Abstract: Mass customization of articles with a customized composite or dimensional image created from one or more custom images, such as photographs, text, and the like. The customized composite image is automatically generated by interlacing, or otherwise combining, the one or more custom or personalized images, and is automatically placed or imposed in a digital template to form a print ready file. The print file is then digitally printed on a substrate and a lens is married thereto such that the composite image is viewable through the lens. Alternatively, the print ready file, or at least the customized composite image, is printed directly on the back of a lens such that the composite image is viewable through the lens.

Abstract: Mass customization of articles with a customized composite or dimensional image created from one or more custom images, such as photographs, text, and the like. The customized composite image is automatically generated by interlacing, or otherwise combining, the one or more custom or personalized images, and is automatically placed or imposed in a digital template to form a print ready file. The print file is then digitally printed on a substrate and a lens is married thereto such that the composite image is viewable through the lens. Alternatively, the print ready file, or at least the customized composite image, is printed directly on the back of a lens such that the composite image is viewable through the lens.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: Mass customization of articles with a customized composite or dimensional image created from one or more custom images, such as photographs, text, and the like. The customized composite image is automatically generated by interlacing, or otherwise combining, the one or more custom or personalized images, and is automatically placed or imposed in a digital template to form a print ready file. The print file is then digitally printed on a substrate and a lens is married thereto such that the composite image is viewable through the lens. Alternatively, the print ready file, or at least the customized composite image, is printed directly on the back of a lens such that the composite image is viewable through the lens.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: A high definition thin lens dimensional image display device and methods of manufacturing the same. The thin lens dimensional image display device generally includes a lens array on a first surface of a film, such as a lenticular lens array or a fly's eye lens array, with a printed imaged either printed directly on a second planar surface of the film, or on a separate substrate that is laminated thereto. The resulting display device offers a lower cost display device having greater flexibility for a wider variety of applications than traditional image display devices, without compromising image quality. Processes for manufacturing the display device include printing on a pre-fabricated thin lens web, inline printing of an image and patterning of the lens array, and inline printing of a substrate and application of a coating to the substrate which is subsequently patterned or embossed.

Abstract: A method of creating a lenticular display and a lenticular display having a three-dimensional (3-D) lenticular image and a lenticular animation on the same display is disclosed. The lenticular display is formed by providing at least two related images in a first image sequence, the first image sequence being related to the 3-D lenticular image and providing a second image sequence made up of more than one image related to the 3-D lenticular image, the images of the second image sequence being sequenced to provide an animation. The display is further formed by interlacing the first and second image sequences into an interlaced image such that the first image sequence is repeated at least two times per lenticule.

Abstract: A moiré pattern display sheet defined by a surface is described. A first layer has a pattern printed thereon. The pattern includes a series of visual elements in a first row that have been distorted at least in a first direction. The series of visual elements is generated from an electronically saved file of vector based graphics. A light steering optical layer overlaying the first layer. The light steering optical layer comprising a plurality of optical features which change the direction of the light and thereby provide a depth effect of the series of visual elements to a viewer looking through the light steering optical layer.