Robert Boschgmbh

Richard Muehlheim

Botho Ziegenbein

Hans Hecht

Martin Mast

Dietrich Bergfried

Andreas Stratmann

Juergen Woersinger

Regina Grote

Hans-Juergen Spiegel

Ulrich Goebel

Gunther Stecher

Hans-Martin Irslinger

Guenther Stecher

Martin Holland

Polichronis Lepidis

Frank Wehrmann

Wolfgang Hauer

Laszlo Szakacs

A device having at least one housing and one bottom connected to the housing. In this context, the housing has a housing wall and the bottom at least one base. Further it is provided for the base to have a specifiable edge. The essence of the present arrangement now lies in the fact that the edge of the base has at least two regions, a first region being situated closer to the housing wall and a second region being further removed from the housing wall.

Base design for self-centering

A pressure-sensor system having a sensor element and a hermetic housing for the sensor element has a particularly uncomplicated installation, in particular even under aggressive ambient conditions. The housing of this pressure-sensor system includes a first housing part having a housing bottom, and at least one additional housing part. The sensor element is installed on the housing bottom, and the pressure is supplied via an opening in the housing bottom. The at least one additional housing part is disposed above the sensor element and is connected to the first housing part. Apart from this, connecting pins for the electrical contacting of the sensor element are provided. The connecting pins are guided through the additional housing part.

Pressure-sensor system

A micromechanical device having a micromechanical component and a heating element and a method for controlling and/or regulating the heating element. In this context, the heating element is used to bring the micromechanical component, which preferably has electrical components, and/or a passivator surrounding the micromechanical component to a specifiable temperature.

Micromechanical device having integrated heating

Device for measuring a flowing air quantity

A fast-responding temperature sensor, for measuring temperature of a medium, features a resistance element (12) formed as a film on an insulating substrate (10). The resistance element is disposed in a bubble or dome (11) of ceramic, preferably glass ceramic, which is formed on, and bowed with respect to, the insulating substrate (10).

Temperature sensor

A support for sensor elements, especially temperature, throughflow or chemical sensors, comprises a supporting element composed of a ceramic material and having at least one throughgoing opening, a thin ceramic foil arranged on the supporting element so as to cover the opening to support a sensor element in the region of the opening.

Support for sensors, and sensor provided therewith

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Tuebingen, Germany

Richard Muehlheim