A zoom unmanned aerial vehicle applied to image recognition and a zoom unmanned aerial vehicle control method

Abstract

The invention discloses a zoom unmanned aerial vehicle applied to image recognition, which comprises an unmanned aerial vehicle body, and a motion wide-angle high-definition optical zoom camera, a zoom mechanism and a zoom controller which are arranged on the unmanned aerial vehicle body. the motion wide-angle high-definition optical zoom camera is used for obtaining a vehicle image in a shootingarea; An outer ring of a zoom ring of a zoom lens of the moving wide-angle high-definition optical zoom camera is in a gear shape, and the outer ring of the zoom ring is meshed with a transmission gear in the zoom mechanism. the zooming mechanism comprises a zooming motor, an intermediate transmission group and a transmission gear. The zooming motor is connected with the transmission gear throughan intermediate transmission group; The invention further discloses a zoom unmanned aerial vehicle control method applied to image recognition. The zoom unmanned aerial vehicle is light in weight, small in size and convenient to carry; Compared with a traditional unmanned aerial vehicle pan-tilt camera, optical zooming can be achieved, and the image quality is higher; And an automatic zooming control system is matched, automatic zooming can be carried out according to target recognition image requirements, and the intelligent degree of the system is high.

Description

technical field [0001] The invention belongs to the technical field of drones, and relates to a camera system applied to image recognition of drones. Background technique [0002] With the advantages of timeliness and convenience in obtaining information from UAV aerial photography, the application of UAV aerial photography in the industrial field is becoming more and more extensive. However, the traditional UAV aerial photography uses a fixed-focus optical camera pan-tilt, and the images captured by the limitation of the focal length have the disadvantages of small field of view or blurred details, and the image data is limited. In addition, the optical camera gimbal has a large volume and mass, which limits multiple mounts and multiple data acquisitions at the same time, increases the weight of the system, and shortens the cruising range. This limits the application of UAV aerial photography in the professional field and the field of artificial intelligence. Contents of...

AI Technical Summary

Problems solved by technology

However, the traditional UAV aerial photography uses a fixed-focus optical camera head, and the images captured by the limitation of the focal length have the disadvantages of small field of view or blurred details, and the image data is limited.

In addition, the optical camera gimbal has a large volume and mass, which limits multiple mounts and multiple data acquisitions at the same time, increases the weight of the system, and shortens the cruising range

This limits the application of UAV aerial photography in the professional field and the field of artificial intelligence