Abstract:
An integrated picture-management and printing apparatus is provided that includes many of the components and functions included in conventional commercial picture kiosks in a single printer housing suitable for home use. Accordingly, hardware redundancies present in conventional commercial kiosks are reduced. Further, the printer housing is provided with a display, such as a touch screen display, that may be large relative to the size of the printer housing. Having a large display relative to the printer housing provides additional functionality and makes the execution of functionality more efficient than in conventional devices that have smaller screens.
Abstract:
An ink jet printer having an inking system that includes an ink jet cartridge, a large ink reservoir mounted inside the housing of the ink jet printer at a location which is remote from the ink jet cartridge and tubing connecting the ink reservoir to the ink jet cartridge. The large ink reservoirs may be pancake shaped, and may be stacked in side by side horizontal manner within the housing. A portion of the reservoir is transparent, and is visible to the operator for operator monitoring of ink level through openings in the printer housing placed in juxtaposition with the transparent portion of the large ink reservoirs.
Abstract:
An ink jet printer with intelligent components includes an ink jet cartridge and a roll of print media, each of which incorporate memory elements. Environmental sensors such as temperature and humidity sensors may also be provided. Data from the memory elements and environmental sensors is used to optimize printer operations, and to provide additional information to printer operators.
Abstract:
An ink jet printer having an inking system that includes an ink jet cartridge, a large ink reservoir mounted on the ink jet printer at a location which is remote from the ink jet cartridge and tubing connecting the ink reservoir to the ink jet cartridge. The tubing and the ink reservoir are permanently mounted within the ink jet printer. Only the ink jet cartridge needs to be replaced, because the jet plate has a finite life span during which the print quality from the jet plate is satisfactory. The ink jet cartridge includes a quick release fitting which enables the easy disconnection of an old ink jet cartridge and reconnection of a new ink jet cartridge with the tubing. Further, the size of the ink jet cartridge is reduced since almost all of the ink storage is moved to a location which is remote from the ink jet cartridge. By removing a majority of the ink from the carriage assembly, the amount of weight attached to the carriage assembly is reduced and thus the amount of power required to move the carriage is reduced.
Abstract:
A printer ink cartridge includes a rigid cartridge body containing ink, a plurality of ink orifices, a jet plate, a plurality of electrical conductors and a control and driver circuit. The control and driver circuit is attached to the cartridge body spaced apart from the jet plate, and the plurality of electrical conductors connect the jet plate to the control and driver circuit. The jet plate includes heating elements located proximate to an associated one of the ink orifices to heat a portion of the ink and to expelling the ink from the associated orifice. The control and driver circuit contains a control circuit and a plurality of driver circuits. A portion of the control circuit is connected to the plurality of driver circuits to control when one of the driver circuits is energized. Each of the driver circuits is connected to an associated one of the heating elements. When one of the driver circuits is energized, its associated heating element is energized to heat a portion of ink and to expel the ink from the jet plate. By locating the control and driver circuit on the ink cartridge, the print quality of the printer ink cartridge is improved.
Abstract:
A printer ink cartridge includes a rigid cartridge body containing ink, a plurality of ink orifices, a jet plate, a plurality of electrical conductors, a control and driver circuit and a memory storage element. The memory storage element is connected to the control and driver circuit to enable information to be retrieved and stored from the memory storage element. The memory storage element is capable of storing information regarding the printer ink cartridge and the ink stored within the cartridge selected, such as ink type, ink color, date of manufacture of the cartridge, data from a spectral analysis of the ink, initial amount of ink stored in the cartridge body, amount of ink delivered, and amount of ink remaining in the cartridge. The memory storage element can be an EEPROM or a flash memory. The control and driver circuit may also include a counter for counting the number of times the heating elements on the cartridge are energized. The approximate number of times the heating elements have been energized indicates the approximate number of drops of ink that have applied by the cartridge.
Abstract:
A multifunction printer includes a printing apparatus including: a printing device; a media advance system for advancing recording medium for printing on by the printing device; a controller for controlling the operation of the multifunction printer; an image capture platform; a lid having a closed position in which the lid covers the image capture platform, and an open position in which a front edge of the lid is raised above the image capture platform; a holder for a smart mobile device, the holder being mounted proximate the front edge of the lid; and a proximity device for identifying a particular smart mobile device that is placed in the holder.
Abstract:
A printing apparatus includes a media input tray including a surface for holding media; and a media output tray including a first edge and a second edge opposite the first edge, the media output tray includes a first position such that the first edge is located at a first distance h1 from the surface of the media input tray and the second edge is located at a second distance h2 from the surface of the media input tray; and a second position such that the first edge is at a third distance h3 from the surface of the media input tray and the second edge is located at a fourth distance h4 from the surface of the media input tray, wherein h4>h2, h4>h3, and h3>h1.
Abstract:
A pivotable duplexing unit is attached to the wall of a printer using a hinge having an axis that is substantially perpendicular to the base. A latch and catch holds the pivotable duplexing unit in a closed position relative to the wall of the printing apparatus. The wall includes a support member for the hinge, and the pivotable duplexing unit further includes a pin for pivoting in a support member of the hinge. The support member includes a bearing surface that is substantially parallel to the base. The pin member includes an end that makes pivotable contact with the bearing surface.
Abstract:
A scan bar assembly includes an illuminating unit including a first length; a photosensor array including a second length; and a first spacer member and a second spacer member, each of the first and second spacer members including: an inner side that is proximate the photosensor array; and an outer side that is distal to the photosensor array, wherein a distance between the inner side of the first spacer member and the inner side of the second spacer member is greater than the second length and less than the first length.