Abstract:
An automated banking machine includes a mechanism for accepting deposited items. Deposited items may be provided to the machine in envelopes which are first passed to a user from an envelope storage area (132) in the machine through a transport (124) and which are presented to the user through an opening (244). An envelope storage and dispensing device (134) is operative to assure that only a single envelope is delivered to the user. A user may thereafter include deposit items in the dispensed envelope. The deposited items are passed through the opening (244) and are deposited in a deposit-holding container (128). The deposited items may be marked with indicia corresponding to the transaction or properties of the deposited item where the envelope originally dispensed to the user for holding the deposited item.
Abstract:
An original transport apparatus includes an original tray for stacking an original; a feed device for feeding the original to a feeding position; a transport device for transporting the original from the feeding position to a discharge outlet via a reading position; a switchback path disposed adjacent to the discharge outlet for switching back to turn over the original; a re-feed path for guiding the original to the feeding position; and a discharge device disposed at a downstream side of the switchback path for discharging the original to a discharge tray. After both sides of the original are read, the original is fed to the feeding position via the switchback path. The feed device transports the original via the reading position while the original is overlapped with the next original, and the discharge device discharges the first original via the discharge outlet.
Abstract:
There is provided an image forming apparatus capable of setting up a tab sheet mode-operating and configuring environment in which an effective tab sheet mode output can be obtained by a simple operation of selecting feeding of tab sheets and a destination of discharge of the tab sheets. A controller is responsive to instruction of feeding of the tab sheets, for providing control to automatically select the cassettes 21a-21d or the multi manual feed tray 27 or the deck 28 that can feed tab sheets that enable a valid image transfer result to be obtained, according to a sheet discharge destination selected by a user for the face-up discharge tray 2 or the face-down discharge tray 3 and a page order designated for the cassettes 21a-21d or the multi manual feed tray 27 or the deck 28, which is indicated by sheet management information.
Abstract:
A machine for processing flat printing material, in particular a sheet processing rotary printing press, includes at least one processing station in the form of a printing unit, a feeder for loading the processing station with sheets of the printing material, a delivery for combining the processed sheets into piles, and an auxiliary pile carrier displaceable in an insertion direction from a standby position into an operational position and vice versa. Supporting members follow one another in the insertion direction and axially parallel swivel joints articulatingly connect the supporting members directly to one another. The supporting members have extensions projecting beyond the swivel joints thereof. One of the extensions directed counter to the insertion direction of a respective one of the supporting members engages underneath one of the extensions directed in the insertion direction of the respective supporting member after the next which trails in the insertion direction.
Abstract:
A document recycler combines the function of a last-in/first-out (LIFO) recycler, a payout device, and a cashbox in one unit and facilitates manual replenishing of banknotes. Storage and extraction of the documents are controlled by coordinated motions between a drive roller, a diverter, and flaps. LIFO recycling allows the device to return the same documents as inserted in case of a transaction cancellation which eliminates the need for an intermediate escrow area.
Abstract:
In a sheet finisher having a stacker for sheets conveyed from an image forming apparatus and a stapler for stacked sheets, the sheet finisher further has a conveying timing adjustment section arranged upstream of the stacker including: a conveying-in section for a sheet from the image forming apparatus; a conveying-out section separately provided from the conveying-in section; and a reversal conveying section for reversing a conveying direction of the sheet conveyed in one direction from the conveying-in section and for conveying-out from the conveying-out section. A controller controls the reversal conveying section such that at least a second bundle or a bundle after the second bundle of sheet bundles to be stapled by the stapler, in which a plurality of sheets having at least a top sheet and a succeeding sheet to the top sheet are overlapped each other, is conveyed-out from the reversal conveying section.
Abstract:
A fixing device comprises an upper heat roller and a lower heat roller which, by contact rotations of their roller surfaces, thermally fix images on cut sheets passing therebetween. The fixing device further comprises a single oil roller which supplies oil for cut sheet release to the upper and lower heat rollers. When conveying to a process unit a cut sheet B1 to be back-side printed which has been delivered via a circulation path, a conveyance control unit forms a conveyance spacing L2 from a precedent cut sheet A5, which spacing conforms to one turn or more of the lower heat roller, so as to ensure uniform application of oil from the upper heat roller to the lower heat roller during the cut sheet vacant interval.
Abstract:
In a device for loading a feeder rack (5) in further-processing machines such as gather-stitcher machines or gathering machines (6) for folded sheets (1), sheets, booklets or similar printed products, which has a first conveyor arrangement (15) extending in planar manner for the purpose of feeding printed products (1) standing on their edges in the form of a horizontal stack (2), a second, initially upwardly sloping conveyor arrangement (16) for drawing the printed products (1) off the stack (2) in an overlapping formation and for transferring the overlapping stream (3) to the feeder rack (5), infinitely variable drives (20, 24) associated with the two conveyor arrangements (15, 16), and a light barrier (31) arranged in the feeder rack (5), a control means (23) is provided by means of which the drives (20, 24) can be controlled in dependence on the degree of coverage (BG) of the light barrier (31), as a result of which the fill level of the feeder rack (5) remains at an at least substantially constant height determined by the position of the light barrier (31). This improves the transfer of the printed products (1) to the feeder rack (5).
Abstract:
In a device for loading further-processing machines with printed products, in particular a feeder rack (5) in gather-stitcher machines or gathering machines (6) for folded sheets (1), sheets, booklets or the like, which has a first conveyor arrangement (15) extending in planar manner for the purpose of feeding printed products (1) standing on their edges in the form of a horizontal stack (2), a second, initially upwardly sloping conveyor arrangement (16) for drawing the printed products (1) off the stack (2) in an overlapping formation and for transferring the overlapping stream (3) to the feeder rack (5), and infinitely variable drives (20, 24) associated with the two conveyor arrangements (15, 16), a control means (23) is provided which controls the two drives (20, 24) at a speed ratio to one another which is dependent on the thickness (D) of the printed products (1) to be processed. The overlapping formation is therefore effected in functionally reliable manner and it is substantially easier to set an optimum degree of overlap.
Abstract:
A method of media handoff from a first device to a second device comprises transmitting a first signal from the first device indicating a medium is at a predetermined handoff point. The first device receives a second signal from the second device instructing the first device to transport the medium toward the second device. The first device transports the medium toward the second device and receives a third signal from the second device indicating acceptance of the medium by the second device.