Abstract: An inkjet printhead assembly includes an elongate ink supply body defining a plurality of ink supply channels; an elongate cradle member defining a plurality of rows of apertures, the elongate cradle member being fastened to the elongate ink supply body to communicate ink within the ink supply channels through respective ones of said rows of apertures; and a plurality of printhead segments each having a carrier defining a plurality of rows of ink supply passages arranged in alignment with respective apertures of the cradle member, each printhead segment further having an elongate ink ejection printhead mounted to the carrier in fluid communication with the ink supply passages. Each carrier defines a complementary formation for mating serially with the cradle member.

Abstract: A printhead for an inkjet printer with a print engine controller for operatively controlling the printhead, the printhead comprising: an array of nozzles for ejecting ink; print data circuitry for providing the nozzles with print data; and, an optical sensor for optically receiving the print data from a beacon operated by the print engine controller.

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: A printer is provided having a tag generator configured to generate tags each encoding first data on an identity of an interface onto which the tags are to be printed and a position of that tag on the interface and second data on a perspective of that tag relative to the interface, and a printhead configured to print the interface with the tags and graphic information.

Abstract: A printer is provided having a sheet media transport mechanism, a pick-up roller arranged to be rotated so as to contact and pick-up sheet media from a sheet media supply, and a gear assembly for communicating a driving force of a motor to the pick-up roller to rotate the pick-up roller. A first gear of the gear assembly is directly coupled with a second gear of the gear assembly which is concentric with the pick-up roller. The first gear is configured to disengage from the second gear substantially at the point of delivery of a leading edge of the picked sheet media to the sheet media transport mechanism so as to cease communication of the driving force of the motor to the pick-up roller.

Abstract: A modular printhead is disclosed which includes an elongate channel and a plurality of printhead modules. The printhead modules are received in the elongate channel. Each printhead module has a carrier, an elongate ink delivery member mounted in the carrier and a printhead. The elongate ink delivery member defines longitudinal conduits, each conduit carrying a respective ink. The elongate ink delivery member further defines sets of apertures, each set of apertures including apertures which are each in register with a corresponding conduit. The printhead includes inkjet nozzles, each inkjet nozzle being in fluid communication with a respective conduit.

Abstract: A mobile phone includes an elongate body defining a transverse print media path there-through; a keypad and display mounted on one side of the body; a camera device including at least one lens mounted to another side of the body opposite said one side, and an image sensor configured to capture an image viewed through said lens; and a printer mounted within the body and including a printhead and ink supply module, the printhead and ink supply module mounted in a replaceable manner to the printer and configured to print the captured image upon print media fed along the path. An entry to the transverse print media path is provided along a first longitudinal side of the elongate body, and an exit to the transverse print media path is provided along a second longitudinal side of the elongate body opposite the first longitudinal side.

Abstract: An industrial printer includes a frame; a cabinet defining a media path; a pagewidth printhead arranged on the frame for printing images on blank web media; pilot guides for guiding the blank web media fed from cartridges via the media path past the pagewidth printhead to facilitate printing; a dryer module configured to operatively dry the printed web media; and a cutter module for cutting the printed web media before the printed web media is fed into a container for storing the web media in a roll. The cutter module includes a frame having end plates, and a pair of entry rollers and a pair of exit rollers serving as a transport mechanism for the web media through the module. The cutter module further includes a slitter gang composed of a plurality of slitters each having a plurality of blades, the slitter gang being located between the end plates. The dryer module includes a plenum defined vertically downward through the cabinet for supplying air received from a top of the plenum to the media path.

Abstract: A printhead assembly for a pagewidth printer arrangement includes a channel shaped member; and a number of printhead tiles located in the channel shaped member. Each tile includes a printhead integrated circuit (IC) carrier member for receiving a printhead IC; and an ink ducting member that mates with the carrier member and defines ink ducts for supplying the printhead IC with ink via the carrier member. The carrier member is a first molding that defines a channel in which the associated printhead IC is received. The first molding has conductive ribs on one side of the channel, the conductive ribs wired to electrical contacts of the printhead IC.

Abstract: A printhead assembly includes an elongate channel member of a metal alloy; a flexible elongate fluid carrier positioned on a floor of the channel member, the fluid carrier defining a plurality of passages longitudinally extending along a length of the fluid carrier, the fluid carrier further defining a repeated pattern of holes on an external surface thereof, the holes providing fluid communication from outside the fluid carrier to respective passages of the fluid carrier; and a series of printhead modules mounted to the external surface of the fluid carrier, each printhead module including an upper micro-molding and a lower micro-molding, the lower micro-molding having an air inlet slot in fluid communication with one of the plurality of passages via a hole of the repeated pattern of holes at one end and a series of alternating air inlets and outlets on the upper micro-molding at an opposite end.

Abstract: A cartridge for a digital photofinishing system having a digital processor and a printer arranged to receive drive signals from the digital processor; the cartridge being arranged to be mounted removably in juxtaposition to the printer and having a source of print media and a source of printing fluid, both of which are arranged to be delivered on demand to the printer.

Abstract: Provided is mobile phone having an internal printer. The phone includes a print cartridge having a housing with ink bearing structures and a printhead integrated circuit, and a capper fast with the housing to operatively cap the printhead integrated circuit. The cartridge also includes a lid and cover assembly for sealing engagement with the housing to protect the housing and capper, as well as a media drive shaft rotatably mounted to the housing for driving print media past the printhead.

Abstract: A method of assembling a gear arrangement for a capper of an inkjet printer, the method comprising the steps of: mounting a first gear assembly to the printer so as to cooperate with a motor gear for driving rotation of the first gear assembly, the first gear assembly having a code feature; and mounting a second gear assembly the printer so as to cooperate with the first gear assembly to be rotatable therewith, the second gear assembly, in use, cooperating with a capper for capping a printhead so that the rotation of the second gear assembly moves the capper out of and into its capping position, wherein in the step of mounting the second gear assembly the code feature of the first gear assembly is arranged to cooperate with a holding feature of a mounting arrangement used to mount the second gear assembly to the printer, the code feature being configured so that the cooperation with the holding feature maintains the first gear assembly at a predetermined position during the mounting of the second gear assembl

Abstract: A printer is provided having a body shaped for nesting with an image reader, and a printhead for printing of print media. The body is configured so that the nested image reader extends outwardly therefrom such that printed media from the printhead is collected on a surface of the image reader.

Abstract: An ink delivery assembly feeds ink from an ink supply unit to an inkjet printhead. The assembly includes an elongate channel member that defines a plurality of longitudinally arranged parallel channels through which ink from the ink supply unit can be transported. A plurality of spaced apart sets of outlets is serially arranged along the channel member. Ink can be provided through the sets of outlets to the printhead. Each outlet of each set is in fluid communication with a respective one of the channels.

Abstract: A sheet feed mechanism includes a chassis for supporting a stack of sheets; a top sheet engaging member for engaging a top most sheet of the stack; a stack engaging structure for engaging the stack and biasing the top most sheet against the top sheet engaging member, the stack engaging structure hingedly connected to the chassis at a hinge axis; a friction surface extending from the stack engaging structure, the friction surface extending in a curvature parallel to a locus of the stack engaging structure about the hinge axis; a lock mechanism having a lock arm hingedly connected to the chassis at the hinge axis, the lock mechanism further having a biased contact foot for engaging the friction surface to retard a movement of the stack engaging structure about the hinge axis; and an actuator for engaging and disengaging the contact foot from the friction surface.

Abstract: A print media and printing fluid cartridge is provided which is removably mounted to a support structure of a digital photofinishing system in juxtaposition with a printer mounted to the support structure together with a digital processor and print media drive mechanism for the printer. The cartridge has a roll of print media, a print media delivery arrangement arranged to couple with the print media drive mechanism so as to feed the print media from the roll to the printer on demand, and at least one removable printing fluid first cartridge for feeding printing fluid to the printer on demand. A dryer is located in series with the printer so as to receive printed media directly therefrom. The dryer has guide rollers for transporting the printed media through the dryer and a blower arranged to direct drying air onto the printed media as it is transported therethrough.

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: A printing system is provided having a printhead for printing on media supplied from a roll, a slitter having a plurality of slitting blades mounted on rotatable shafts and a rotatable, selectively positional turret supporting the rotatable shafts and a controller. The position of each slitting blade in relation to the printed media is preselected so as to provide preselected slit widths of the printed media. The controller receives width options selected by an operator, drives rotation of the turret so as to select the shafts having the slitting blades positioned for the received width options, and control the printhead and slitter to effect printing and slitting of the media at the received width options.

Abstract: A printhead assembly for an inkjet printer. The assembly comprises: a plurality of printhead modules, each module having: a plurality of inlets for receiving ink; and a printhead integrated circuit with an array of nozzles in fluid communication with the plurality of ink inlets for ejecting ink; a flexible printed circuit board for conducting power and data from the printer to each printhead integrated circuit; and a flexible extrusion having a plurality of outlets in fluid communication with the plurality of inlets of the plurality of printhead modules, wherein the extrusion supplies ink provided by the printer to the array of nozzles of the printhead integrated circuit.