Abstract: In accordance with one aspect of the present exemplary embodiments, a method for scheduling at least one print job for a plurality of printers of a given type is provided. The method includes determining a job length for the at least one print job. The method further includes scheduling a sequence of printing by the plurality of printers based the job length such that a subset of the available plurality of printers is cycled up, and printing the at least one print job with the subset of available printers when the job length is less than at least one predeterminable threshold.

Abstract: A method of generating a structural document may include causing, by a cloud system, a graphical representation of a structural document associated with a structural document kit to be displayed on a user computing device. The cloud system may be located remotely from the user computing device. The method may include receiving a selection of a content item, determining a position of the selected content item on a portion of the graphical representation, and transmitting the selected content item to the user computing device. The user computing device may be configured to transmit the selected content item to a print device. The print device may be configured to print the selected content item on a label of the structural document kit. The label may be configured to be affixed to a portion of the structural document that corresponds to the portion of the graphical representation.

Abstract: A method of generating a structural document may include causing, by a cloud system, a graphical representation of a structural document associated with a structural document kit to be displayed on a user computing device. The cloud system may be located remotely from the user computing device. The graphical representation may include a background content item and a customizable area. The method may include receiving a selection of a content item, determining a position of the selected content item within the customizable area, and transmitting the selected content item to the user computing device. The user computing device may be configured to transmit the selected content item to a print device. The print device may be configured to print the selected content item on a label of the structural document kit. The label may be configured to be affixed to the structural document.

Abstract: A system for printing queued print jobs includes a user interface and a job submission component. The user interface communicates user input. The job submission component submits print jobs to at least one print queue. The job submission component communicates with the user interface to receive the user input therefrom. The job submission component includes at least one parameter associated with printing an identification sheet with all of the at least one print job in the at least one print queue when a predetermined condition occurs, the predetermined condition includes at least one of a temporal condition, a periodic temporal condition, a threshold number of pages, and a threshold number of print jobs in the at least one print queue.

Abstract: An inkjet printhead is configured to reduce the likelihood of media coming into contact with a printhead face. The inkjet printhead includes a housing, an aperture plate having a plurality of apertures in an aperture area through which inkjet ejectors eject ink, and a pair of members aligned with a direction of media movement and extending along a length of the aperture area, the pair of members being configured to lift media away from the plurality of apertures in the aperture area.

Abstract: An inkjet printing system includes a sensor positioned proximate a media transport path in an inkjet printing system, the sensor being configured to detect a media height exceeding a predetermined height with reference to the media transport path, and a controller associated with the inkjet printing system, the controller being configured to modify operation of the inkjet printing system in response to the sensor detecting a media height exceeding the predetermined height.

Abstract: According to aspects illustrated herein, there are provided systems for conveying a sheet article into an intended pathway. The multi-way gate system for diverting sheets into multiple pathways in a sheet conveying device includes at least three pathways for directing the sheet from the sheet conveying member in a particular direction. A single gate plate is between the sheet conveying member and the pathways. The single gate plate is rotatable about a single axis to direct the sheet exiting the sheet conveying member toward one of the pathways.

Abstract: A printing system comprises a paper path architecture for parallel printing using multiple marking engines. The media path configuration enables all the media feed trays to be located in one place, relative to the marking engines. A cross-over module is located between marking engines. The cross-over module can interleave media sheets that are being transported away from a first marking engine with the sheets being transported to the second marking engine. The cross-over module also includes a straight through path that enables media sheets to be transported directly to a finishing device without going through either marking engine. The marking engines include internal duplex loops such that media can be supplied to each engine in alternate groups. A merge module selectively merges the media which can then be further processed in a finishing transition module prior to communication to a finishing device.

Abstract: A system and method for registering a sheet includes a lateral motion motor coupled to a nip and idler roller assembly that provides lateral alignment of the sheet. A de-skew assembly pivots the lateral motion motor and the nip and idler roller assembly about a pivot axis that is proximate to the lateral motion motor to de-skew the sheet.

Abstract: A media transport system comprising a roller system, a baffle, and at least one lead-in guide positioned to guide a sheet towards the roller system. The roller system includes a drive roller and an idler roller forming a nip, each roller being mounted on a corresponding drive shaft and an idler shaft, respectively. The lead-in guide, lying at an angle to the baffle, is coupled to at least one of the drive shaft or an idler shaft. The mounting of the lead-in guide eliminates tolerances between the lead-in guide and the nip due to baffle flatness, or baffle and shaft deflections as the lead-in guide is positioned by the drive shaft that locates the nip roller. This arrangement enables the lead-in guide to direct a leading edge of the sheet substantially close to a tangent plane of the nip and minimizes drive forces in the system.

Abstract: A print system including a print head array configured to print ink onto a printable medium, a transport surface positioned adjacent to the print head array and configured to transport a printable medium past the print head array and a plurality of thin guides positioned between the transport surface and the print head array, the plurality of thin guides held in tension and configured to prevent edges of a printable medium from contacting the print head array as the printable medium passes under the print head array.

Abstract: A printable media hold-down system includes a print head array, a transport surface positioned adjacent to the print head array which transports a printable medium past the print head array in a location where the print head array may apply ink to the printable medium, and a vacuum system that creates vacuum pressure that holds the printable medium to the transport surface, the vacuum system having at least one adjustable baffle configured to move in a cross process direction and change a dimension of the vacuum system based on a dimension of the printable medium.

Abstract: Provided are printing system scheduler methods and systems. Specifically, a shadow scheduler is disclosed which provides alternative modular printing system configurations to execute one or more print jobs, relative to a base modular printing system configuration. According to one exemplary method, a primary scheduler metric value and a shadow scheduler metric value are compared before executing the one or more print jobs.

Abstract: Disclosed are methods and systems to diagnose modular printing systems having two or more interchangeable modules. In addition, methods and systems are provided to generate instructions for configuring the interchangeable modules within the printing system to produce optimal results.

Abstract: According to aspects illustrated herein, there are provided systems for conveying a sheet article into an intended pathway. The multi-way gate system for diverting sheets into multiple pathways in a sheet conveying device includes at least three pathways for directing the sheet from the sheet conveying member in a particular direction. A single gate plate is between the sheet conveying member and the pathways. The single gate plate is rotatable about a single axis to direct the sheet exiting the sheet conveying member toward one of the pathways.

Abstract: A method and apparatus for a modular printing system having individual units comprising input modules, transporter modules, marking engine modules, fuser modules and exit modules each with its own support structure and cabinet. The modular units have common matching interface configurations for paper feed and electrical connections so as to permit numerous combinations and variations of printing systems capable of monochrome, color, duplex, hybrid and simplex printing by modular interconnection as opposed to built-up systems.

Abstract: A printable media hold-down system includes a print head array, a transport surface positioned adjacent to the print head array which transports a printable medium past the print head array in a location where the print head array may apply ink to the printable medium, and a vacuum system that creates vacuum pressure that holds the printable medium to the transport surface, the vacuum system having at least one adjustable baffle configured to move in a cross process direction and change a dimension of the vacuum system based on a dimension of the printable medium.

Abstract: According to aspects illustrated herein, there are provided systems for conveying a sheet article into an intended pathway. The multi-way gate system for diverting sheets into multiple pathways in a sheet conveying device includes at least three pathways for directing the sheet from the sheet conveying member in a particular direction. A single gate plate is between the sheet conveying member and the pathways. The single gate plate is rotatable about a single axis to direct the sheet exiting the sheet conveying member toward one of the pathways.

Abstract: An inkjet printing system includes a sensor positioned proximate a media transport path in an inkjet printing system, the sensor being configured to detect a media height exceeding a predetermined height with reference to the media transport path, and a controller associated with the inkjet printing system, the controller being configured to modify operation of the inkjet printing system in response to the sensor detecting a media height exceeding the predetermined height.

Abstract: A printing system comprises a paper path architecture for parallel printing using multiple marking engines. The media path configuration enables all the media feed trays to be located in one place, relative to the marking engines. A cross-over module is located between marking engines. The cross-over module can interleave media sheets that are being transported away from a first marking engine with the sheets being transported to the second marking engine. The cross-over module also includes a straight through path that enables media sheets to be transported directly to a finishing device without going through either marking engine. The marking engines include internal duplex loops such that media can be supplied to each engine in alternate groups. A merge module selectively merges the media which can then be further processed in a finishing transition module prior to communication to a finishing device.