Continental Teves, Ag and Company Ohg

Continental Teves Ag & Ohg

Holger Wahl

Manfred Rüffer

Georg Fachinger

Albrich Von Albrichsfeld

Uwe Karl

Josko Kurbasa

Michael Kutzner

Jochen Beuss

Achim Netz

Tibor Toth

Christian Östreich

Atsushi Murakami

Johannes-Dieter Nederstigt

An electronic arrangement in a motor vehicle, in which at least one sensor is connected to a first electronic control unit by a current interface for transmitting signals and/or for supplying power. A connection of the current interface to at least one supply potential is provided via a second electronic control unit.

Electronic arrangement in a motor vehicle

A device for supplying pressure to an actuation unit of a vehicle brake system, in particular to a vehicle brake system of the 'brake-by-wire' type, including a pneumatic motor-and-pump assembly with a pump and a motor driving the pump, wherein the motor-and-pump assembly is controlled by an electronic control unit depending on a pressure level or pressure difference in a pneumatic brake booster of the actuation unit, with the pressure level in a chamber or a difference in pressure between two chambers of the brake booster being detected by a sensor. In order to maintain the availability of the service brake function as high as possible and to obtain a maximum possible redundancy, the control unit, used to control the motor-and-pump assembly includes a logic module and a power module, which are arranged separately of each other.

Device for supplying pressure to an actuation unit of a motor vehicle brake system and method for controlling said device

A device for supplying pressure to an actuation unit of a vehicle brake system, in particular to a vehicle brake system of the 'brake-by-wire' type, comprising a pneumatic motor-and-pump assembly with a pump and a motor driving the pump, wherein the motor-and-pump assembly is controlled by an electronic control unit depending on a pressure level or pressure difference in a pneumatic brake booster of the actuation unit, with the pressure level in a chamber or a difference in pressure between two chambers of the brake booster being detected by means of a sensor. In order to maintain the availability of the service brake function as high as possible and to obtain a maximum possible redundancy, the control unit, used to control the motor-and-pump assembly comprises a logic module and a power module, which are arranged separately of each other.

Device for supplying pressure to an actuation unit of a motor vehicle braking system and method for controlling said device

The present invention relates to a device in an electronic driving dynamics control system, comprising an electromechanic transducer, especially an electric motor, a hydraulic pump, and an electric actuating unit for the transducer, said transducer including a magnetic or magnetizable stator and a rotor, as well as connections for connecting the actuating unit, and a commutation device for the actuation of electromagnetic windings of the rotor, said invention inhering the special feature that the commutation device comprises three or more commutating elements that are electrically connected to the respective connections so that the windings of the rotor can be actuated individually by the actuating unit, with at least one commutating element being connected to a change-over element that provides for an additional connection for connecting a rotational speed measurement devices.

Electrohydraulic converter

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Wallrabenstein, Germany

Holger Wahl