Abstract: Augmented reality lenses configured to be light, fit in standard eyeglass frames, have a field of view of 90 degrees and visible light intensity of above 1000 NIT. The lenses receive an encoded light image from an image generator. Transfer optics and an image presenter are integrally formed within the lens. An image presenter curved in one direction having reflective diffraction gratings on a concave surface of the curve and configured to present the encoded light image as a virtual augmented reality image to the eye of the wearer. The transfer optics system also having reflectors and reflective gratings and is configured to propagate image of encoded light from the image generator to the image presenter. The transfer optics system and image presenter are integrally formed in at least one lens of the augmented reality eyeglasses.

Abstract: Augmented reality lenses configured to be light, fit in standard eyeglass frames, have a field of view of 90 degrees and visible light intensity of above 1000 NIT. The lenses receive an encoded light image from an image generator. Transfer optics and an image presenter are integrally formed within the lens. An image presenter curved in one direction having reflective diffraction gratings on a concave surface of the curve and configured to present the encoded light image as a virtual augmented reality image to the eye of the wearer. The transfer optics system also having reflectors and reflective gratings and is configured to propagate image of encoded light from the image generator to the image presenter. The transfer optics system and image presenter are integrally formed in at least one lens of the augmented reality eyeglasses.