Unmanned plane, unmanned plane control method, and unmanned plane control device

Abstract

The invention provides an unmanned plane, an unmanned plane control method, and an unmanned plane control device. The unmanned plane control method comprises the steps that at least two images are acquired, and each image comprises a hand part or a face part of a user; the at least two images are processed to acquire the coordinate value of the hand part and the face part of each image; the coordinate values of the face parts and the coordinate values of the hand parts are calculated to acquire control data; and the unmanned plane is controlled according to the control data. The unmanned plane, the unmanned plane control method, and the unmanned plane control device are advantageous in that the images of the hand parts or the face parts of the user are acquired, and the acquired images are processed and calculated to acquire the control data, and the motion state of the unmanned plane is controlled according to the acquired control data; in order to control the unmanned plane freely, the user is only required to change the motions of the face parts or the hand parts, and therefore the user is relieved from a conventional way of controlling the device in a handheld manner, and the user experience and the participation degree of the user are enhanced.

Description

Technical field [0001] The present invention relates to the technical field of unmanned aerial vehicles, and in particular to an unmanned aerial vehicle, an unmanned aerial vehicle control method and device. Background technique [0002] Traditional drone control technology includes remote control, mobile APP (Application, application) control, somatosensory control, etc. It requires the operator to hold the device for flight control, which cannot liberate the user from the fixed device and limit the user experience Sense and participation, and constitute a serious obstacle to the intelligent demand and development of drones. In the development of UAVs, there are currently only control systems such as flight, electric and mechanical, while the visual aspect only has functions such as video and photography, and there is no product that can interact with the aircraft controller. Although the existing gesture and face recognition technologies are relatively mature, their applicatio...

AI Technical Summary

Problems solved by technology

Although the existing gesture and face recognition technologies are relatively mature, their applications are limited to traditional research fields or some computer-side applications, and have not been integrated with mobile hardware devices such as drones.

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