Dual-purpose portable unmanned aerial vehicle launching platform

Abstract

The invention discloses a dual-purpose portable unmanned aerial vehicle launching platform which comprises a supporting frame, a plurality of folding supporting legs which can vertically fix the supporting frame relative to the ground are hinged to the lower end of the supporting frame along a center shaft, a dual-purpose device which can allow an unmanned aerial vehicle to take off and can be used for fixing an unmanned aerial vehicle remote controller is rotationally connected to the top end of the supporting frame, and locking devices capable of fixing the remote controller are symmetrically hinged to the dual-purpose device. According to the dual-purpose portable unmanned aerial vehicle launching platform, due to the folding supporting legs, it is ensured that the platform can be kepthorizontal and suitable conditions are provided for launching of a multi-rotor unmanned aerial vehicle on the condition that the ground is uneven, when the dual-purpose platform is used independently,the platform can be used as an auxiliary fixing device of the unmanned aerial vehicle remote controller, even if the two hands are liberated, the platform can still be kept away from the body of a user, and therefore the phenomenon that a control rod is touched by mistake due to the fact the body of the user is touched by falling or overturning of the remote controller is avoided, and a device safe and convenient to use is provided for flight of a fan of the unmanned aerial vehicle.

Description

technical field [0001] The invention relates to a dual-purpose portable UAV take-off platform. Background technique [0002] Nowadays, drones are seen more and more in daily life, and with the increase of drone enthusiasts, many places have made policies to restrict the flight of drones in cities. Many multi-rotor drone enthusiasts only The site can be selected to some inaccessible mountainous areas for flight shooting, but due to the restrictions on the take-off conditions of the multi-rotor UAV, it is impossible to take off safely on the uneven ground in the mountainous area, and even take off due to uneven ground or obstacles near the take-off point. When the airflow is unstable, it will crash or injure the user and the surrounding people, and when the drone lands, it is often necessary to operate the remote control with one hand and the other hand to pick up the aircraft or turn off the power of the aircraft, so that one-handed grip often occurs. The instability of the ...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, drones are seen more and more in daily life, and with the increase of drone enthusiasts, many places have made policies to restrict the flight of drones in cities. Many multi-rotor drone enthusiasts only The site can be selected to some inaccessible mountainous areas for flight shooting, but due to the restrictions on the take-off conditions of the multi-rotor UAV, it is impossible to take off safely on the uneven ground in the mountainous area, and even take off due to uneven ground or obstacles near the take-off point. When the airflow is unstable, it will crash or injure the user and the surrounding people, and when the drone lands, it is often necessary to operate the remote control with one hand and the other hand to pick up the aircraft or turn off the power of the aircraft, so that one-handed grip often occurs. The instability of the remote control causes the remote control to fall or the remote control to flip over and touch the user's body, resulting in false touches on the joystick, which will cause the aircraft to lose control and injure the user and surrounding personnel, causing hidden dangers to flight safety

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