Abstract: A method of dynamic configuration of reaction policies in virtualized fault management system includes disabling a fault handler circuit comprising a reaction core in response to receiving a request to modify a respective first reaction policy including a plurality of first recovery actions of the reaction core, wherein each of the first recovery actions is responsive to a respective fault indication. At least one event status is cleared from an event table of the fault handler circuit. The at least one event status is set in response to the fault handler circuit receiving the respective fault indication. The reaction core is configured with a second reaction policy including a plurality of second recovery actions.

Abstract: A method for testing skew in a printer includes receiving at a printer a request to print a test page, and in response to the request, printing a test page. The test page includes (a) a first symbol defining a first symbol boundary and (b) a second symbol sized smaller than the first symbol boundary such that the second symbol fits inside the first symbol boundary when the test page is folded. The relationship between the size of the first symbol boundary and the size of the second symbol corresponds to a predetermined acceptable amount of skew in the alignment of the first and second symbols on the test page.

Abstract: A printer includes a toner cartridge coupling section. A toner agitation member is located adjacent the toner cartridge coupling section and is operable to engage a surface of a toner cartridge when the toner cartridge is located in the toner cartridge coupling section. An actuator is operable to actuate the toner agitation member.

Abstract: Systems and methods for determining the volume of imaging medium in a cartridge are disclosed. An imaging medium may include a movable housing portion and a device coupled to the movable housing portion. The movable housing portion may include a volume of imaging medium and may be configured to move in response to changes in the volume of imaging medium in the movable housing portion. The device may be configured to project a beam of electromagnetic energy onto a location of a beam-receiving photodetector, the beam-receiving location moving in response to movement of the movable housing portion such that the beam-receiving location is based at least on the volume of imaging medium on the movable housing portion.

Abstract: A method for testing skew in a printer includes receiving at a printer a request to print a test page, and in response to the request, printing a test page. The test page includes (a) a first symbol defining a first symbol boundary and (b) a second symbol sized smaller than the first symbol boundary such that the second symbol fits inside the first symbol boundary when the test page is folded. The relationship between the size of the first symbol boundary and the size of the second symbol corresponds to a predetermined acceptable amount of skew in the alignment of the first and second symbols on the test page.

Abstract: A mono optimized color laser printer. The mono optimized color laser printer includes a provision in which mono toner cartridges may be inserted at each of four toner locations. The mono optimized color laser printer includes a mono optimization module which detects when mono toner cartridges are inserted into the four toner locations and controls printing so that each of the mono toner cartridges prints on about a quarter of a page. Such a mono optimized color laser printer reduces a time taken to transfer toner to the page to about a quarter that of a traditional color printer. Such a printer results in about a four times increase in printing speed for a mono print operation.

Abstract: In a projector image printing system, a projector receives an image, projects the image from the projector, and communicates the image from the projector to a printer. In an embodiment, a projector includes a graphics connectivity to receive an image from an information handling system (IHS), a projection system to project the image away from the projector, a graphics capture system to capture the image as a data file, and a communication system to communicate the data file to a printer. In another embodiment, a method to print an image from a projector includes receiving a print instruction from a user, converting a projected screen by the projector to an image, and sending the image to a printer.

Abstract: A printing device includes a used media holder. A scan module is operable to receive a piece of used media from the used media holder and determine whether the piece of used media includes a printable side. A print module is operable to receive the piece of used media from the scan module and, in response to the scan module determining that the piece of used media comprises a printable side, the print module is operable to print on the printable side.

Abstract: A standalone printing device includes an image customization engine, an input device coupled to the image customization engine, and a display coupled to the image customization engine, wherein the image customization engine is operable to receive an image, to receive instructions through the input device to customize the image with a plurality of image customization resources, and to display the customized image on the display.

Abstract: A printer includes a toner cartridge coupling section. A toner agitation member is located adjacent the toner cartridge coupling section and is operable to engage a surface of a toner cartridge when the toner cartridge is located in the toner cartridge coupling section. An actuator is operable to actuate the toner agitation member.

Abstract: Systems and methods for determining the volume of imaging medium in a cartridge are disclosed. An imaging medium may include a movable housing portion and a device coupled to the movable housing portion. The movable housing portion may include a volume of imaging medium and may be configured to move in response to changes in the volume of imaging medium in the movable housing portion. The device may be configured to project a beam of electromagnetic energy onto a location of a beam-receiving photodetector, the beam-receiving location moving in response to movement of the movable housing portion such that the beam-receiving location is based at least on the volume of imaging medium on the movable housing portion.