Microlens front projection screen

1. A display screen configured to receive an image from a steep angle projector, the display screen comprising:

a first surface with a topography configured to transmit light from the image; and

a second surface configured with light reflecting portions and light absorbing portions, wherein the light reflecting portions are configured to substantially reflect light transmitted from the first surface for display of the image, and the light absorbing portions are configured to substantially absorb environmental light.

2. The display screen of claim 1 , wherein the topography includes a plurality of bead structures.

3. The display screen of claim 1 , wherein the topography includes a plurality of microlenses.

4. The display screen of claim 3 , where the reflecting portions of the second surface correlate with at least one of the size and type of microlenses.

5. The display screen of claim 3 , wherein the microlenses vary in size.

6. The display screen of claim 3 , wherein the microlenses are arranged in a hexagonal configuration.

7. The display screen of claim 1 , wherein the second surface is a light reflecting material and the light absorbing portions are treated with a light absorbing material.

8. The display screen of claim 1 , wherein the second surface is a light absorbing material and the light reflecting portions are added to the surface.

9. The display screen of claim 1 , wherein light reflected off of the second surface is transmitted back through the first surface or image display.

10. A projection system comprising:

a steep angle projector configured to project an image;

a display screen adapted to receive the image, wherein the display screen includes a first surface and a second surface; and

the first surface includes a plurality of microlenses configured to transmit the image to the second surface;

the second surface includes reflective portions and non-reflective portions;

the reflective portions are configured to substantially reflect light into a viewable plane, and the non-reflective portions are configured to substantially absorb ambient light.

11. The projection system of claim 10 , wherein the microlenses vary in size.

12. The projection system claim 10 , wherein the reflective portions correlate to light input from the first surface.

13. The projection system of claim 10 , wherein the percentage of non-reflective portions to reflective portions is less than fifty percent.

14. The projection system of claim 10 , wherein the percentage of non-reflective portions to reflective portions is greater than fifty percent.

15. The projection system of claim 10 , wherein the reflective portions are configured to project projected light and redirect ambient light substantially away from the viewable plane.

16. The projection system of claim 10 , wherein the microlenses are one of a lens, a prism, a pyramid or combination of asphere, an asphere or a planar shape.

17. A method of displaying an image projected from a front projection system, the method comprising:

receiving the image at a substantially steep angle on a display screen which includes a first surface comprising a plurality of micro lenses;

transmitting the image through the microlenses to a second surface;

reflecting a substantial amount of light via reflecting portions of the second surface into a viewable plane; and

absorbing a substantial amount of ambient light striking absorbing portions of the second surface.