Abstract: Printing devices include (and printing methods use) among other components, a processor, a printing engine operatively connected to the processor, a media supply tray operatively connected to the processor, etc. The media supply tray supplies sheets of media to the printing engine. The media supply tray has a light visible from the exterior of the printer. The processor controls the light to display different colors indicating different media loading conditions of the media supply tray. The different loading conditions can include a tray in use condition (indicated by the light displaying a first color); tray scheduled for use condition (indicated by the light displaying a second color); tray not in use condition (indicated by the light displaying a third color); tray empty condition, indicated by the light displaying a fourth color; etc.

Abstract: Disclosed are embodiments of document scanner, a method and a program storage device wherein the scan mode is automatically adjusted to fall within standards established to prevent vision damage and/or discomfort and to still allow for high-resolution scanning. Specifically, the platen cover of the document scanner can be operatively connected to the scan carriage such that the mode at which the scan carriage operates depends upon the detected position of the platen cover. When the platen cover is closed, the scan carriage can automatically illuminate the document being scanned at a relatively high light intensity level and can move at a relatively fast speed. When the platen cover is opened, the scan carriage can automatically illuminate the document being scanned at a lower light intensity level and, optionally, can move at a slower speed to compensate for the lower light intensity level.

Abstract: Disclosed are embodiments of document scanner, a method and a program storage device wherein the scan mode is automatically adjusted to fall within standards established to prevent vision damage and/or discomfort and to still allow for high-resolution scanning. Specifically, the platen cover of the document scanner can be operatively connected to the scan carriage such that the mode at which the scan carriage operates depends upon the detected position of the platen cover. When the platen cover is closed, the scan carriage can automatically illuminate the document being scanned at a relatively high light intensity level and can move at a relatively fast speed. When the platen cover is opened, the scan carriage can automatically illuminate the document being scanned at a lower light intensity level and, optionally, can move at a slower speed to compensate for the lower light intensity level.

Abstract: A dual mode imaging system includes a dual wavelength ROS suitable for imaging xerographic media and erasable media. When included in an imaging system this includes media transport for selectively conveying non-erasable and erasable media to corresponding imaging positions in the dual mode imaging system. The system further includes a photoreceptor and a raster scanned light beam positioned to selectively image one of the photoreceptor and the erasable media. The media transport includes a non-erasable media transport path and an erasable media transport path, the erasable media transport path diverted from the non-erasable media transport path. An erasable medium in the diverted erasable media transport path intercepts a UV imaging raster scanned light beam, and in the absence of an erasable medium, the photoreceptor intercepts an IR raster scanned light beam.

Abstract: A dual mode imaging system includes a dual wavelength ROS suitable for imaging xerographic media and erasable media. When included in an imaging system this includes media transport for selectively conveying non-erasable and erasable media to corresponding imaging positions in the dual mode imaging system. The system further includes a photoreceptor and a raster scanned light beam positioned to selectively image one of the photoreceptor and the erasable media. The media transport includes a non-erasable media transport path and an erasable media transport path, the erasable media transport path diverted from the non-erasable media transport path. An erasable medium in the diverted erasable media transport path intercepts a UV imaging raster scanned light beam, and in the absence of an erasable medium, the photoreceptor intercepts an IR raster scanned light beam.

Abstract: In accordance with certain aspects, an adaptive system and method are implemented to estimate the level of a consumable such as toner on a gauge that accommodates machine-to-machine variances, individual machine degradation over time, and otherwise correct over time for various inaccuracies by applying an error compensation that can be used in subsequent replenisher computations. Over the lifetime of an imaging machine, such as a copier or printer device, these error compensations can increase the accuracy of the particular machine, to accommodate various deviations from nominal constraint assumptions as a result of differences in one or more operating constraints.

Abstract: In accordance with certain aspects, an adaptive system and method are implemented to estimate the level of a consumable such as toner on a gauge that accommodates machine-to-machine variances, individual machine degradation over time, and otherwise correct over time of various inaccuracies by applying an error compensations can increase the accuracy of the particular machine to replenisher computations. Over the lifetime of the imaging machine, such as a copier or printer device, these error compensations can increase the accuracy of the particular machine to accommodate various deviations from nominal constraint assumptions as a result of differences in one or more operating constraints.

Abstract: In accordance with certain aspects, an adaptive system and method are implemented to estimate the level of consumable such as toner on a gauge that accommodates machine-to-machine variances, individual machine degradation over time, and otherwise correct over time for various inaccuracies by applying an error compensation that can be used in subsequent replenisher computations. Over the lifetime of the imaging machine, such as a copier or printer device, these error compensations can increase the accuracy of the particular machine, to accommodate various deviations from nominal constraint assumptions as a result of differences in one or more operating constraints.