Abstract: A recording apparatus is advantageous in miniaturization even though a mechanism for adjusting a head gap is included. The recording apparatus includes a carriage for detachably holding a cartridge, a platen for supporting one surface of a recording medium, and a conveying roller and an eject roller for conveying the recording medium. The platen is constructed so that it is rockable with an axis of the eject roller as a rotation center and is switchable between at least two positions.

Abstract: A machine for printing flat objects of various thicknesses successively fed the length of a table by means of a feed mechanism and printed by means of a printing mechanism is provided. The feed mechanism includes at least two feed rollers between which the objects pass. Each of the at least two feed rollers is rotatable about an axis of rotation and at least one of the feed rollers is motorized. The printing mechanism includes a revolving printing drum and a motorized counter-printing roller rotatable about an axis of rotation. The machine also includes a lever having a first end, a second end, and a middle. The lever is pivotable at its middle and joined at its middle by a stop joint.

Abstract: An imprinter (10) for imprinting a formset (12) with embossed data from a card (14) and a plate (16) in accordance with the invention includes a flatbed (20) having a top surface (22) on which the card and the plate are held below the formset during imprinting; a movable carriage (24) having at least one rolling platen (48 and 50) with the at least one rolling platen imprinting the embossed data during movement along the flatbed; and a single piece skirt (26) having a periphery (28) which extends peripherally outside the flatbed and which is attached to the flatbed to from a unitary structure of the flatbed and the skirt with the skirt having a plurality of projections (30 and 32) extending inward onto the top surface of the flatbed with the projections defining a card receiving surface area (34) on the top surface of the flatbed for holding the card during imprinting and a formset receiving area (36) on the top surface of the flatbed for holding the formset during imprinting.

Abstract: An imprinter in accordance with the invention includes a base (31) having a flatbed (32) for receiving a station plate (33) and a credit card (34) to be imprinted on a print receiving element and a carriage 29 movable in first and second directions to cause imprinting, respectively, by first and second rolling platens 42 and 44 each having an axle 50 rotatably supported in the carriage in opposed downwardly extending members (52) of the carriage.

Abstract: An imprinter apparatus which utilizes a print roller traveling within a carraige over a base plate is provided with a rolling assembly which engages channels in the base plate to minimize play between the carriage and the base plate. The rolling assembly includes a first set of rollers which are laterally constrained within the carriage, a second set of rollers which are free to move laterally, and means for retaining the rollers in the channels. The imprinter apparatus is further provided with means for selectively lifting and lowering the print roller at the end and beginning of the print stroke. The lifting and lowering means includes inclined planar regions on a plastic molded print roller axle and cam means for laterally sliding the location of support of the axle along the inclined planar surface to selectively lift and lower the print roller.

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 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 horizontally disposed surface. A head bearing a carriage with 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 imprinting cycle. An uncomplicated mechanism is used for transmitting power from a motor located in the base to the carriage in the head. The motor is actuated when the head is closed.

Abstract: A digit wheel assembly for use in connection with a variable imprinting device comprises a plurality of digit wheels rotatably mounted on a common fixed digit wheel shaft, each of said digit wheels having raised printing indicia spaced along the circumference thereof; a plurality of thumbwheels rotatably mounted on a common fixed thumbwheel shaft, said thumbwheels being equal in number to said plurality of digit wheels; a first plurality of sprockets equal in number to said plurality of digit wheels, each of said first plurality of sprockets being operatively associated with one of said digit wheels so as to rotate therewith; a second plurality of sprockets equal in number to said plurality of digit wheels, each of said second plurality of sprockets being operatively associated with one of said thumbwheels so as to rotate therewith; and endless flexible drive means connecting each of said first plurality of sprockets to one of said second plurality of sprockets, whereby the rotational position of a given one

Abstract: An imprinter having a roller platen assembly movably mounted on a head member for imprinting data from a printing plate such as a credit card onto a form positioned over the plate. The roller platen assembly has a reciprocally driven carriage means containing at least one removably mounted cartridge containing at least one row of roller platens mounted therein in parallel, spaced apart relationship to each other. A plurality of backup rollers are rotatably mounted within said roller platen assembly, each in contact and vertical alignment with each of the platen rollers when the cartridge means is in position within the carriage means. At least one of the roller platens is in contact with the raised printing elements of the printing plate at all times during each printing cycle of the imprinter to thereby lessen any tendency for smudging of the form to occur.

Abstract: A variable 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 movable through advance and return strokes longitudinally along the document support surface and an elongated rack case section perpendicular to the printing bed section subjacent the wheel pack having a number-bearing rack control panel projecting therefrom and including a plurality of flexible band-like toothed racks coarse manually adjusted longitudinally in the rack case to rotatably index the print wheels to number-printing positions. The rack case includes serpentine elongated guide slot trackways sized to receive and guide the toothed racks for their longitudinal wheel-indexing movement.

Abstract: An improved portable cassette recorder for use in an imprinter or the like, the recorder being adapted to process fan-folded transaction log sheets or the like. Each sheet incorporates a plurality of transaction data entry blocks disposed along the length thereof and a plurality of registration holes respectively associated with the data entry blocks. The recorder includes a sensing pin mechanism which senses the registration holes in the log sheets to ensure that each data entry block is in registry with the recorder imprinting station. In order to advance the log sheet from one entry block to the next, the sensing pin is first lowered beneath the log sheet and awaits the next registration hole. When it arrives, the pin is urged upwardly through the hole. At the same time, a brake engaging mechanism is actuated to brake the take-up spool and thus maintain the data entry blocks in registry with the imprinting station.

Abstract: A printing machine is provided for imprinting forms with fixed data from embossed printing plates and variable data from manually settable print wheels by moving a roller platen from a start position across the printing elements and the form to an actuated position to perform a printing operation and back to the start position to complete a printing cycle. The print wheels are selectively positionable by keyset levers movable from a zero position to a selected printing position for rotating each of the print wheels to a desired peripheral setting. Reset means is provided for restoring each of the keyset levers from the selected printing position to the zero position in response to movement of the roller platen through a printing operation, and lock-out means is provided to inhibit movement of the roller platen through a printing operation following a printing cycle. The roller platen is unlocked for movement in response to movement of at least one of the keyset levers from the zero position to a new setting.

Abstract: Marking apparatus is provided having a reciprocable carrier assembly composed of two parts. One part comprises a motor driven reciprocable carrier, while the other part comprises a movable carrier member which is pivotally supported at one end of the reciprocable carrier. The movable carrier member supports an inking roller and a printing roller and is mechanically coupled to the motor so as to cause the movable carrier member to be positioned, in the course of a first cycle of reciprocation by the reciprocable carrier, such that the inking roller is moved across the entire extent of an impression stamp supported and positioned on a fixed plate, and in the course of a second cycle of reciprocation by the reciprocable carrier, such that the pressure roller is rolled across a document which has been positioned over the stamp between the two cycles of reciprocation. The rolling action of the pressure roller causes the document to be pressed against the stamp to effect the desired marking.

Abstract: A data recorder is provided including a removable cartridge which carries both a sales form and an underlying log sheet. The fixed and variable data are imprinted by reciprocation of a platen carriage, with return of the carriage to the home position causing ejection of the credit card and loading of a stored energy mechanism. When the sales form is removed, the stored energy mechanism is released, whereby the log sheet is incrementally advanced to the next position.

Abstract: A precision hand-held label imprinter and dispenser includes a compact case or frame with a projecting handle and an applicator roller located remote therefrom, together with a dialable imprinter and platen assembly arranged so that a trigger lever associated with the handle may be manually acutated in one direction to imprint label stock (tape) by driving the platen across an imprinter in an engaged condition to force the printing medium and label stock thereagainst and operates in the opposite direction to separate the imprinter and platen and to simultaneously advance the printing medium and to advance the printed label stock to the applicator roller. Through a series of connected drive elements with the trigger lever, the device times the several functions so that accurate reproductions with high resolution of the dialed imprint information on each label is assured.

Abstract: An improved printing apparatus control system regulates the operation of a sheet feed assembly which sequentially moves sheets of material to and from a printing station and a plate feed assembly which sequentially moves printing plates to and from the printing station. A photocell detects initial movement of a leading end portion of the printed sheet of material away from the printing station under the influence of the sheet feed assembly. This photocell is also utilized to detect when the printed sheet of material has completely exited from the printing station. A second photocell detects the presence of the succeeding sheet of material at the printing station. The control system also includes a sensor which detects the removal of one printing plate from the printing station, the absence of a printing plate at the printing station, and the subsequent arrival of the next succeeding printing plate at the printing station.

Abstract: An improved mechanism for properly aligning a rotatable indicia carrying member and for locking said rotatable indicia carrying member in place. Both the aligning and locking mechanisms are formed as integral parts of a single frame unit and are operative to perform their respective aligning and locking functions during movement of the frame unit into engagement with the rotatable member.