Abstract: A carrier for a page width ink jet printhead having a printhead integrated circuit including sets of ink inlet openings, each set having at least one inlet opening for receiving ink of a particular color. The carrier comprises: feed openings, each in fluid communication with a respective set of the inlet openings; an ink supply side defining a number of feed formations, each configured to receive one of the inks and to be in fluid communication with a respective set of inlet openings, via the feed openings; a printhead side engageable with the printhead and defining at least one ink supply formation; at least one passage in fluid communication between the at least one ink supply formation and at least one of the feed formations; and a pair of side wall portions defining a longitudinally extending channel including one of the feed openings.

Abstract: A substantially inorganic planarization layer for a micro-fluid ejection head substrate and method therefor. The planarization layer includes a plurality of layers composed of one or more dielectric compounds and at least one spin on glass (SOG) layer having a total thickness ranging from about 1 microns to about 15 microns deposited over a second metal layer of the micro-fluid ejection head substrate. A top most layer of the planarization layer is selected from one or more of the dielectric compounds and a hard mask material.

Abstract: A wallpaper printer is provided for printing wallpaper patterns on print media. The wallpaper printer includes a cabinet assembly. A plurality of ink reservoirs are mounted, in a releasable manner, within the cabinet assembly and store respective types of ink to be printed. A print media cartridge is mounted, in a releasable manner, within the cabinet assembly and carries a wound length of print media. A platen extends away from the print media cartridge to support print media provided from the print media cartridge. A stationary printhead is mounted within the cabinet assembly to extend transverse to the print media, and is configured to print a wallpaper pattern with the ink and upon print media provided from the platen. A cutter module is configured to transversely cut the printed print media so that the printed print media can be separated from the wound length.

Abstract: A drip bib for use with a printhead of an imaging device includes a plate having an upper surface having an upper edge, an intermediate surface angled with respect to the upper surface, and a lower edge. The intermediate surface includes a plurality of fastener openings. The lower edge includes a drip point projecting from the lower edge with remaining portions of the lower edge being upturned and angled downwardly from at least one end of the lower edge toward the drip point. A plurality of protrusions protrudes from a back side of the upper surface. The protrusions in the plurality of protrusions are spaced from each other and proximate the upper edge.

Abstract: A fluid discharge device suppresses discharge defects caused by adhesion of fluid spray and maintains a good fluid discharge condition. A printer and a media processing device include the fluid discharge device. An inkjet head has ink nozzles for discharging ink. A box-shaped head cap 82 has an opening that can seal the nozzle surface to which the ink nozzles of the inkjet head are disposed. The head cap 82 has a lip 92 that can contact the nozzle surface. The lip 92 has an inside slope 93 and an outside slope 94 that incline gradually toward the nozzle surface to a point when seen in cross section. The inside slope 93 of the lip 92 is rendered as a smooth part 93a with lower surface roughness than a coarse part 94b rendered on the outside slope 94.

Abstract: A method of cleaning an ink ejection section in an image forming apparatus that forms an image by ejecting an ink from the ink ejection section. The method includes the steps of: an ink wiping step for wiping off the ink on the surface of the ink ejection section; a first cleaning step for cleaning the surface of the ink ejection section with a water-soluble organic solvent; a second cleaning step for cleaning with water the surface of the ink ejection section cleaned with the water-soluble organic solvent; and a liquid wiping step for wiping off the liquid on the surface of the ink ejection section cleaned through the second cleaning step.

Abstract: When liquid materials are fed to inkjet heads, fluid pressures of liquid materials to be fed to inkjet heads are equalized so that a gas does not remain in liquid feed pipe lines without causing structures of the liquid feed pipe lines to be complicated. Separate liquid feed pipe lines (3) for feeding the liquid material, each of which communicates with each of a plurality of inkjet heads (4), are each connected to a common liquid feed pipe line (2) which stores one kind of the liquid material and communicates with an ink tank (1). Separate gas flow pipe lines (19), each of which is capable of feeding a gas and communicates with a connection portion between the common liquid feed pipe line (2) and each of the separate liquid feed pipe lines (3), with each of the inkjet heads (4), or with both the connection portion and each of the inkjet heads (4), are each connected to a bypass pipe line (18a) (common gas flow pipe line (18)) capable of being opened and closed with respect to the atmosphere.

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: A droplet ejecting device has a droplet ejecting head, a rotating member, a recovery unit, and a negative pressure generating unit. The rotating member is disposed so as to oppose a nozzle surface of the droplet ejecting head, and is a conveying body that conveys a recording medium. The recovery unit has a suction hole provided at a region of the rotating member on which the recording medium is not loaded, and recovers, from the suction hole, liquid that becomes a mist at a time when the droplets are ejected from the nozzles. The negative pressure generating unit generates negative pressure at the recovery unit.

Abstract: There is provided a fluid ejection apparatus for ejecting a fluid including a head for ejecting the fluid and a moisture retention head cap device for retaining moisture of the head. The moisture retention head cap device is disposed so as to surround a periphery of the head to cover the whole of the head when retaining moisture of the head.

Abstract: A liquid ejecting apparatus comprising nozzles capable of ejecting a liquid onto a medium, a rotational drum including a circumferential surface having a holding area for holding the medium and a non-holding area provided with an opening, wherein the circumferential surface rotates while facing the nozzles, and an absorptive drum which is provided inside the rotational drum which is capable of absorbing the liquid ejected from the nozzles toward the opening of the outer circumference in order to perform a flushing operation.

Abstract: Tray inserts are disclosed for production printing systems. The tray inserts rest in ink trays and hold ink absorbing elements. The tray inserts and ink absorbing elements collect ink when printheads print outside of the margin of a printable medium, or otherwise discharge ink that does not contact the medium, such as during a cleaning cycle. When the ink absorbing elements become saturated and excess ink collects in the tray inserts, the tray inserts may be lifted vertically out of the ink trays and the ink absorbing elements may be removed from the tray inserts. The excess ink may then be dumped or otherwise cleaned from the tray inserts. In one embodiment, the tray inserts include drains which are used to empty the excess ink.

Abstract: A liquid-droplet ejecting apparatus has a drawing mechanism and an ejection head. The ejection head has a nozzle face and a protection plate. The protection plate has a frame portion and a first end positioned at a first widthwise plane, and a second end positioned at a second widthwise plane. The protection plate has a first and a second opening formed therethrough. The first opening is in fluid communication with the nozzles, and the second opening provides fluid communication with the nozzles and an exterior of the ejection head. A cap member selectively contacts the nozzle face and the protection plate, and the drawing mechanism operates in a first mode in which the cap member covers the first and the second opening, and a second mode in which the cap member covers only one of the first and the second opening.

Abstract: A protector for a printhead capper is provided. The capper has a capping member configured to cap a printhead, a carrier carrying the capping member, and an actuator for moving the carrier back and forth between a first position at which the capping member is spaced from the printhead and a second position at which the capping member caps the printhead. The protector has a cover member arranged to be engaged by the capping member when the capping member is in the first position.

Abstract: A maintenance method of a fluid ejecting apparatus having a fluid ejection head. A cap member faces an ejection region of the ejection head and a portion thereof facing the ejection region covers a space that includes the ejection surface. When the space covered by the cap member is to be uncovered, the facing portion of the cap member is tilted with respect to the ejection head. Fluid is then ejected from a first portion of the ejection region toward a predetermined region of the facing portion. The ejection head is then moved, and a second portion of the ejection region behind the first portion is positioned so as to overlap the predetermined region in a plan view. Fluid is then ejected from the second portion toward the predetermined region, and the potential difference resulting from the ejection of the fluid from the ejection head is detected.

Abstract: An inkjet cartridge printhead seal that is an elastomeric band with an outer perimeter, an inner perimeter and a width. The inner and outer perimeters define at least a first and a second thickness, with the second thickness greater than the first thickness. The band also has a seal located along the portion of the band that has the second thickness.

Abstract: The cleaning process best suited to the condition of an inkjet printer is selected and run, thereby removing nozzle clogging without wastefully consuming ink. The first time a cleaning switch 7 is operated a CL1 cleaning process is run. If the cleaning switch 7 is pressed a second time and the print pass count is less than e.g., 400, a CL2 cleaning process that uses more ink than the CL1 process is used to clean the recording head, but if the print pass count is 400 or more, the CL1 cleaning process is used. If the print pass count is less than 400 the third time the switch is operated, the CL2 cleaning process is used, but the CL1 cleaning process is used if the print pass count is 400 or more. If the cleaning switch 7 is operated four or more times and the print pass count is less than 400, a YCL cleaning process that consumes substantially no ink is used to clean the recording head, but if the print pass count is 400 or more, the CL1 cleaning process is used.

Abstract: A maintenance device for use in a liquid ejection apparatus including a liquid ejection head with a nozzle forming surface provided with nozzle for ejecting a liquid. The maintenance device maintains the liquid ejection head and includes a wiper and an urging member. The wiper includes a wiper member formed from an elastic material. The wiper is movable in a wiping direction that is parallel to the nozzle forming surface in a state in which the wiper member is in contact with the nozzle forming surface to wipe the nozzle forming surface.

Abstract: A method of printing on a substrate and a printer are provided. The method uses a printer comprising a print head and a mask having a hole therethrough, the mask being disposed between the print head and the substrate, and comprises aligning the hole with the print head; printing on the substrate through the hole; and misaligning the hole with the print head so that the print head is covered by the mask. The method may allow the servicing of a print head in the array while the printer is printing on the substrate using at least one of the remainder of the print heads in the array.

Abstract: A printer is provided having a printhead, an arm supporting a sealing arrangement for sealing the printhead, and a clutch for selectively coupling the arm to a driven print media roller to move the sealing arrangement into and out of sealing engagement with the printhead.