Abstract: A system and method for controlling the fuser heater of an electrophotographic imaging device, including determining an initial temperature of the fuser heater; calculating a plurality of warm-up times for heating the fuser heater to a first predetermined temperature based on the initial temperature and a plurality of previously determined warm-up times taken over a plurality of line voltages and stored in memory of the electrophotographic device; determining an actual warm-up time for heating the fuser to the first predetermined temperature; selecting a first calculated warm-up time and a second calculated warm-up time from the plurality of calculated warm-up times; determining a first line voltage value and a second line voltage value corresponding to the first and second warm-up times, respectively, and calculating a current line voltage based on the actual warm-up time, the first and second calculated warm-up times, and the first and second line voltage values.

Abstract: An imaging device, including one or more imaging units for use in transferring toner to media sheets, one of the imaging units being a black imaging unit for transferring black toner; a media transport path having a duplex path, the duplex path having at least one set of rollers for independently moving media sheets through the duplex path; and a controller operatively coupled to the one or more imaging units and the media transport path, for staging one or more media sheets in the duplex path for a period of time. The period of time results in an increase in the interpage gap which may be utilized while the imaging device interrupts a printing operation to perform any of a number of operations.

Abstract: A device for cutting food into bite-sized portions includes a first component that includes a base section having a plurality of individual, separate food-receiving slots that are defined by a plurality of walls and are open at both ends thereof. At least some of the walls have arcuate shaped bottom edges. The first component further includes a handle that extends beyond the base section for grasping. Each food receiving slot is formed to have a predetermined shape. The device also includes a second component, separate from the first component, that includes a plurality of fingers that have closed bottom ends. The fingers are sized and shaped to be received within the individual, separate food-receiving slots for ejecting food that is contained in the food receiving slots.

Abstract: An imaging device, including one or more imaging units for use in transferring toner to media sheets, one of the imaging units being a black imaging unit for transferring black toner; a media transport path having a duplex path, the duplex path having at least one set of rollers for independently moving media sheets through the duplex path; and a controller operatively coupled to the one or more imaging units and the media transport path, for staging one or more media sheets in the duplex path for a period of time. The period of time results in an increase in the interpage gap which may be utilized while the imaging device interrupts a printing operation to perform any of a number of operations.

Abstract: A device for cutting food into bite-sized portions includes a first component that includes a base section having a plurality of individual, separate food-receiving slots that are defined by a plurality of walls and are open at both ends thereof. At least some of the walls have arcuate shaped bottom edges. The first component further includes a handle that extends beyond the base section for grasping. Each food receiving slot is formed to have a predetermined shape. The device also includes a second component, separate from the first component, that includes a plurality of fingers that have closed bottom ends. The fingers are sized and shaped to be received within the individual, separate food-receiving slots for ejecting food that is contained in the food receiving slots.

Abstract: An apparatus and method for delivering targeted informational messages includes a computer system for creating a de-identified encrypted PID and de-identified patient transaction data in a retail store for transmission and storage. A subset of de-identified encrypted PIDs are associated with targeted informational messages by the system and transmitted to retail stores, where a targeted message is printed on behalf of the patient corresponding to the de-identified encrypted PID.

Abstract: A computer software architecture for an embedded computer system. The architecture includes a hierarchy of software object classes. One classification includes a common information blackboard object. Data is written to the blackboard object by processes in a protected manner, and is otherwise globally readable by all processes. A run-time executive is provided to schedule and coordinate processes. Processes register with the run-time executive at start-up. One process can know the existence and generation of data by another process. The architecture is layered in increasing levels of system abstraction. In one embodiment, the embedded system is an airborne fuel gauging subsystem.

Abstract: A computer software architecture for an embedded computer system. The architecture includes a hierarchy of software object classes. One classification includes a common information blackboard object. Data is written to the blackboard object by processes in a protected manner, and is otherwise globally readable by all processes. A run-time executive is provided to schedule and coordinate processes. Processes register with the run-time executive at start-up. One process can know the existence and generation of data by another process. The architecture is layered in increasing levels of system abstraction. In one embodiment, the embedded system is an airborne fuel gauging subsystem.

Abstract: A method for calculating a print medium pick time for an imaging apparatus that transports media at variable speeds along a media path, includes the steps of providing a staging process for varying a transport velocity of a media sheet before transferring an image to the media sheet at the image transfer location, the staging process being used for positioning a top writing line margin of the media sheet in relation to the image at the image transfer location; determining a time period t1 corresponding to a time when a pick motor is started to pick the media sheet to a time when the staging process is started; determining a derived time period t2 representative of a normalized time from when the staging process is started to a time when a media path sensor senses the media sheet; and determining a compensated calculated pick time for the media sheet by summing the time period t1 with the time period t2.

Abstract: A computer software architecture for an embedded computer system. The architecture includes a hierarchy of software object classes. One classification includes a common information blackboard object. Data is written to the blackboard object by processes in a protected manner, and is otherwise globally readable by all processes. A run-time executive is provided to schedule and coordinate processes. Processes register with the run-time executive at start-up. One process can know the existence and generation of data by another process. The architecture is layered in increasing levels of system abstraction. In one embodiment, the embedded system is an airborne fuel gauging subsystem.