-area, long-time and continuous meteorological detection ability, and having unique effects and advantages in spacecraft launching and returning, important weapon tests and battlefield meteorological measurement applications.

Description

technical field [0001] The invention belongs to the field of weather detection, relates to the field of aviation, and more specifically relates to a weather detection system based on a weather drone. Background technique [0002] The current typhoon intensity forecast is progressing slowly. The reason is that the internal structural characteristics of the typhoon cannot be obtained through meteorological satellites. [0003] The detection of high-altitude wind is of great significance to understand the movement of the atmosphere. It is also an important means to study global climate change and accurately forecast the weather. The existing high-altitude wind measurement methods mainly include: balloon wind measurement, wind profile radar measurement Wind and manned aircraft detection. Among them, the balloon method is used to study the change of wind field in the air, and obtain all wind field information from the ground to the high altitude. The detection accuracy and detect...

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Problems solved by technology

[0004] In view of the above defects or improvement needs of the prior art, the present invention proposes a meteorological detection system based on a meteorological drone, thereby solving the technical problems of high measurement cost and high risk in the existing high-altitude wind measurement method

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