Unmanned aerial vehicle garage capable of accurately recovering and guarding

Abstract

The invention relates to an unmanned aerial vehicle garage capable of accurately recovering and guarding. The unmanned aerial vehicle garage capable of accurately recovering and guarding is formed bya top solar cell panel cover, garage outside door posts, left-right-side sliding doors, multiple parking chambers and a bottom layer control room. A weather data acquisition device is arranged on thetop solar cell panel cover; the unmanned aerial vehicle garage comprises the multiple parking chambers formed by fixed parking aprons, movable parking aprons and parking chamber doors; multifunctionallimiters I arranged on the fixed parking aprons and multifunctional limiters II arranged on the movable parking aprons are used for automatically correcting after unmanned aerial vehicles are landed;image recognition cameras and laser positioners arranged on the movable parking aprons provide accurate landing positions for the unmanned aerial vehicles; and an integrated controller, a communicator, an environment controller and a garage power supply device are built in the bottom layer control room. The unmanned aerial vehicle garage can provide accurate positioning for the landing of the multiple unmanned aerial vehicles so as to realize accurate recovery; and after the unmanned aerial vehicles are landed, the unmanned aerial vehicles can be automatically charged so as to take off and land automatically.

Description

technical field

[0001] The invention belongs to the technical field of unmanned aerial vehicles, and in particular relates to a hangar for accurately recovering and guarding unmanned aerial vehicles. Background technique

[0002] In recent years, with the rapid development of my country's drone industry, the number of consumer-grade and industrial-grade drones has increased day by day, and its applications have penetrated into various fields. Due to the rapid development of drones, the basis for supporting drones The pace of facility development is too slow. At present, when consumer drones and industrial drones on the market perform tasks, most of them are completed with the participation of operators. The fully autonomous take-off and landing flight and storage tasks are not perfect, especially after the recovery of drones. Automatic charging tasks. At the same time, when UAVs perform tasks in the field, the external environment is harsh, and the problems of endurance and...

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