Siemens Nixdorf Informationssysteme Aktiengesellschaft

Wincor Nixdorf International Gmbh

Wincor Nixdorf Gmbh & Co. Kg

Nixdorf Computer Ag

Wolfgang Malke

Guenter Baitz

Gunter Baitz

Wilfried Dobring

Uwe Krueger

G&uuml;nter Baitz

Andre Michels

Günter Baitz

Wolfgang Rubey

Joachim Burchart

Hartmut Kamin

Hermann Kohlhage

Oliver Schaefer

Wolfgang Fick

Andreas Jeschke

Ridwan Liow

Uwe Krüger

Siegfried Wieschemann

G/u/ Nter Baitz

Harald Noack

Oliver SCHÄFER

Günther Baitz

A reverse vending machine has an insertion area for inserting an object into the inside of the reverse vending machine, a transport unit for transporting the object in a transport area along a transport axis and an arrangement of cameras for capturing images of the object from several capturing directions. The image capturing direction of each camera is directed toward the transport area. Further, the cameras are arranged outside the transport area and not below the transport area.

Reverse vending machine

The invention relates to apparatus having a cash box device () that comprises a housing () in which two roll storage systems () for storing bank notes are held.

Cash box with dual-roll storage system

The invention relates to a cash box () that comprises a housing () in which two roll storage systems () for storing bank notes are held.

A sales slip printer for segments () that are to be separated from a continuous paper strip () with a V-shaped knife () and a stacking tray () for the segments () separated from the continuous paper strip () located behind an output channel (), which is separated from the output channel () by projections () extending in the side edge areas of the output channel (), and a slide (), which pushes through the already separated edges of the continuous paper strip () into the stacking tray () between the projections () during a cutting action.

Sales slip printer with a tray arrangement for continuous paper segments

The invention relates to a cassette for receiving a stack of sheets, with a pressing element which bears against a first end face of the stack of sheets and is movable in the pressing direction, with a drive motor for displacing the pressing element so that a second end face the stack of sheets facing away from the pressing element can be brought to bear against extracting elements of a sheet extracting device, and with a measuring device for determining the pressing force of the stack of sheets against the extracting elements an output signal of the measuring device serving for controlling the drive motor in order to generate a predetermined pressing force. The stack of sheets and the pressing element are arranged in a slide which is accommodated in the cassette movably in the direction of displacement of the pressing element, the pressing element being displaceable with respect to the slide by the drive motor. The slide is pressed by a displacement-dependent force in the direction of the extracting elements.

Sheet extracting device with a cassette for receiving a stack of sheets

The invention relates to a device for treating forms, especially betting slips or the like, comprising a reader with a transport device that forms a gap-type transport path for a betting slip. In the path of said transport path a reading head is disposed and is linked with a control and evaluation unit. In the projection of the at least one vertically aligned transport path a printer is disposed below the reading heat that is linked with the control and evaluation unit. Said printer comprises an abutment and a print head that can be adjusted between an abutment remote rest position and an abutment proximal operative position. Downstream of the abutment and below said abutment a sheet tray is provided.

Device for treating forms, especially betting slips

Printing device with means for conveying paper A printing device ( ) comprises a lower part ( ) and an upper part ( ) that is mounted on said lower part ( ) such that it can pivot about a pivot axis ( ). A print head ( ) and a holding trough. ( ) for a recording medium supply roll ( ) are arranged in the lower part ( ) , and a conveying device ( ) for a recording medium ( ), and a print backing support ( ) spatially associated with the print head ( ) are arranged in the upper part ( ). The upper part ( ) has two side walls ( ) which laterally enclose a recording medium supply roll ( ) put into the holding trough ( ). The invention is characterized in that the print backing support ( ) is planar in the printing area ( ) of the print head ( ), the conveying device comprises a pair of conveyor rollers ( ) that are aligned parallel with the print backing support ( ) and can be driven by a motor, and a tautening device ( ) for the recording medium ( ), and in that the pivot axis ( ) is located underneath the print backing support ( ).

Printing device with means for conveying paper

In a printer with two printing stations, two printin-head holders ( ) with holding means ( ) for the detachable holding of one print head ( ) each are arranged on a carriage ( ) guided displaceably parallel to a print backing means ( ). The respective printing-head holder ( ) is designed for a first type of printing head ( ) and can be connected to a printing-head adapter which, in turn, is designed to hold a printing head ( ) of a different type.

Printer with two printing stations

In an inkjet printer having at least one interchangeable container ( ) for printing ink, having a holder ( ) to hold the interchangeable container ( ), having a switching device to block and enable the inkjet printer, having a signal transmitter ( ) and a signal receiver ( ) connected to the switching device, which are arranged on the holder ( ), and having a signal transmitting device, on the interchangeable container ( ), which transmits an enable signal from the signal transmitter ( ) to the signal receiver ( ) during or after the insertion of the interchangeable container ( ) into the holder, the signal transmitting device is arranged in the interior of the interchangeable container ( ) and has a signal input ( ), a signal transmission element ( ) and a signal output ( ).

Matrix printer and interchangeable container for color ink supply

Printer for printing on single sheets and an endless paper strip

Document transport and stop device

Device for collecting sheet-like notes and for dispensing a bundle of

A device for sending and receiving graphical documents via teletransmission lines comprises an input station (16), a withdrawal station (20) for single-sheet graphical original, a transport system which transports the graphical originals along a reading device from the input station (16) to the withdrawal station (20), an output station (32) for a printed print carrier and a transport system which transports the print carrier material from material supply station (60) along a printer to the output station (32). The output station (32) is located in the head region and the withdrawal station (20) in the base region of the device. Both the input station (16) and the withdrawal station (20) for the printed originals in the base region (8) of the device (2) are arranged on two opposite sides (3,6) or the device so that the output station (32) in the head region (10) of the device (2) is located at a considerable distance from both the input station (16) and the withdrawal station (20). It is therefore impossible to mistake printed documents output with graphical originals.

Device for sending and receiving graphical documents via

Printer with a printer housing divided in the plane of the print carrier

A printing device is disclosed, consisting of a chassis (10), an abutment (40), and relative to the abutment in the direction of lines, an adjustable printing head (36) and a chassis fixed stop (16) for fixing the printing position of a print carrier (18), inserted between the printing head (36) and the abutment (40). The stop (16) is assigned a holding device (20) for holding the print carrier in its printing position, whereby the beam-shaped abutment (40) and the printing head (36) are carried on a pivoting frame (42), which on chassis (10) parallel to abutment (40) and a distance to an axis (44) is carried in a pivoted mode and by way of a pivoting drive (62-72) is adjustable.

Growing community of inventors

Berlin, Germany

Wolfgang Malke