Abstract:
An inking device of a numbering and imprinting machine includes: a numbering unit provided on an outer peripheral portion of a numbering cylinder and configured to print a code onto a transported sheet; a partition member configured to partition the inside of the ink fountain such that inks are stored divided by their colors inside the ink fountain; an ink fountain roller configured to draw out the inks stored in the divided manner inside the ink fountain, such that the inks appear side by side in the roller axial direction; select rollers onto which the inks fed from the ink fountain roller are transferred, respectively; oscillating rollers onto which the inks fed from the select rollers are transferred, respectively; and form rollers configured to rotate such that convex portions thereof, onto which the inks fed from the oscillating rollers are transferred, come into contact with the numbering unit.
Abstract:
An imprinter includes a printing base for mounting a card and a print paper to be imprinted on a predetermined area thereof, a carriage that is movable above the printing base, a roller includes a hard material and is provided as is housed within the carriage for transcribing the information represented as embossed on a card, a roller shaft for fixedly supporting the roller, bearings for rotatably supporting the roller shaft at a position of a predetermined height from the card mounting surface of the printing base, and an elastic mechanism provided between the bearings and the roller shaft, the elastic mechanism being radially deformed during an imprinting operation to cause the roller to radially move relative to the bearings so that the embossed information of the card may be transcribed onto the print paper.
Abstract:
An inking device of a numbering and imprinting machine includes: a numbering unit provided on an outer peripheral portion of a numbering cylinder and configured to print a code onto a transported sheet; a partition member configured to partition the inside of the ink fountain such that inks are stored divided by their colors inside the ink fountain; an ink fountain roller configured to draw out the inks stored in the divided manner inside the ink fountain, such that the inks appear side by side in the roller axial direction; select rollers onto which the inks fed from the ink fountain roller are transferred, respectively; oscillating rollers onto which the inks fed from the select rollers are transferred, respectively; and form rollers configured to rotate such that convex portions thereof, onto which the inks fed from the oscillating rollers are transferred, come into contact with the numbering unit.
Abstract:
A scoring and weighting system and method for providing print device selection on the basis of product characteristics that are specified for a print product is provided. The system determines the properties of one or more printing devices in relation to the product characteristics. The printing devices have one or more print mediums for providing the print product. A score is derived by determining a status respecting the conformity of the one or more print mediums to the product characteristics and evaluating the one or more printing devices' properties. Associating that score with each of the one or more printing device. Also, associating the print product with a print job and utilizing the score to route the print job to one of the one or more printing devices to produce the print product on one of the one or more print mediums.
Abstract:
A first printhead that prints on one side of the paper, a second printhead that prints on the other side of the paper, and a cutter are disposed to the paper conveyance path with a specific gap therebetween approaching the paper exit for the paper, and a conveyance unit that conveys the paper through the conveyance path in a device that prints duplex receipts. Based on reception of a transaction end statement, the printer prints part of the transaction information by the first printhead; prints the remaining part of the transaction information by the second printhead; prints store information, the length of which fits between the cutter and the first printhead, by the first printhead after printing the transaction information; and then cuts the paper by the cutter at a position between the area where the transaction information was printed and the area where the store information was printed.
Abstract:
A polychromic image is reproduced and transferred onto a substrate by (a) providing a positive electrode moving at substantially constant speed along a predetermined path, the electrode having a passivated surface defining a positive electrode active surface; (b) forming on the positive electrode active surface a plurality of dots of colored, coagulated colloid representative of a desired image, by electrocoagulation of an electrolytically coagulable colloid present in an electrocoagulation printing ink containing a coloring agent; and (c) bringing an endless belt moving at the same speed as the positive electrode and having on one side thereof a colloid retaining surface adapted to releasably retain dots of electrocoagulated colloid, into contact with the positive electrode active surface to cause transfer of the dots of colored, coagulated colloid from the positive electrode active surface onto the colloid retaining surface of the belt and to thereby imprint same with the image. Steps (b) and (c) are repeated several times to define a corresponding number of printing stages arranged at predetermined locations along the path and each using a coloring agent of different color, thereby producing several differently colored images of coagulated colloid which are transferred at respective transfer positions onto the colloid retaining surface in superimposed relation to provide the desired polychromic image. A substrate is then brought into contact with the surface of the belt to cause transfer of the polychromic image from the colloid retaining surface onto the substrate and to thereby imprint the substrate with the polychromic image.
Abstract:
A motor operated imprinter is disclosed. The imprinter is easy to use as a consequence of the print bearing elements and formset being retained on a generally horizontal disposed surface. A head bearing a rolling platen is pivoted from an open position which exposes the surface for retaining the print bearing element and the formset to a closed position to activate the motor and the imprinting cycle. A brake mechanism including a head anester is provided to slow the opening movement of the head after the imprinting cycle.
Abstract:
A portable, handheld data recorder for pressure-transfer printing embossed information onto a form set from a credit card or the like includes a push/pull platen assembly contained in a closed housing but manually operable from the exterior of the device. A releasable retainer also within the housing is provided for holding the form set in place during imprinting and again is manually operable from the exterior of the device. The recorder also includes resilient means for accommodating credit cards of different thicknesses.
Abstract:
A varible data imprinting machine having an elongated flat printing bed section providing a document supporting surface and having a print wheel pack formed of closely adjacent peripherally notched print wheels, an imprinting carriage moveable through advance and return strokes longitudinally along the document support surface and an elongated rack section perpendicular to the printing bed section subadjacent the wheel pack having a number-indicating rack control panel projecting therefrom and including a plurality of toothed racks coarse manually adjusted longitudinally in the rack case to rotatably index the print wheels to number-printing positions. The rack case includes a pivoted centering blade activated by carriage movement to fine adjust the racks as the carriage leaves parked position and interlock means provided to latch the carriage at parked position following an imprinting cycle until one of the racks is readjusted.
Abstract:
A method for printing addresses on envelopes or cards from a plurality of master cards each having an address and other indicia imprinted thereon with heat conducting material, such as carbon. Master cards and envelopes or cards to be printed are delivered to a printing zone in face-to-face relationship together with a length of printing tape interposed between each master card and its respective envelope or card to be printed. The tape has one surface coated with heat-transferable printing medium disposed in face-to-face relationship with the envelopes. The master cards, tape and envelopes or cards to be printed are pressed together at the printing zone where heat is applied to the heat conducting indicia on the master cards.