Curvature reduction for switchable liquid crystal lens array

1. A method for fabricating a display having switchable lenticulars, comprising:

applying a rubbing layer on a lenticular foil having lenticular cavities, wherein the lenticular foil is unattached to a plate of the display having a coefficient of thermal expansion different from the lenticular foil;

baking the rubbing layer on the lenticular foil in an unconstrained condition before instillation of the lenticular foil on the plate of the display;

after baking, applying the lenticular foil to the plate;

rubbing the rubbing layer;

filling the lenticular cavities in the lenticular foil with liquid crystal material;

applying a substrate with a second rubbing layer to seal the liquid crystal in the lenticular cavities to form lenticulars;

forming electrodes adjacent to the lenticulars for altering an electric field to permit switching of the lenticulars, and

providing a display portion to illuminate the switchable lenticulars using pixels and control switching operations of the lenticulars.

2. The method as recited in 1 , further comprising rubbing the second rubbing layer.

3. The method as recited in claim 1 , wherein the rubbing layer includes polyimide and baking includes applying a temperature of between out 120 to about 180 degrees Centigrade.

4. The method as recited in claim 1 , wherein forming electrodes adjacent to the lenticulars includes forming an indium tin oxide layer adjacent to the lenticular foil opposite the rubbing layer.

5. The method as recited in claim 1 , wherein forming electrodes adjacent to the lenticulars includes forming an indium tin oxide layer adjacent to the second rubbing layer.

6. The method as recited in claim 1 , wherein the switchable lenticulars provide a three-dimensional mode and a two-dimensional mode of operation.

7. A method for fabricating a display having switchable lenticulars, comprising:

applying a rubbing layer on a lenticular foil having convex lenticular shapes formed therein, wherein the lenticular foil is unattached to a plate of the display having a coefficient of thermal expansion different from the lenticular foil;

baking the rubbing layer on the lenticular foil in an unconstrained condition before installation of the lenticular foil on the plate of the display such that the lenticular foil is unconstrained during the baking;

after baking, applying the lenticular foil, when cooled, to the plate;

rubbing the rubbing layer;

filling the convex lenticular shapes in the lenticular foil with liquid crystal material;

applying a substrate with a second rubbing layer to seal the liquid crystal in the lenticular cavities to form lenticulars;

forming electrodes adjacent to the lenticulars for altering an electric field to permit switching of the lenticulars, and

providing a display portion to illuminate the switchable lenticulars pixels control switching operations of the lenticulars.

8. The method as recited in claim 7 , wherein the rubbing layer includes polyimide and baking includes applying a temperature of between about 120 to about 160 degrees Centigrade.

9. The method as recited in claim 7 , wherein the plate includes a glass plate and applying the lenticular foil includes laminating the lenticular foil to the glass plate.

10. The method as recited in claim 7 , wherein forming electrodes includes forming an indium tin oxide layers.

11. The method as recited in claim 7 , wherein the switchable lenticulars provide a three-dimensional mode and a two-dimensional mode of operation.