System for providing projected information combined with outside scenery

• US 9,429,757 B1
• Filed: 11/09/2013
• Issued: 08/30/2016
• Est. Priority Date: 11/09/2013
• Status: Active Grant

• Current Assignee: Jonathan Peeri
• Original Assignee: Jonathan Peeri
• Inventors: Peeri, Jonathan
• Primary Examiner(s): Lee, Nicholas
• Assistant Examiner(s): Taylor, Jr., Duane N
• Application Number:
  US14/076,173
• Time in Patent Office: 1,025 Days
• Field of Search: None
• US Class Current: 1/1
• CPC Class Codes: G02B 2027/0118 comprising devices for improving the contrast of the display / brillance control visibility
• CPC Class Codes: G02B 2027/012 comprising devices for attenuating parasitic image effects
• CPC Class Codes: G02B 27/0101 characterised by optical features G02B27/0172 takes precedence
• CPC Class Codes: G02B 27/0172 characterised by optical features

Abstract

A system for producing a display image on a transparent, semi-transparent or translucent surface, without the need for an integral light source. The system includes a reflective surface that utilizes external light to project the display image in a selectable direction. A light collecting element collects and directs ambient light to the reflective surface. A display processor creates the display image and transmits the image onto an optical device. The optical device that has a reflective polarizer accepts the projected display image. The optical device selectively reflects light of the projected display image, and while controlling the optical properties of the light from second direction it combines the projected display image with the light from the second direction.

Claims

1. A system for producing a display image on a transparent or semi-transparent illuminated surface utilizing external ambient light, wherein said system is comprised of:

a) a polarizing reflective surface that utilizes external ambient light to project said display image in a selectable direction, and

b) at least one light collecting element that collects and directs said external ambient light to said polarizing reflective surface, and

c) a display processor for creating said display image, and

d) an optical device that accepts light from multiple directions, wherein said optical device selectively reflects polarized light orienting from first direction of the said polarizing reflective surface, and transmits through light orienting from a second direction of outside scenery while controlling the optical properties of the light orienting from the second direction, and

wherein said display image of said polarizing reflective surface is projected in said selectable direction such that the orientation of said polarized reflective image is aligned with the orientation of said selectively reflected polarized light orienting from first direction of said optical device that accepts light from multiple directions, and

wherein said projected display image of said polarizing reflective surface is utilizing said external ambient light by using said light collecting element in front of said polarizing reflective surface thus eliminating the need for any light illuminated from the back side of the display (“

Backlight”

), and

wherein said optical device that accepts light from multiple directions controls the optical characteristics of said light orienting from a second direction of outside scenery and combines this light with said polarized light orienting from first direction of the said polarizing reflective surface to create a combined image.

2. The system as specified in claim 1 wherein said transparent or semi-transparent surface is selected from the group consisting of a vehicle windshield or a window type surface.

3. The system as specified in claim 1 wherein display processor said comprises means for selecting a source of data for the displayed image, preparing and orienting the image and compensating for inherent windshield distortion prior to displaying the image.

4. The system as specified in claim 1 wherein said light collecting element is comprised of optical elements that are selected from the group consisting of micro prisms, micro lenses, brightness enhancement film (BEF), or a combination of the said optical elements.

5. The system as specified in claim 1 wherein said polarizing reflective surface is selected from the group consisting of a liquid crystal on silicone (LCoS), reflective LCD, or liquid crystal display super twisted nematic (LCD-STN).

6. The system as specified in claim 1 wherein said optical device that reflects polarized light is comprised of a wire-grid type or a polarizing-coating type.

7. The system as specified in claim 1 wherein optical device is comprised of a light controlling layer that controls the optical characteristics of said optical device based on the amount of said optical device'"'"'s light orienting from the second direction wherein the properties of the second direction light are selected from the group consisting of photo-active layer, Photochromic, an Optical Power Control (OPC), a dynamic sunlight filter (DSF) or Variable Transmittance Filter (VTF) type.

8. The system as specified in claim 1 wherein optical device is comprised of electrical light controlling layer that controls the optical characteristics of said optical device based on the amount of electrical power representing said optical device'"'"'s light orienting from the said second direction wherein the second direction light is controlled by means selected from the group consisting of electro-active layer, Suspended Particle Device (SPD), E-TINT,®

electro-active polarizing layer, Electrochromic or dichroic filter type.

9. The system as specified in claim 8 wherein said light controlling layer that controls the optical characteristics of said optical device is a fixed filter.

10. The system as specified in claim 1 wherein said optical device further comprises a touch-screen for controlling said display processor.

11. The system as specified in claim 1 wherein said optical device further comprises an elements that are selected from the group consisting of a protective coating, an Anti-Reflective (AR) surface that is directed towards the transparent or semi-transparent surface, an index matching material that correlates light refraction indexes within said optical device, thereby increasing the efficiency of said system and eliminating undesired reflections.

12. The system as specified in claim 1 wherein said reflective surface further comprises mechanical means for adjusting the desired direction such that said display image clearly appears within the viewer'"'"'s field of view.

13. A system for producing a display image on a transparent or semi-transparent illuminated surface utilizing external ambient light, wherein said system is comprised of:

a) a reflective surface that utilizes external ambient light to project the display image in a selectable direction, and

b) at least one light collecting element that collects and directs external ambient light to said reflective surface, and

c) a display processor for creating said display image and transmitting said display image onto said system, and

d) an optical device that accepts light from multiple directions, wherein said optical device selectively reflects light orienting from first direction of the said reflective surface, and transmits through light orienting from a second direction of outside scenery while controlling the optical properties of the light orienting from said second direction, and

wherein said display image of said reflective surface is projected in said selectable direction such that the orientation of said reflective image is aligned with the orientation of said selectively reflected light orienting from first direction of said optical device that accepts light from multiple directions, and

wherein said projected display image of said reflective surface is utilizing said external ambient light by using said light collecting element in front of said reflective surface thus eliminating the need for any light illuminated from the back side of the display (“

Backlight”

), and

wherein said optical device that accepts light from multiple directions controls the optical characteristics of said light orienting from a second direction of outside scenery and combines this light with said light orienting from first direction of the said reflective surface to create a combined image.

14. The system as specified in claim 13 wherein said transparent or semi-transparent surface comprises a vehicle windshield or a window type surface.

15. The system as specified in claim 13 wherein said display processor comprises means for selecting a source of data for the displayed image, preparing the image and compensating for inherent windshield distortion prior to displaying the image.

16. The system as specified in claim 13 wherein said at least one light collecting element is comprised of optical elements that are selected from the group consisting of micro prisms, micro lenses, Brightness Enhancement Film (BEF), or a combination of the said optical elements.

17. The system as specified in claim 13 wherein said reflective surface comprises an E-ink, e-paper, Micro-Mirror Device (MMD) or Digital Light Processor (DLP) type display.

18. The system as specified in claim 13 wherein said reflective surface is a polarizing reflective surface selected from the group consisting of a liquid crystal on silicone (LCoS), reflective LCD, or liquid crystal display super twisted nematic (LCD-STN).

19. The system as specified in claim 13 wherein optical device is comprised of a light controlling layer that controls the optical characteristics of said optical device based on the amount of said optical device'"'"'s light orienting from the second direction wherein the properties of the second direction light are selected from the group consisting of photo-active layer, Photochromic, an Optical Power Control (OPC) or a Dynamic Sunlight Filter (DSF) or Variable Transmittance Filter (VTF) type.

20. The system as specified in claim 13 wherein said optical device is comprised of a electrical light controlling layer that controls the optical characteristics of said optical device, wherein said control is based on the amount of electrical power representing said optical device'"'"'s light orienting from the said second direction, wherein the second direction light is controlled by means selected from the group consisting of electro-active layer, Suspended Particle Device (SPD), E-TINT®

, electro-active polarizing layer, Electrochromic or dichroic filter type.

21. The system as specified in claim 20 wherein said light controlling layer that controls the optical characteristics of said optical device is comprised of a fixed filter.

22. The system as specified in claim 13 wherein said optical device further comprises a touch-screen for controlling said display processor.

23. The system as specified in claim 13 wherein said optical device further comprises elements that are selected from the group consisting of a protective coating, an Anti-Reflective (AR) surface that is directed towards the transparent or semi-transparent surface, and an index matching material that correlates light refraction indexes within said optical device, thereby increasing the efficiency of said system and eliminating undesired reflections.

24. The system as specified in claim 13 wherein said reflective surface further comprises mechanical means for adjusting the desired direction such that said display image clearly appears within the viewer'"'"'s field of view.