Recess reflecting amplification type augmented reality three-dimensional glasses

Abstract

The invention belongs to portable a wearable eye apparatus, and relates to three-dimensional glasses capable of realizing augmented reality, specifically to augmented reality three-dimensional glasses capable of amplifying a display image through a recessed reflector. The augmented reality three-dimensional glasses comprise a shield body, of which one end is the imaging end, and the other end is the wearing end. The top of the imaging end is provided with a display screen with a screen facing downward. A bracket is fixed on the bottom of the imaging end, two concave spherical reflecting mirrors are installed on the bracket, and the arc surfaces of the concave spherical reflecting mirrors are arranged upwards. Spectroscopes are arranged between the display screen and the concave spherical reflecting mirrors in an inclined way. The shield body part between the upper ends of the spectroscopes and the bracket forms a light transmission area. The spectroscopes are semi-transparent semi-reflecting surface reflector, and serve as light combiners to project virtual images to reality, thereby preventing images distortion. A human eye is placed in the light transmission area, and the virtual image and the reality image are captured through the light transmission area.

Description

technical field [0001] The invention belongs to a portable wearable eye device, relates to a kind of stereoscopic glasses capable of realizing augmented reality, in particular to a kind of augmented reality stereoscopic glasses capable of enlarging and displaying images through a concave reflector. Background technique [0002] The current wearable 3D glasses belong to virtual reality (VR) glasses, which cannot see the real scene when wearing it, cannot watch while walking, and cannot overlap the images in the 3D glasses with the real scene. The existing Google Glass (google glass) belongs to augmented reality (AR) smart glasses, the display area is too narrow, it can only provide a simple message push function, and cannot realize the augmented reality effect of interacting with virtual objects, and it is a monocular display device. A more natural three-dimensional virtual image cannot be displayed, and the experience is not good. Moreover, the light passes through the thic...

AI Technical Summary

Problems solved by technology

[0002] The current wearable 3D glasses belong to virtual reality (VR) glasses. When wearing them, you can't see the real scene, you can't watch it while walking, and you can't overlap the images in the 3D glasses with the real scene.

The existing Google Glass (google glass) belongs to augmented reality (AR) smart glasses, the display area is too narrow, it can only provide a simple message push function, and cannot realize the augmented reality effect of interacting with virtual objects, and it is a monocular display device. Unable to display more natural stereoscopic virtual images, poor experience

In addition, the light enters the pupils of people through thick glass, and there is a strong sense of image insertion in the on-site vision, and the display effect is poor.

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