Augmented reality eyewear with VAPE or wear technology
This invention is augmented reality eyewear with Volumetric Annular Photon Emission (VAPE) technology comprising: an annular light projector; an annular light reflector/refractor which redirects light rays from the annular light projector away from the person's eye; and a semi-reflective eyewear lens which reflects light rays from the projector back toward the person's eye and also transmits light rays from the environment toward the person's eye. This technology can enable a person to see their environment with minimal vision impairment while simultaneously displaying virtual objects with minimal light loss.
1. Augmented reality eyewear with Volumetric Annular Photon Emission (VAPE) technology comprising:
an annular light projector which projects images of virtual objects into a person's field of vision;
an annular light reflector and/or refractor which receives light rays from the annular light projector and redirects these light rays away from the person's eye, wherein an optical axis of the annular light reflector and/or refractor is substantially same as an optical axis of the person's eye; and
an eyewear lens, wherein the eyewear lens receives light rays from the annular light reflector and/or refractor and at least partially reflects these light rays back toward the person's eye, and wherein the eyewear lens receives light rays from environment and transmits these light rays toward the person's eye.
2. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of light emitters.
3. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of light emitters which emit light rays in a radially-inward direction toward the center of the ring and/or torus.
4. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a continuous ring and/or torus of light emitters which emit light rays in a radially-inward direction toward the center of the ring and/or torus.
5. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of light-emitting segments.
6. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of at least four light-emitting segments.
7. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of light-emitting segments which emit light rays in a radially-inward direction toward the center of the ring and/or torus.
8. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of at least four light-emitting segments separated from each other by light barriers.
9. The augmented reality eyewear in claim 1 wherein the annular light projector comprises a ring and/or torus of light emitters with at least 10 columns of light emitters around the circumference of a virtual circle and at least 5 rows of light emitters in a column.
10. The augmented reality eyewear in claim 1 wherein the annular light projector is selected from the group consisting of: collimated light projector and/or display; ferroelectric liquid crystal on silicon (FLCOS) projector and/or display; holographic projector and/or display; light emitting diode (LED) projector and/or display; liquid crystal display (LCD); liquid crystal on silicon (LCOS) projector and/or display; microdisplay and/or microprojector; micromirror array; picodisplay and/or picoprojector; and spatial light modulator (SLM) projector and/or display.
11. The augmented reality eyewear in claim 1 wherein the annular light reflector and/or refractor comprises an annular mirror.
12. The augmented reality eyewear in claim 1 wherein the annular light reflector and/or refractor comprises a ring of mirrors.
13. The augmented reality eyewear in claim 1 wherein the annular light reflector and/or refractor comprises a ring of lenses and/or waveguides.
14. The augmented reality eyewear in claim 1 wherein the annular light reflector and/or refractor is nested within the annular light projector.
15. The augmented reality eyewear in claim 1 wherein the eyewear lens is a semi-reflective lens.
16. The augmented reality eyewear in claim 1 wherein the eyewear lens receives light rays from the annular light reflector and/or refractor and at least partially reflects these light rays back toward the person's eye.
17. The augmented reality eyewear in claim 1 wherein the eyewear lens receives light rays from the environment and transmits these light rays toward the person's eye through a central opening or transparent core in the annular light reflector and/or refractor.
18. The augmented reality eyewear in claim 1 wherein the eyewear is in an overall form selected from the group consisting of: augmented reality headset, electronically-functional glasses, eyeglasses, face mounted display, goggles, head mounted display, head worn display, heads up display, helmet, monocle, near eye display, pair of eyeglasses, prescription eyeglasses, see-through head-mounted display, smart glasses, sunglasses, and visor.
19. Augmented reality eyewear with Volumetric Annular Photon Emission (VAPE) technology comprising:
an annular array of light emitters which projects images of virtual objects into a person's field of vision;
an annular array of mirrors which receives light rays from the annular array of light emitters and redirects these light rays away from the person's eye; and
a semi-reflective lens, wherein the semi-reflective lens receives light rays from the annular array of mirrors and at least partially reflects these light rays back toward the person's eye, and wherein the semi-reflective lens receives light rays from environment and transmits these light rays toward the person's eye.
20. Augmented reality eyewear with Volumetric Annular Photon Emission (VAPE) technology comprising:
an annular light projector which projects images of virtual objects into a person's field of vision, wherein this annular light projector is configured to span at least 75% of the circumference of a virtual circle around a near-eye area which is less than 6″ in front of the person's eye, and wherein this annular light projector further comprises an array of light emitters which emit light rays in a radially-inward direction toward the near-eye area;
an annular light reflector/refractor, wherein this annular light reflector/refractor is configured to span at least 75% of the circumference of a virtual circle around the near-eye area, wherein this annular light reflector/refractor is located between the annular light projector and the center of the near-eye area, wherein this annular light reflector/refractor receives light rays from the annular light projector and redirects these light rays away from the person's eye; and
an arcuate-proximal-surface light reflector, wherein this arcuate-proximal-surface light reflector is located between the near-eye area and environment in front of the person's eye, wherein a proximal surface is configured to be closer to the person's eye and a distal surface is configured to be farther from the person's eye, wherein the proximal surface of the arcuate-proximal-surface light reflector receives light rays from the annular light reflector/refractor and at least partially reflects these light rays back toward the person's eye, and wherein the distal surface of the arcuate-proximal-surface light reflector receives light rays from the environment in front of the person's eye and transmits these light rays toward the person's eye through a central opening or transparent core in the annular light reflector/refractor.