IP Library › Granted Patent US 9,995,857

Granted Patent B2

US 9,995,857 · App. 14/678,875 · Granted Jun 12, 2018

System, apparatus, and method for displaying an image using focal modulation

Inventors: Allan Thomas Evans (San Francisco, CA); Andrew John Gross (Redwood City, CA)

Assignee: Avegant Corp.

G02B3/14 G02B27/017 G02B27/0172 H04N13/0217 H04N13/042 H04N13/0459 H04N13/0484 G02B2027/014 G02B2027/0187 G06F3/011 G06F3/013

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Quick Facts

Patent No.: US 9,995,857
App. No.: 14/678,875
Granted: Jun 12, 2018
Kind: B2

External Links

USPTO Patent Center↗ Full Patent PDF↗

Abstract

A system ( 100 ), apparatus ( 110 ), and method ( 900 ) for displaying an image ( 880 ). The light ( 800 ) in the image ( 880 ) is modified by a tuning assembly ( 700 ) to possess more than one focal point ( 870 ). Thus a single image ( 880 ) can include multiple depth regions ( 860 ). Each depth region ( 860 ) can be comprised of light ( 800 ) possessing a distinct focal point ( 870 ). The tuning assembly ( 700 ) can be implemented in the form a tunable lens ( 710 ), a tunable lens array ( 720 ), a movable lens ( 730 ), or a deformable mirror ( 740 ).

Claims (36)

1. A system ( 100 ) for displaying an image ( 880 ) to a user ( 90 ), said system ( 100 ) comprising:

an illumination assembly ( 200 ) that provides for supplying a plurality of light ( 800 );

an imaging assembly ( 300 ) that provides for creating an interim image ( 850 ) comprised from said light ( 800 );

a tuning assembly ( 700 ) that provides for a plurality of focal points ( 870 ) in said plurality of light ( 800 ) in a single image ( 880 ).

2. The system ( 100 ) of claim 1 , wherein said tuning assembly ( 700 ) is comprised of tunable lens ( 710 ).

3. The system ( 100 ) of claim 1 , wherein said tuning assembly ( 700 ) is comprised of tunable lens array ( 720 ).

4. The system ( 100 ) of claim 1 , wherein said tuning assembly ( 700 ) is comprised of a movable lens ( 730 ).

5. The system ( 100 ) of claim 1 , wherein said tuning assembly ( 700 ) is comprised of a deformable mirror ( 740 ).

6. The system ( 100 ) of claim 1 , wherein said image ( 800 ) is a stereoscopic image ( 881 ) that is part of a stereoscopic video ( 891 ).

7. The system ( 100 ) of claim 1 , wherein said system ( 100 ) is a VRD visor apparatus ( 116 ).

8. The system ( 100 ) of claim 1 , wherein said tuning assembly ( 700 ) is positioned in at least one of:

(a) said illumination assembly ( 200 );

(b) said imaging assembly ( 300 ); and

9. The system ( 100 ) of claim 1 , wherein said image ( 880 ) includes a plurality of depth regions ( 860 ), said plurality of depth regions ( 860 ) including a first depth region ( 860 ) and a second depth region ( 860 ), said plurality of focal points ( 870 ) including a first focal point ( 870 ) and a second focal point ( 870 ), wherein said light ( 800 ) in said first depth region ( 860 ) has said first focal point ( 870 ), and wherein said light ( 800 ) in said second depth region ( 860 ) has said second focal point ( 870 ).

10. The system ( 100 ) of claim 1 , wherein said image ( 880 ) includes a plurality of depth regions ( 860 ), and wherein said plurality of depth regions ( 860 ) include plurality of pre-defined depth regions ( 861 ).

11. The system ( 100 ) of claim 1 , wherein said image ( 880 ) includes a plurality of depth regions ( 860 ), and wherein said plurality of depth regions ( 860 ) are selectively influenced by an eye-tracking attribute ( 530 ) pertaining to the user ( 90 ).

12. The system ( 100 ) of claim 1 , wherein said image ( 880 ) includes a plurality of depth regions ( 860 ), wherein said plurality of depth regions ( 860 ) include plurality of pre-defined depth regions ( 861 ), and wherein said plurality of pre-defined depth regions ( 861 ) are selectively influenced by an eye-tracking attribute ( 530 ) pertaining to the user ( 90 ).

13. The system ( 100 ) of claim 1 , wherein said image ( 880 ) is comprised of a plurality of subframes ( 852 ) displayed in a subframe sequence ( 854 ) wherein said plurality of subframes ( 852 ) includes a first subframe ( 852 ) and a second subframe ( 852 ), wherein said image ( 880 ) is comprised of a plurality of depth regions ( 860 ), said plurality of depth regions ( 860 ) including a first depth region ( 860 ) and a second depth region ( 860 ), wherein said tuning assembly ( 700 ) further provides for a plurality of focal points ( 870 ) of said light ( 800 ), said plurality of focal points ( 870 ) including a first focal point ( 870 ) for said first subframe ( 852 ) comprising said first depth region ( 860 ) and a second focal point ( 870 ) for said second subframe ( 852 ) comprising said second depth region ( 860 ).

14. The system ( 100 ) of claim 1 , wherein said image ( 880 ) includes a plurality of depth regions ( 860 ), said plurality of depth regions ( 860 ) including a first depth region ( 860 ) perceived as being less than about 3 feet from the user ( 90 ), a second depth region ( 860 ) perceived as being between about 3-5 feet from the user ( 90 ), a third depth region ( 860 ) perceived as being between about 5-8 feet from the user ( 90 ), a fourth depth region ( 860 ) perceived as being between about 8-12 feet from the user ( 90 ), and a fifth depth region ( 860 ) perceived as being about 12 feet or further from the user ( 90 ).

15. The system of claim 1 , wherein said image ( 880 ) is comprised by a plurality of depth regions ( 860 ), said system ( 100 ) further comprising a sensor assembly ( 500 ) that provides for capturing an eye tracking attribute ( 530 ) pertaining to the user ( 90 ), wherein said eye tracking attribute ( 530 ) dynamically influences the number of said depth regions ( 880 ).

16. The system of claim 1 , wherein said plurality of focal points ( 870 ) includes one focal point ( 870 ) with an at least substantially infinite focal length.

17. A system ( 100 ) for displaying an image ( 880 ) to a user ( 90 ), said system ( 100 ) comprising:

an illumination assembly ( 200 ) that includes a light source ( 210 ) that provides for supplying a plurality of light ( 800 ) used to comprise said image ( 880 );

an imaging assembly ( 300 ) that includes a modulator ( 320 ) that provides for creating an interim image ( 850 ) comprised from said light ( 800 ) provided by said illumination assembly ( 200 );

a projection assembly ( 400 ) that provides for creating said image ( 880 ) from said light ( 800 ) in said interim image ( 850 ), wherein said projection assembly ( 400 ) provides for making said image ( 880 ) accessible to the user ( 90 ), and wherein said projection assembly ( 400 ) includes a curved mirror ( 420 ) and a splitter plate ( 430 ); and

a tuning assembly ( 700 ) that provides for modifying said light ( 800 ) to include a plurality of focal points ( 870 ), said tuning assembly ( 700 ) including at least one of: (a) a tunable lens ( 710 ); (b) a tunable lens array ( 720 ); (c) a movable lens ( 730 ); and (d) a deformable mirror ( 740 );

wherein said image ( 880 ) is comprised of a plurality of subframes ( 852 ), each of the plurality of subframes ( 852 ) associated with one of a plurality of depth regions, each of the plurality of depth regions ( 860 ) having a different one of the plurality of focal points ( 870 ).

18. The system ( 100 ) of claim 17 , said system ( 100 ) further comprising a sensor assembly ( 500 ), wherein said light ( 800 ) in said image ( 880 ) is comprised of a plurality of depth regions ( 860 ) and a plurality of focal points ( 870 ), wherein said first depth region ( 860 ) is at least substantially comprised of a light ( 800 ) with said first focal point ( 870 ), and wherein said second depth region ( 860 ) is at least substantially comprised of light ( 800 ) with said second focal point ( 870 ), wherein at least one said focal point ( 870 ) has an at least substantially infinite focal length, wherein said sensor assembly ( 500 ) uses said curved mirror ( 420 ) and said splitter plate ( 430 ) to capture an eye tracking attribute ( 530 ) from the user ( 90 ), and wherein said eye tracking attribute ( 530 ) selectively influences at least one said focal point ( 870 ).

19. The system ( 100 ) of claim 17 , wherein said system ( 100 ) is a VRD visor apparatus ( 116 ) that provides for displaying a stereoscopic video ( 891 ).

20. A method ( 900 ) for displaying an image ( 880 ) to a user ( 90 ), said method ( 900 ) comprising:

supplying ( 910 ) the light ( 800 ) used to make the image ( 880 );

modulating ( 920 ) the light ( 800 ) used to comprise the image ( 880 );

modifying ( 940 ) the light ( 800 ) used to comprise the image ( 880 ) utilizing a tuning assembly so that the light ( 800 ) in said image ( 880 ) includes a plurality of depth regions ( 860 ) with a plurality of focal points ( 870 ) in a single image.

21. The method ( 900 ) of claim 20 , wherein said image ( 880 ) is comprised of a plurality of subframes ( 852 ), each of the plurality of subframes associated with one of the plurality of depth regions, each of the plurality of depth regions ( 860 ) having a different one of the plurality of focal points ( 870 ).

Assignments (1)

ASSIGNMENT OF ASSIGNOR'S INTEREST Recorded Aug 29, 2016

From: EVANS, ALLAN THOMAS; GROSS, ANDREW JOHN

To: AVEGANT CORP.

Reel/Frame 039567/0966 →

Continuity (1)

Related Publication 20160295202A1 · Oct 6, 2016