Image tracking device and image tracking method thereof

Abstract

The invention provides an image tracking device which comprises an image capture device, a rotating device and a chassis. The image capture device is arranged on the rotating device, and the rotating device is arranged on the chassis. The image capture device is internally equipped with a display unit, an input unit, a drive unit and a tracking control unit. The tracking control unit comprises an image profile capture module, a memory module, a search module and a displacement computation module. The imaging device controls the drive unit to drive the rotating device to rotate by the mutual coordinated operations of various functional modules in the tracking control unit thereof so as to regulate an image capture angle of the image capture device, therefore, target images are positioned at the center of the current image menu which is displayed by the display unit of the image capture device.

Description

technical field [0001] The present invention relates to an image tracking device, in particular to an image tracking device used in portable electronic products and an image tracking method for the image tracking device. Background technique [0002] Most of the existing miniaturized portable electronic products are integrated with camera components. However, these camera components cannot automatically track images. When shooting some moving scenes, they can only rely on the user's own control to rotate the camera device. Shooting, when the user manually shoots the moving scene, its moving speed is uneven and will cause jitter; and in some environments with limited moving space, the user cannot effectively align the camera component accurately with the subject and cannot Get the picture you want; these defects will undoubtedly greatly reduce the convenience and fun when users use electronic products to take pictures. Contents of the invention [0003] In view of this, it...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing miniaturized portable electronic products are integrated with camera components. However, these camera components cannot automatically track images. When shooting some moving scenes, they can only rely on the user's own control to rotate the camera device. Shooting, when the user manually shoots the moving scene, its moving speed is uneven and will cause jitter; and in some environments with limited moving space, the user cannot effectively align the camera component accurately with the subject and cannot Get the picture you want; these defects will undoubtedly greatly reduce the convenience and fun of users when taking pictures with electronic products

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