Abstract:
Die Erfindung betrifft eine Zuschnittzuführanordnung für eine Packungsmaschine zur Zuführung gestapelter Zuschnitte (1) mit einer Palette (2) für die Aufnahme mehrerer Stapel (3) von Zuschnitten (1) und mit einem Greifer (4) für das seitliche Greifen und Entnehmen einzelner Stapel (3), wobei der Greifer (4) zumindest ein unteres Greifelement (5) und zumindest ein oberes Greifelement (6) zum Umgreifen der Stapel (3) umfasst. Erfindungsgemäß ist vorgesehen, dass die Palette (2) mehrere Ausnehmungen (7) umfasst, in welche das zumindest eine untere Greifelement (5) für das Umgreifen der Stapel (3) einführbar ist. Gegenstand der Erfindung ist auch eine Verpackungsmaschine umfassend die Zuschnittzuführanordnung.
Abstract:
A dispenser for wet and dry paper formed as a housing composed of a first canister for wet paper and a second canister for dry paper, the first and second canisters being separate and provided with their respective papers in isolation from one another for being removed in use from the respective canister through a dispensing opening therein. The canisters are connected together and define a cylindrical shape for the housing; and the housing is connectable to conventional brackets of toilet paper holders to permit separate dispensing of the wet and dry paper from their respective canisters.
Abstract:
A sheet store assembly comprising a housing (101) having a base (101A) and sides (101B) and defining a dispense outlet opposite the base. At least one divider (110-112) divides the assembly into a pair of sheet stores (102-107) in each of which sheets to be dispensed through the dispense outlet can be stacked with their edges resting on the base. The at least one divider (110-112) is movable along the base (101A) to adjust the sheet holding capacity of the stores.
Abstract:
The system (100) for storing and collecting cardboard die-cut blanks (F), comprises: a storage station (S) comprising support means (10) on which die- cut blanks (F) can be positioned, arranged stretched out one on another, to form a stack (P) of die-cut blanks (F); a collecting station (T) comprising gripping means (20) that are movable and activatable for gripping and picking up single die-cut blanks from a stack of die-cut blanks and for transfer thereof downstream transfer means (30), for transferring a stack (P) of die-cut blanks (F) from the storage station (S) to the collecting station (T). The support means (10) are vertically movable between a raised position (A) and a lowered position (B), in which the support means (10) are positionable in the raised position (A) so as to enable positioning thereon a first group (P1) of die- cut blanks (F), and the support means (10) are movable into the lowered position (B) so as to enable positioning of at least a subsequent group of die- cut blanks (F) on the first group (P1) of die-cut blanks (F) in order to form a stack (P) of die-cut blanks (F) of a predetermined height, that can be transferred by the transfer means (30) to the collecting station (T).
Abstract:
The invention relates to a device for processing value documents (12), having: an inspection unit (52) for inspecting value documents (12) with a sensor unit (50) that is located in a processing area (28); a temporary storage unit (16), which is situated in an intermediate area (76), for the temporary storage of value documents (12); a transport unit (42), which is situated in the processing area (28), for transporting the value documents (12) that have been supplied to the device to the inspection unit (52) and then from said unit to the temporary storage unit (16); a final storage unit (22), which defines a final storage area (20), for at least one security container that stores value documents (12) from the temporary storage unit (16); an intermediate area housing (56) that surrounds the intermediate area (76) and has a first opening (54), through which the value documents (12) that come from the inspection unit (52) are supplied to the temporary storage unit (16), a second opening (88), through which the value documents (12) are transported from the temporary storage unit (16) to the final storage area (20) and an intermediate area housing element (86), which can be displaced back and forth between an open position, in which an operator can gain access to the temporary storage unit (16) by means of an access area and a closed position, in which the intermediate area housing (56) is protected against an operator gaining access to the temporary storage unit (16) by means of the access area and removing value documents (12). The device is also equipped with a locking element (92) for locking the intermediate area housing element (86) in the closed position. The device is also designed in such a way that the temporary storage unit (16) is protected against being accessed by an operator through the first opening (54), when the intermediate area housing element (86) is in the closed position.
Abstract:
A card printer (10) has a card feed hopper assembly (20) that will support stacks of two different size cards in hopper sections (38, 40). The card feed hopper assembly (20) is movable transversely of the printer (10) to position the respective hopper sections (38, 40) to be aligned with a card feed station (21) on the printer (10), and then positioned so that cards in the hopper section (38, 40) aligned with the card feed station (21) will be driven into the printer (10). The hopper assembly (20) is lifted when it is moved transversely, and then lowered down to provide the card drive (66, 70) for cards in the hopper section (38, 40) that is aligned with the card feed station (21).
Abstract:
The present invention provides a denesting apparatus (100, 200), the apparatus comprising: • - one or more closed loop conveying tracks (130, 230), each closed loop conveying track comprising a plurality of sets of one or more de-stacking means (140, 240) movingly configured thereon through one or more de-stacking means moving mechanism (150, 250); • - one or more stacking magazines (120, 220), each adapted to hold a stack of sheets (110, 210) supported thereon; wherein each of the plurality of sets of de-stacking means is adapted to selectively engage an uppermost sheet from at least one of the stacking magazines in any desired order either sequentially and/or simultaneously so as to discharge the picked-up sheets onto an out- feed conveyor (180, 280) in any desired manner either one besides another or otherwise one overlapping the other.
Abstract:
Dispositivo introductor (2) para el suministro de cuerpos laminares (3) en una estación de impresión gráfica (5), para introducir simultáneamente cuerpos laminares a un mismo nivel y de forma paralela entre si y en continuo, que comprende zonas de almacenamiento (1) para cuerpos laminares donde los cuerpos laminares son dispuestos en una pila vertical, estando la zona de almacenamiento provista de medios de desplazamiento independientes para extraer los cuerpos laminares desde la zona de almacenamiento a un medio transportador (14) externo vinculado con la estación de impresión gráfica. Los medios de desplazamiento están ubicados en una bancada movible (2) con respecto a una bancada fija (13) dispuesta previamente a la estación de impresión gráfica, comprendiendo tales medios de desplazamiento unas correas de arrastre giratorias accionadas por medios motores, estando vinculadas a un dispositivo aspirador de vacío; presentando la bancada movible unos medios de tope frontales que están en contacto con la parte delantera de los cuerpos laminares.
Abstract:
A printing plate loading apparatus (10) configured to load plates into a printing plate imaging device (120) includes a plate pallet loading system (100) for loading plates from originally packed plate pallet into the printing plate imaging device. Additionally a plate cassette unit (110, 310) connected to the plate pallet loading system, which is configured to receive a single cassette (112) from the plate cassette unit and to load plates from the single cassette directly into the printing plate imaging device.