Wincor Nixdorf International Gmbh

Siemens Aktiengesellschaft

Siemens Nixdorf Informationssysteme Aktiengesellschaft

Siemens Energy Global Gmbh & Co. Kg

Wincor Nixdorf Gmbh & Co. Kg

Bernhard Lutz

Udo Tewes

Uwe Urban

Mark Kuschel

Bernd Kruse

Andreas Kleinschmidt

Sascha Bauer

Frank Ehrlich

Heinz Strohdiek

Stefan Sieber

Bohdan Kurylak

Ingo Seubert

Holger Kremer

Hans Walter Fluckiger

Ullrich Marahrens

Thomas Luthi

Peter Guelzow

Andreas Glaue

Karsten Juhre

Ines Olbrisch

Peter Gülzow

An electrical energy transmission device for the transmission of electrical energy has a fluid-holding chamber. An electrically insulating fluid is contained in the fluid-holding chamber. The electrically insulating fluid is, at least in part, air-drawn from the surroundings of the electrical energy transmission device. The insulating fluid is used for insulating phase conductors in order to avoid short circuit conditions.

Electrical energy transmission device and life cycle management

An electrical switching device is provided for interrupting an electrical connection. The device has a switching chamber and two contact pieces being arranged directly in the switching chamber or in an encapsulated housing arranged in the switching chamber and configured to be gas-tight in relation to the switching chamber. The contact pieces are movable relative to each other to bring about a switching action. A fluid insulation medium is also provided, which is arranged in the switching chamber or in a storage volume which can be connected to the switching chamber. The switching chamber or the storage volume has an outlet for letting out the fluid insulation medium. A filter is provided at or adjacent to the outlet, the filter configured to filter gaseous components of the insulation medium, or the reaction products thereof, conducted through the outlet.

Electrical switching device

An insulating medium for an electric energy transmission device is a fluid at room temperature and atmospheric pressure and has at least the following components &#x2265;50% by volume to &#x2264;98% by volume of synthetic air, and &#x2265;2% by volume to &#x2264;50% by volume of an organic fluorine compound. An electric arc extinguishing medium and a fluid-insulated electric energy transmission device are also provided.

Insulating medium for an electric energy transmission device

A profile rail () is provided for forming a locker system () having a plurality of lockers (). The profile rail () is formed to integrate a locking mechanism () of one of the lockers () within the profile rail (). The profile rail () comprises a lamella device () to cover the integrated locking mechanism (). The lamella device () is arranged to be displaceable in the direction of the longitudinal extension (L) of the profile rail (). The lamella device () can be retained at a retaining site () of the profile rail () against longitudinal displacement.

Profile rail for locker system

The invention relates to a device () for handling banknotes that comprises a display unit () with a display surface () for displaying at least one graphic user interface () to a user of the device (). The user interface () is only displayed in a portion (to) of the display surface (), whereas this portion (to) is adjustable depending on the position of the user relative to the display surface ().

Device for handling banknotes comprising a height adjustable user interface

Unit for automated container recovery machines, such as for receiving returnable bottles and cans, includes a conveyor device for transporting the returnable containers horizontally in the direction of their longitudinal axes and for rotating the containers about their longitudinal axes. The aim is to provide an additional unit of this type. To achieve this, the conveyor device includes one or more continuous conveyer chains which are adjacent to one another and include support elements and conveyor members which are situated on the support elements. The conveyor members can be rotated about an axis that extends in the longitudinal direction of the conveyor device.

Unit for use in automatic container return systems

The invention relates to a unit for automatic recycling apparatuses for containers, e.g. cans and bottles made of glass, plastic, or metal. Said unit comprises a conveying device with a conveyor belt for advancing the containers in the direction of the longitudinal axis thereof, and rotating rollers that are provided with a surface area and can be moved from a neutral position into an identifying position in which said rotating rollers disengage the container from the conveying device and make the container rotate. According to the invention, the rollers are embodied as hollow elements and are provided with a breakthrough in the longitudinal direction. At least one conveying device is disposed in the rollers, respectively, while the conveyor belt is arranged in the area of the breakthrough. The rotating rollers and the conveying device are mounted separately, the surface area of the rollers overlapping the conveyor belt of the conveying device when the rotating rollers are rotated.

Automatic container recycling apparatus

A channel ( ) for accommodating a fully or partially cylindrical body ( ) is formed above a visual display unit ( ) in a multimedia communications terminal ( ) having a console-like housing ( ). This body ( ) comprises a central body element ( ) in which a video camera is installed, and at least one projection ( ) on which a rest ( ) for a telephone handset ( ) is integrally formed, or a card reader for telephone calls is also installed.

Multimedia communication terminal

A process and device for automaticaly posting virtually and item of mail wherein the item of mail is deposited on a handling surface and images of the item of are processed by an electronic camera.

Mail handling process and device

Roll storage apparatus

Device for preparing and applying labels and a method of operation

Growing community of inventors

Delbrück, Germany

Bernhard Lutz