Xerox Corporation

Michael J Thomas

Michael John Martin

David Mark Kerxhalli

Brian Robert Conrow

Joseph W Ward

Russell B Rauch

Thomas M Baretsky

Michael B Neary

Keith A May

Hung M Pham

Mohammad H Rahnavard

Daniel D Truong

A machine comprises a processor and at least one other component. The processor determines if the other component needs service, and sends an electronic message addressed to a remote communication device accessible by a user of the machine. The service includes at least one of: repair, replacement and replenishment of the component, and the electronic message indicates the need for the service and includes information to facilitate ordering at least one of: the repair, replacement and replenishment of the other component. The electronic message may include at least one of: an e-mail message, a text message, an instant message, and an SMS message, and may be forwarded to a supplier to place an order for the repair, replacement and replenishment of the other component.

System and method for ordering components and services for a machine

A method for repositioning a mark on a belt after an image on paper registration process, which includes printing a test pattern, measuring at least one test pattern parameter, detecting a mark on a belt and detecting at least one imaging error associated therewith, using the at least one test pattern parameter and the at least one imaging error to determine the lateral distance required to shift a particular image to a desired location on the belt and shifting the image to the desired location.

Method for maintaining image on image and image on paper registration

A system architecture for scanned non-linearity correction in a printer uses any raster output scanner having scanned non-linearity profile previously stored in memory from a test station installed with any pixel board. The pixel board includes a correction table register wherein the pixel board utilizes the scanned non-linearity profile of the raster output scanner to calculate the correction table register to correct for pixel misregistration.

System architecture for scan line non-linearity compensation in a ROS system

In a digital printing apparatus, such as a xerographic or ink-jet printer, test marks, such as halftone patches or fiducial marks for image registration, are generated on demand. Coordinates of a desired location of the test mark within an imageable area (such as on a print sheet or on a photoreceptor), as well as a selection of the desired type of test mark, are entered through a user interface. Also entered is data about conditions under which image-quality tests using the test marks are to be performed. Information about the test mark and test conditions is retained as a small number of scalar values. The system enables test methods for a machine to be changed easily, and a basic set of system software can be readily applied to different types of printing hardware.

Versatile system for creating test images in a digital printing apparatus

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Penfield, NY, United States of America

Michael J Thomas