Siemens Aktiengesellschaft

Francotyp-postalia Gmbh

Francotyp-postalia Ag & Co.

Scania Cv Ab

Francotvp-postalia Gmbh

Siemens Mobility Gmbh

Klaus Dietrich

Johan Lindström

Wolfgang Thiel

Stephan Gunther

Norbert Knoth

Friedrich-Viktor Miehe

Florian Buehs

Frank Gerstenberg

Harald Windel

Goeran Saenger

Klaus Schreier

Michael Lehmann

Thomas Stark

Hans-Peter Lang

Christer Thoren

Florian Bühs

Johan Lindstroem

Erwin Simon

Hans Hauer

Rene Kroell Prammann Joergensen

Hasso Georg Gruenjes

Rene Kroell Joergensen

Göran SÄNGER

Christer THORÉN

Hasso Georg GRÜNJES

A pantograph configuration for a vehicle has at least one pantograph embodied for at least temporary contact with an electrical network located externally outside the vehicle. The pantograph is movable from a contact position into a rest position. A first electrical network is located internally within the vehicle, which in the contact position is connected to the pantograph. A second electrical network located internally within the vehicle is connected to a ground or mass potential of the vehicle and in the rest position to the pantograph. In order to ensure that the pantograph is voltage-free in the rest position, the pantograph is connected to the first electrical network and the second electrical network in the rest position.

Pantograph configuration for a vehicle and vehicle with the pantograph configuration

A vehicle has an electric or hybrid-electric traction drive supported by an ungrounded vehicle frame. The vehicle also has a current collector, which can be electrically connected to the traction drive and which can be brought in galvanic contact with a contact line of a grounded contact-line system to supply traction energy. The vehicle contains an electrical protection system for avoiding dangerous contact voltages on the vehicle frame or on a vehicle part connected to the vehicle frame in a conductive manner. The protection system has a first protection stage, a second protection stage, and a switching element, by which the protection system can be switched between the first and the second protection stages. The first protection stage provides greater safety from dangerous contact voltages than the second protection stage. Thus, a protection system can be provided which provides sufficient safety in all operating states of the vehicle.

Protection device for a vehicle for preventing contact voltages

A technique of operating a flow line is provided. The flow line includes two or more assembly stations for the assembly of a heavy machine. The technique involves installing a prepared assembly trailer in the flow line before or at a first assembly station. The prepared assembly trailer is connected to at least one flow line tow bar. If the prepared assembly trailer is installed before the first assembly station, then the assembly trailer is moved to the first assembly station. If not, all the flow line assembly trailers are moved to the next assembly station. The steps of moving the flow line assembly trailers are performed timewise stepwise.

Method of operating a flow line, an assembly trailer, a tow bar, a heavy machine installed on an assembly trailer and a flow line

A postage meter module has a printing unit, a control unit connected to the printing unit, input/output devices connected to the control unit, and memory devices connected to the control unit. A configuration for an internal cost center printout includes a pixel memory having a field and at least one memory area for accounting data into which data are loaded and converted and/or from which data are read out and converted. The conversion is a blockwise orthogonal rotation of the pixel memory field. A device for orthogonal rotation of the pixel memory field permits a block of a print image with accounting data having been electronically rotated by 90.degree. or by 270.degree. in a direction of printing to be temporarily stored in or read out from the at least one memory area of the pixel memory. A print control unit reads out print image data corresponding to the accounting data by blocks from the pixel memory. A process for an internal cost center printout with a printing device for printing out variable information, includes switching over operation of a print head from printing postage for postal matter to printing a cost center printout.

Process and configuration for an internal cost accounting printout

A modular ink jet printer head has modules each having three spacers at their periphery in order to maintain a constant spacing between the modules. These spacers each have their base secured to the module and reside perpendicularly on a reference plane. The spacers of a module are brought into a detent engagement with at least those of one further, adjoining module. A base plate and two legs arranged at two first sides of the base plate form a U-shaped module carrier. Fastening elements for the modules are arranged at both second sides of the base plate and adjustment means are arranged at the legs. Offset stop edges for all modules are worked onto a side thereof parallel to one of the second sides of the base plate in the common opening of the base plates for the front edges of all modules. The reference edge of each module is brought into a detent engagement with an allocated stop edge of the base plate, so that a defined, lateral offset occurs between the modules.

Modular ink jet printer head

A method for shipping electronically stored letter contents or communications and/or data on flat information carriers, particularly chip cards, requiring postal franking or prepaid postage, includes storing shipping data in at least one of a plurality of memory regions of the information carrier. The shipping data is read out with a read-write module. The shipping data is linked to a postage table being stored in memory, for calculating a postage value appropriate for shipment of the information carrier. An accounting or debit is made for the calculated postage value for the information carrier with a postage meter device. A postage imprint is printed on an item to be shipped. In an apparatus for carrying out the invention, the read-write module and the postage meter device are integrated into a unit.

Method and apparatus for shipping electronically stored communications

A method for sending electrically stored data on flat information carriers requiring postal franking includes transmitting communication data from a personal computer into a memory of an information carrier with a read-write module. Associated shipping data are transmitted from the personal computer to a postage meter device synchronously with the transmission of the communication data. Postal charges for sending the information carrier are accounted for with the postage meter device on the basis of the shipping data. Control data are transmitted from the postage meter device to a printer for printing a postage imprint on each item intended for sending the information carrier. In an apparatus for performing the method, the read-write module may be integrated into the personal computer; the postage meter device may be integrated into the personal computer; the read-write module and the postage meter device may form a structural unit; and the read-write module, the postage meter device and an enveloping station may form a structural unit.

Method for shipping chip cards

A disposable postage meter assembly for printing charges and captions on envelopes and/or postage strips includes a base unit and a non-rechargeable disposable module. The base unit and the disposable module have devices for setting variable information.

Disposable postage meter assembly

A device for processing mail and charging required postage includes a standardized mail depositing device having a transport catch. A charging unit is connected to the mail depositing device for charging postage after mail has been inserted in the mail depositing device and for unlocking the transport catch. Secured storage containers receive mail from the mail depositing device. A method for processing mail and charging required postage includes inserting mail into a standardized mail depositing device having a transport catch. Postage is charged after the mail has been inserted in the mail depositing device and then the transport catch is unlocked, with a charging unit connected to the mail depositing device. The mail is fed into secured storage containers from the mail depositing device.

Method and device for processing mail

A method for identifying postage meter and monetary value stamping machines from printed patterns thereof includes performing microprocessor-controlled printing processes in the machine for forming a printing pattern including a monetary value stamp, a data stamp and a printing block from stored data and current data only immediately prior to being printed and temporarily storing the printing pattern until being printed. An identification characteristic is imprinted in the open in addition to the pattern to be printed. The temporarily stored printing pattern and the identification characteristic are supplied together to a printer control for generating a final printing pattern.

Method for identifying postage meter and monetary value stamping machines

An address management unit is provided for the conversion of logical addresses contained in a program into physical addresses for a multi-processor central control unit of a computer-controlled communications switching system comprising a central bulk storage, and additional memories in the processors, and peripheral units, a logical address forms a polysyllable address word of which one address syllable corresponds to the logical starting address of a logical address space and the other address syllable corresponds to the logical address within this logical address space. A special-purpose memory serves the purpose of storing four-syllable words having a long word length which are respectively stored therein under the addresses formed by the one address syllables. The four word syllables each correspond to a specific control signal in which the first word syllable corresponds to the address of the physical address space, the second syllable corresponds to the plurality of physically-present addresses of the physical address space to be selected, the third syllable corresponds to the total physical object to be selected, and the fourth syllable corresponds to respective information concerning access rights, whereby the fourth syllable monitors the access to the unit to be selected in accordance with the third word syllable.

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Berlin, Germany

Klaus Dietrich