Abstract: The present invention disclose a composite structure for light diffusion, including at least one carrier media layer and a microlens system comprising a plurality of microlenses thereon. A transparent material for enlarging the shape is coated on each microlens to cover the gaps between the microlens. Partial surface of the transparent material can be coated a light absorbing layer for glare reduction. Besides, the microlens can be or asymmetric or arranged in random, non-periodic array for interference reduction.

Abstract: The present invention disclose a composite structure for light diffusion, including at least one carrier media layer and a microlens system comprising a plurality of microlenses thereon. A transparent material for enlarging the shape is coated on each microlens to cover the gaps between the microlens. Partial surface of the transparent material can be coated a light absorbing layer for glare reduction. Besides, the microlens can be or asymmetric or arranged in random, non-periodic array for interference reduction.

Abstract: Micro lens systems and articles thereof that may be applied to LCD display systems and/or projection systems include carrier media layers having attached arrays of micro lens systems for modification of a light path, either horizontally and/or vertically. The micro lens systems may have light dispersing surfaces and/or may contain an isotropic light disperser, such as light diffusing particles or other types of bulk diffuser. The carrier media layers may include combinations of reflective material, highly transparent material, light absorbing material, opaque material, photosensitive film, light dispersing material, metallic material, prism-like optical material, retarding material, polarizing material and/or any other functional material to provide extra modification of optical performance.

Abstract: Micro lens systems and articles thereof that may be applied to LCD display systems and/or projection systems include carrier media layers having attached arrays of micro lens systems for modification of a light path, either horizontally and/or vertically. The micro lens systems may have light dispersing surfaces and/or may contain an isotropic light disperser, such as light diffusing particles or other types of bulk diffuser. The carrier media layers may include combinations of reflective material, highly transparent material, light absorbing material, opaque material, photosensitive film, light dispersing material, metallic material, prism-like optical material, retarding material, polarizing material and/or any other functional material to provide extra modification of optical performance.