Abstract: An inkjet printer unit is provided having a printhead assembly for printing onto media, a first media support for supporting the media for printing and a body incorporating the printhead and the first media support. The body is arranged to removably receive an image reading unit having a surface defining a second media support for collecting the printed media.

Abstract: A printhead tile is provided having a printhead integrated circuit and adjacent channel, upper, middle and lower layers. Each integrated circuit incorporates ink ejection nozzles which each have an ink chamber and a thermal bend actuator beam which thermally expands to cause ejection of ink from the chamber. The channel layer is adjacent the integrated circuit and has channel layer slots. The upper layer has upper layer holes on one side in communication with the channel layer slots and upper layer channels on an opposite side. The middle layer has middle layer holes in communication with the upper layer channels. The lower layer has lower layer channels on one side in communication with the middle layer holes and inlet holes on an opposite side. The inlet holes receive ink for supply to the chambers via the layers.

Abstract: An inkjet printhead assembly includes an elongate ink supply body. The body defines a plurality of ink supply channels. An elongate cradle defines a plurality of rows of apertures and can be fast with the body so that ink within the ink supply channels can pass through respective rows. A plurality of printhead segments each includes a carrier. Each carrier defines a plurality of rows of ink supply passages arranged so that the ink supply passages can be placed in alignment with respective apertures when the carrier is cradled within the cradle. Each printhead segment further includes an elongate ink ejection printhead mounted to the carrier in fluid communication with the ink supply passages.

Abstract: A modular printhead includes an elongate spine defining longitudinal internal passages for carrying ink. The spine further defines sets of holes along its length with each set having holes in fluid communication with respective passages. A plurality of printhead modules serially engage along the spine with respective sets of holes. Each printhead module defines inlets aligned in fluid communication with respective holes and internal chambers in fluid communication with respective inlets. Each printhead module includes an ink ejection integrated circuit (IC) which is fed the ink from the internal chamber. A capping device is mounted relative to the spine and is configured to cover the IC's when not in use.

Abstract: A printhead assembly for use as a page width printhead in a printing system includes a casing assembly for housing drive electronics. A printhead module is mounted in the casing. The printhead module includes a fluid channed member. Printhead tiles are carried by the fluid channel member, the printhead tiles having printhead integrated circuits incorporating printing nozzles.

Abstract: A computer keyboard assembly includes a computer keyboard. The computer keyboard includes a housing on which a keypad is arranged. The housing defines oppositely disposed print media input and ejection slots though which print media can pass. A print media feed mechanism is located within the housing and is configured to feed print media along a print media path between the entry and ejection slots. A printer is located within the housing and is configured to print upon print media fed along the print media path.

Abstract: An inkjet printhead assembly includes an elongate support defining a plurality of parallel ink supply channels. A shim is mounted on the support and defines a plurality of rows of openings through which ink from respective supply channels can be provided. A plurality of elongate printhead modules is mounted serially on the shim. Each module includes a carrier that carries a printhead. Each carrier defines a plurality of ink supply passages through which ink passes to its printhead from respective rows of the openings. Either end of each carrier defines complementary formations so that adjacent pairs of the carriers nest together.

Abstract: A print engine is provided for a printer. The print engine includes a pair of opposed print head assemblies between which print media path is defined and which is configured to perform duplex printing on print media fed along the print media path. Each print head assembly includes a pinch roller which can feed the print media along the print media path. Each print head assembly also includes a pair of printhead modules, in turn, each including a printhead configured to eject ink onto the pinched and fed print media. The ink is ejected onto a printing zone of the print media which is located proximal to the pinching zone of the pinch rollers.

Abstract: A printer is provided which has a support frame having a first slot, a plate having a tab configured to slidably engage with the first slot in order to mount the plate to the support frame and a bearing positioned in a hole of the plate, and at least one elongate roller supported at a longitudinal first end by the bearing and at a longitudinal second end by the support frame. The bearing is configured to allow pivotal movement of the roller about the second end during the sliding engagement of the plate and support frame and to allow, in use, rotation of the roller for transport of print media within the printer.

Abstract: An ink-jet printing assembly includes an elongate U-channel member assembly. An elongate ink delivery member is positioned on a floor of the U-channel member assembly and defines longitudinally extending ink delivery channels and a series of holes in fluid communication with each respective ink delivery channel. A plurality of micro-electromechanical inkjet printing modules with ink inlets and printhead integrated circuits are mounted in the U-channel member assembly such that the ink inlets are in fluid communication with respective holes.

Abstract: The present invention relates to an ink delivery system for a printhead. The ink delivery system includes an ink delivery extrusion defining a plurality of ink flow passages. The ink delivery extrusion also defines a series of patterned holes in fluid communication with the passages and through which ink can be provided to printhead modules. At least one endcap has a spine from which a pair of plates is integrally hinged so that the extrusion can be clamped between the plates. The spine includes a row of plugs that can be received within respective flow passages of the extrusion.

Abstract: An inkjet printer is provided having a printhead which has a plurality of printhead tiles arranged along the width of a media web, an ink distribution member adjacent the printhead, a media transporter for transporting the media web past the printhead, and a processor for processing a wallpaper pattern and controlling operation of the printhead to print the wallpaper pattern onto the media web to produce wallpaper. Each printhead tile has a plurality of ink ejection nozzles which each have an ink chamber in fluid communication with the distribution member, a lever arm for forcing ink from the chamber, a thermal bend actuator for distorting the lever arm and an electrode for receiving an electrical current that heats and expands the thermal bend actuator.

Abstract: A cartridge for a printing device includes a casing divided into a print media supply portion for housing sheets of paper and a storage portion for housing an ink supply and defining a print media exit opening. A print media transport mechanism is within the print media supply portion to feed print media out of the print media exit opening. The storage portion is defined by two separate moldings forming part of the casing in the form of an ink storage base molding and a cover molding.

Abstract: A media web cartridge configured to store a media web and to be removably mountable to a printing system so as to introduce the media web thereto is provided. The cartridge has a shaft about which the media web is rotatably wound, a support member mounting the shaft to the cartridge so as to prevent rotation of the shaft relative to the cartridge, and a drive roller arranged to draw the media web from about the shaft so as to introduce the media web to the printing system when the cartridge is mounted thereto. A groove in the feed roller is engaged with a lunette of the support member and the drive roller is arranged to protrude from the cartridge so as to engage, and be rotated by, a drive spindle of said printing system when the cartridge is mounted thereto.

Abstract: An in-car entertainment (ICE) unit includes a compact disc (CD) player configured to play a CD. A radio receiver is configured to receive a radio broadcast. A docking station is provided in which a digital camera can be docked so that information can be downloaded from the camera. A liquid crystal display (LCD) can display information from the CD, the radio broadcast or the camera. A printer is configured to print the displayed information.

Abstract: A wallpaper printer includes a support frame. A cabinet assembly is mounted on the support frame. A drying module is operatively mountable with respect to the support frame and defines a first chamber and a second drying chamber. A heating element is positioned within the first chamber. At least one fan is operatively positioned with respect to the first chamber to force air past the heating element. The first chamber is configured to direct the heated air through an opening into a second drying chamber. The drying module includes a motorized door for opening and closing the opening. The drying module is configured so that, in use, the second drying chamber receives printed media via the opening. The drying module further includes at least one circulation duct to transfer at least a portion of the heated air from the second drying chamber towards the at least one fan.

Abstract: A print engine includes a print roll cartridge. The print roll cartridge includes a former, in turn, defining ink reservoirs for storing respective types of ink and bears a wound length of print media upon which the stored ink can be printed. The print roll cartridge defines a print media exit slot and includes a feed arrangement arranged to feed the print media through the exit slot. A printhead assembly includes an ink feed arrangement, in turn, defining ink feed galleries which can be connected in fluid communication with respective ink reservoirs. An elongate printhead is arranged relative to the ink feed arrangement to print ink fed from the ink feed galleries onto the print media fed through the exit slot. A motor assembly is coupled to the former and the feed arrangement to feed the print media through the exit slot. A cutter assembly is arranged to cut printed print media from the remaining print media wound upon the former.

Abstract: The present invention relates to a method for assembling a modular printhead assembly. The printhead assembly includes a flexible elongate ink-delivery member and a plurality of modules for being received in fluid communication with the ink-delivery member. The ink delivery member and the modules are received in a metal channel. The method includes the step of flexing the metal channel apart at a plurality of locations there-along to enable receipt of respective printhead modules.

Abstract: A slitting mechanism for a roll media printer is provided. The slitting mechanism has a rotatable carousel of rotatable slitting shafts which extend across the width of a media web arranged to pass the slitting shafts along a path. Each slitting shaft has at least one slitter misaligned with at least one of the slitters of the other slitting shafts. Each slitter has a cutting edge. The slitting mechanism is selectively movable and the carousel is selectively rotatable to a plurality of cutting positions within the path. Each cutting position results in a different width of roll media being output from the printer.

Abstract: A web printer for printing digital information on print media the web printer comprising a cabinet a plurality of ink reservoirs mounted in a releasable manner within the cabinet and storing respective types of ink to be printed a print media cartridge mounted in a releasable manner within the cabinet and carrying a wound length of print media a platen extending away from the print media cartridge to support print media provided from the print media cartridge a stationary printhead mounted within the cabinet to extend transverse to the print media and configured to print digital information with the ink and upon print media provided from the platen and a dryer module configured to blow air toward the printed print media and dry the printed ink.