An aerial drone for 360-degree panoramic shooting of mountainous areas

Abstract

The invention relates to an aerial photography drone for 360-degree pan-shot in a mountainous area. The aerial photography drone comprises a drone body, propellers and supports, the drone body is further provided with a top shooting mechanism, a bottom shooting mechanism, a veering mechanism and a retracting mechanism. When the aerial photography drone is used for shooting, the bottom shooting mechanism is driven by the retracting mechanism to the portion below the supports, it is avoided that lenses are shielded by the supports, and the picture quality is improved. Meanwhile, when the drone lands, the bottom shooting mechanism is elevated through the retracting mechanism, and a second camera lens is folded through the bottom shooting mechanism, and it is avoided that the second camera lens is hit by protruding stone and damaged; meanwhile, the top shooting mechanism and the bottom shooting mechanism are driven by the veering mechanism to work simultaneously, consideration can be given to both shooting of the space above the drone body and shooting of the space below the drone body, and 360-degree pan-shot is truly achieved.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicles, in particular to an aerial photography unmanned aerial vehicle for 360-degree panoramic photography of mountainous areas. Background technique [0002] UAV is an unmanned aircraft controlled by radio remote control equipment or onboard computer program control system. UAVs are simple in structure and low in cost of use. They can not only complete tasks performed by manned aircraft, but are also suitable for tasks that manned aircraft are not suitable for. [0003] At present, UAVs are widely used in the field of aerial photography. The use of UAVs for aerial photography can clearly represent geographical forms and are used in military affairs, transportation construction, water conservancy engineering, ecological research, urban planning, etc. When using drones for aerial photography in mountainous areas, first of all, for existing drones, when the camera is installed on the fuselage, the...

AI Technical Summary

Problems solved by technology

When using drones for aerial photography in mountainous areas, first of all, for existing drones, when the camera is installed on the fuselage, the bracket under the fuselage will block the camera to a certain extent during the panoramic shooting of the camera, causing all The captured image contains a partial image with a bracket, which covers part of the external scene to be captured and affects the quality of the image. Secondly, there are many rocks on the ground in mountainous areas. When the drone lands, the camera is easily caught by the raised stones. At the same time, most of the existing panoramic shots of drones are only for the space around and below the drone, while the space above the drone cannot be photographed, so it is difficult to achieve a true 360-degree Panorama

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