Multi-scale aeronautical meteorological platform

Abstract

The invention relates to a multi-scale aeronautical meteorological platform. The platform comprises a platform lift-off device, an upper-air gliding variable-structure aircraft and a wireless sonde, wherein the platform lift-off device lifts off with the upper-air gliding variable-structure aircraft and the wireless sonde, acquires atmospheric meteorological data during lift-off, and transmits the acquired atmospheric meteorological data to the ground through wireless. After an altitude meter confirms that the platform reaches a specified altitude, a meteorological balloon stays in the upper air and sends back data; the platform lands at a high speed through the upper-air gliding variable-structure aircraft. After the aircraft reaches a preset height, tail wings rotate, a worm gear and a worm are driven by a steering engine to automatically rotate, the flight mode of the aircraft is changed, and the aircraft glides by using short wings as an aircraft body. Small-scale meteorological information is acquired among near-earth sliding regions, so that the multi-scale meteorological information acquisition is realized. Through the integrated design, the multi-scale aeronautical meteorological platform disclosed by the invention automatically lifts off, lands and acquires meteorological information, and realizes multi-scale meteorological data synchronization, so that the aeronautical meteorological platform has a huge prospect of sharing the meteorological data in the future.

Description

technical field [0001] The invention relates to a multi-scale aviation meteorological platform, relates to the field of automatic meteorological observation, and can be widely used in high-altitude, medium-scale and small-scale meteorological detection. Background technique [0002] Facing the modernization of meteorology, the modernization of the army and the development of aviation, the development of aviation meteorology has an urgent need. Make full use of the existing automatic meteorological observation technology and forecast and early warning service information to improve the level of automatic transmission of meteorological information, share meteorological information in real time, and increase the risk of disastrous weather. Forecast and early warning information service content, forming a new weather service business for aviation. Upper-air meteorological detection is an important part of the comprehensive meteorological observation system, and upper-air meteoro...

AI Technical Summary

Problems solved by technology

At present, high-altitude balloons and satellites are used for aviation meteorological detection, which cannot realize multi-scale meteorological data collection, real-time detection of meteorological points in near-earth areas, and designated areas cannot be detected. Changes in high-altitude weather cannot detect near-earth regional meteorology. Changes, meteorological data cannot be shared in real time, and meteorological equipment cannot be recovered

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