Abstract: Methods and devices automatically determine a base color gamut of base marking materials and extension color gamuts of extension marking materials. As each print job is received, these methods and devices automatically evaluate the print job to determine the print job color gamut. Then, the methods and devices can automatically determine the closest match between: the print job color gamut; and the base color gamut or one of the extension color gamuts to identify a matching color gamut. Further, these methods and devices automatically output the matching color gamut (and potentially a corresponding interchangeable supply container, if the matching color gamut is one of the extension color gamuts) by, for example, displaying the matching color gamut and the corresponding interchangeable supply container in at least one additional column in a print queue, or displaying the matching color gamut and the corresponding interchangeable supply container in a separate gamut queue.

Abstract: A system and method for configuring a customized sample job for monitoring print quality and increasing proofing flexibility. A sample job comprising one or more pages can be created in association with print programming attributes utilizing a document creation application. The sample job can be raster image processed with respect to a user specified job setting and stored in an electronic memory component (e.g., DFE component, computer memory, Flash memory, USB memory, etc) as a custom sample job. The custom sample job can then be selected with respect to a primary rendering job in order to render a sample page based on a predefined frequency interval (e.g., after every N sheets) to a sample tray. The frequency interval associated with the custom sample job production can be predefined on a job-by-job and/or global basis by a user.

Abstract: A system and method for configuring a customized sample job for monitoring print quality and increasing proofing flexibility. A sample job comprising one or more pages can be created in association with print programming attributes utilizing a document creation application. The sample job can be raster image processed with respect to a user specified job setting and stored in an electronic memory component (e.g., DFE component, computer memory, Flash memory, USB memory, etc) as a custom sample job. The custom sample job can be then selected with respect to a primary rendering job in order to render a sample page based on a predefined frequency interval (e.g., after every N sheets) to a sample tray. The frequency interval associated with the custom sample job production can be predefined on a job-by-job and/or global basis by a user.

Abstract: A color rendering system and method is disclosed. The color rendering system comprising a color rendering strip generation system configured to generate a group of one or more sets of comparison patches. Each set of comparison patches associated with a particular color and including different color space representations of the color associated with the set.

Abstract: A color rendering system and method is disclosed. The color rendering system comprising a color rendering strip generation system configured to generate a group of one or more sets of comparison patches. Each set of comparison patches associated with a particular color and including different color space representations of the color associated with the set.

Abstract: A platinum-cadmium sulfide Schottky barrier photovoltaic detector which is capable of sensing near ultraviolet and short wavelength visible radiation with extremely small response to wavelengths longer than about 5200 angstroms. The detector is fabricated with both the ohmic and barrier contacts located on the same side of the cadmium sulfide substrate to facilitate wire attachment by high-speed bonding techniques. A titanium-gold-titanium infrared shield structure is deposited directly on the substrate and is utilized to provide a connection between the ohmic contact and the substrate. An insulating layer of silicon dioxide covers the shield structure. A thin layer of platinum is deposited directly on the substrate in a small central optically active area surrounded by the insulated shield structure. A metal boundary layer overlies the periphery of the platinum layer and prevents the barrier contact metalization from affecting the properties of the Schottky barrier.

Abstract: A platinum-cadmium sulfide Schottky barrier photovoltaic detector which is capable of sensing near ultraviolet and short wavelength visible radiation with extremely small response to wavelengths longer than about 5200 angstroms. The detector is fabricated with both the ohmic and barrier contacts located on the same side of the cadmium sulfide substrate to facilitate wire attachment by high-speed bonding techniques. A titanium-gold-titanium infrared shield structure is deposited directly on the substrate and is utilized to provide a connection between the ohmic contact and the substrate. An insulating layer of silicon dioxide covers the shield structure. A thin layer of platinum is deposited directly on the substrate in a small central optically active area surrounded by the insulated shield structure. A metal boundary layer overlies the periphery of the platinum layer and prevents the barrier contact metalization from affecting the properties of the Schottky barrier.