Unmanned aerial vehicle sharing system

Abstract

The invention discloses an unmanned aerial vehicle sharing system, which comprises a server, client software and unmanned aerial vehicles distributed at a plurality of different places, and is characterized in that the unmanned aerial vehicles store aerial photography routes and scenic spot flight maps of scenic spots where at least one unmanned aerial vehicle is located; a database for storing positioning information and state information of the unmanned aerial vehicle is established in the server, and the positioning information and the state information are uploaded to the database of the server by the unmanned aerial vehicle; and the client software may establish communication connection with the server. Through the unmanned aerial vehicle sharing system, a user can rent the unmanned aerial vehicles located in different scenic spots, the aerial photography modes of the unmanned aerial vehicles comprise a default route mode and a self-defined route mode, the unmanned aerial vehiclesare controlled to carry out aerial photography through the two aerial photography modes, so that the safety of remote control over aerial photography of the unmanned aerial vehicles is ensured, and the aerial photography effect and efficiency can be further improved. In addition, a parachute and an air bag module are arranged on the unmanned aerial vehicle, so that the aerial photography safety of the unmanned aerial vehicle is further improved.

Description

technical field [0001] The invention belongs to the field of unmanned aerial vehicles, and in particular relates to an unmanned aerial vehicle sharing system. Background technique [0002] With the development of civilian drone technology, more and more photographers want to own a drone for aerial photography. However, the price of existing drones is relatively high, and the user can only control the drone to take aerial photos within a few kilometers away from him. A lot of time and effort. Even if the user can remotely control the drone through the mobile network, the user cannot have a good understanding of the surrounding environment of the drone because the user is not at the location of the drone, the shooting range of the camera of the drone is limited, and the network transmission will be delayed. Due to the situation, the user cannot control the UAV for aerial photography well, and the aerial photography effect is mediocre; and the user can control the UAV at will...

AI Technical Summary

Problems solved by technology

However, the price of existing drones is relatively high, and the user can only control the drone to take aerial photos within a few kilometers away from him. a lot of time and energy

Even if the user can remotely control the drone through the mobile network, the user cannot have a good understanding of the surrounding environment of the drone because the user is not at the location of the drone, the shooting range of the camera of the drone is limited, and the network transmission will be delayed. Due to the situation, the user cannot control the UAV for aerial photography well, and the aerial photography effect is mediocre; and the user can control the UAV at will, which may easily cause damage to the UAV or cause safety problems.

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