RADIOSONDE AUTO FLYING SYSTEM FOR UPPER AIR OBSERVATION

摘要

The present invention relates to an automatic radiosonde flying system for upper air observation and, more specifically, to an automatic radiosonde flying system for upper air observation having a tool flying chamber, a flying unit, and a remote control unit. The tool flying chamber has an internal storage space, an opening part opened upward on the top surface, and multiple charging tanks charged with helium gas. The flying unit is positioned inside the tool flying chamber, has one or more tools for upper air observation having a radiosonde and a rubber balloon for making the radiosonde fly, and makes the tools charged with the helium gas fly upward through the opening part when power is applied. The remote control unit is arranged in the outside of the tool flying chamber, and remotely controls the flying unit to enable upper air observation through the tools. The present invention enhances an inconvenient work manually repeated working processes by an observer whenever the observer performs the upper air observation by automatically performing the preparation processes from a process of charging the gas to the rubber balloon to a process of flying the radiosonde; thereby increasing working efficiency with reduced preparation hours. Also, the present invention can perform the upper air observation with minimum manpower in the observation of severe weather by enabling the observer to remotely control the preparation processes of the upper air observation; thereby reducing manpower. Moreover, the present invention can reduce construction costs and operation costs consumed by independently installing and operating a charging chamber and a flying tower by unifying the gas charging chamber and the flying tower.