Robert Boschgmbh

Holger Scholzen

Janpeter Wolff

Markus Ledermann

Holger Haussmann

Wolfgang Koetzle

Christian Doering

Christian Roesser

Horst Braun

Herbert Labitzke

Hans-Peter Didra

Henning Stilke

Thomas Moelkner

Martin Haupt

Karl-Otto Heinz

Juergen Krueger

Anke Maier-Schleich

Klaus-Uwe Mittelstaedt

Martin Gorzolka

Christoph Gmelin

Joerg Engelhardt

Vijaye Rajaraman

Sven Zinober

Michael Mueller

Frank Henning

Mathias Klenk

Peter Urbach

Thomas Bilsing

Ralf Kaiser

Carsten Kaschube

Joerg Gebers

Thomas Klaus

Jens Vollert

Juergen Lechner

Hermann Lehnertz

Lothar Baumann

Roger Frehoff

Markus Fissler

Walter Csicser

Dana Keppeler

Martin Ammann

Markus Ellmer

Benjamin Thiel

Walter Csiscer

Hans-Heinrich Winkel

Petra Siegenthaler

Hardy Haegele

Rálf Henn

Oliver Glock

Dieter Ludwig

Anke Maierschleich

Arzu Schilling

Rene Eberhardt

A pressure sensor system including at least one pressure sensor unit configured as a system-in-package, the pressure sensor unit encompassing a supporting structure including a cavity and a sensor element situated in the cavity; the supporting structure being formed by a land grid array/mold premold structure (LGA/MPM) and signal-processing elements being integrated into and/or on the supporting structure; the pressure sensor unit being introduced into a pressure sensor housing provided with a diaphragm and being supported therein, and a residual volume of the pressure sensor housing provided with at least one diaphragm being filled with an incompressible fluid; and the pressure sensor housing including a groove extending around the pressure sensor unit, in which a sealing ring is situatable.

Pressure sensor system having a land grid array/mold premold structure and method for its manufacture

A sensor module having a sensor housing, at least one piezoelectric converter element that is disposed in the sensor housing, and at least one insulating member that is disposed in the sensor housing alongside the converter element. The insulating member has on its outer periphery at least one recess in which a contacting system of the converter element extends. A pressure-measuring glow plug having a sensor module of this kind is also described.

Sensor module for a pressure-measuring sheathed-element glow plug

A pressure-measuring glow plug has a heating pin for igniting a combustion mixture of an internal combustion engine and a pressure sensor for detecting a combustion chamber pressure of the internal combustion engine. The pressure-measuring glow plug has a contacting unit which includes a carrier for accommodating a signal processing unit and a plug connection having connecting contacts in a plug housing. A glow module housing for accommodating the heating pin and the pressure sensor and an electronic module housing for accommodating the carrier are provided. The electronic module housing is connected at a glow module-sided connecting location to the glow module housing and, at a plug-sided connecting location, to the plug housing.

Pressure-measuring glow plug

A pressure measuring glow plug includes: a housing in which a heating pin for igniting a combustion mixture of an internal combustion engine and a pressure measuring unit for recording a combustion chamber pressure of the internal combustion engine are situated. The heating pin has a glow current contact for an electric heating element. At the end of the heating pin facing away from the combustion chamber, a pressure transmitting element is fastened, which transmits the combustion chamber pressure acting on the heating pin to the pressure measuring unit. The pressure transmitting element is sleeve-shaped and forms an accommodation space for the glow current contact of the heating element.

Pressure measuring glow plug

A pressure-measuring device for recording a pressure in a combustion chamber of an internal combustion engine, having a force transmission body, situated in a housing, which is exposed to the combustion chamber and which transmits the combustion chamber pressure to a pressure-measuring unit at least indirectly by an axial motion, and having a flexible diaphragm, which is situated between the force transmission body and the housing. The flexible diaphragm is configured to be resilient to implement the axial motion of the force transmission body within the housing. A flexible additional diaphragm is connected ahead of the flexible diaphragm on the combustion chamber side, which seals the flexible diaphragm from the combustion chamber.

Pressure-measuring device with additional diaphragm

A device for detecting a pressure, in particular in a combustion chamber of an internal combustion engine, has a housing and an adapter element secured in the housing for accommodating a sensor module. The sensor module includes at least one sensor element and one support element. The sensor element makes electrical contact with connecting lines which extend in the axial direction of the sensor module. The support element has a section on which support surfaces are formed for the connecting lines.

Device for detecting a pressure, in particular a combustion chamber pressure of an internal combustion engine

A sensor has a sensor housing, an electronic component, and a sensor element. The electronic component and the sensor element are connected to one another in a media-tight manner. An adhesive which provides a seal is placed between bonding sites of a bonding wire of the at least one electrical connection.

Sensor having a sensor housing

A device for sensing a pressure, particularly in a combustion chamber of an internal combustion engine. The device has a housing and an adapter element, secured in the housing, for accommodating a sensor module. The sensor module includes a transmission element, a sensor element and a supporting element, the sensor module being supported by way of the transmission element on a compensation member which is joined to the adapter element, and by way of the supporting element on a fixing element. At an end face pointing toward the sensor module, the compensation member is provided with a circular recess, in which the transmission element is accommodated in centered fashion.

Device for sensing a pressure, particularly a pressure in a combustion chamber of an internal combustion engine

A device for detecting a combustion chamber pressure of an internal combustion engine, in particular a gasoline engine. The device includes a sensor housing, the sensor housing being set up to be at least partially introduced into a combustion chamber of the internal combustion engine. At least one mechanical-electrical transducer element is accommodated inside the sensor housing, which is separated from the sensor housing by at least one sensor holder, in particular a sensor holder which at least partially encloses the mechanical-electrical transducer element. The sensor holder has an at least partially rigid design.

Device for detecting a combustion chamber pressure of an internal combustion engine

A combustion chamber pressure sensor for an internal combustion engine, having a sensor body able to be inserted into a receiving bore of the internal combustion engine, which sensor body has on the side of the combustion chamber a sealing device for sealing the sensor body in the receiving bore, and which sensor body is provided with affixation means for fixing the combustion chamber pressure sensor in place inside the receiving bore. The sealing device includes at least one separately produced heat-resistant elastic sealing element, which is disposed around an outer jacket of the sensor body.

Combustion chamber pressure sensor

A heat sink, in particular for a rectifier unit of an electrical machine has at least one diode opening, and disposed around the at least one diode opening at least partially ring-shaped cooling air openings and at least one mass-increasing raised area, wherein the mass-increasing raised area extends between two of the cooling air openings associated with the diode opening.

Cooling body and rectifier module for an electrical machine

A sensor system includes a sensor element and a body. A number of electrical contact points with which contact may be created via electrical contact elements are provided on one side of the sensor element. Electrically conductive insertion parts are introduced into the body made of a non-conductive material and create a contact with the electrical contact points of the sensor element when the sensor element and the body are mechanically joined together.

Space-optimized sensor connector

A pressure measuring device for detecting a pressure to be measured of a medium, having a pressure housing; a converter situated in the pressure housing for converting a mechanical force produced by the pressure to be measured into an electrical signal; an output unit for outputting the electrical signal; a separator for separating the medium from the converter; and a transmission device for transmitting the force produced by the pressure to be measured to the converter.

Method for detecting a pressure of a medium and pressure measuring device

A pressure sensor for measuring the pressure in a space acted upon by high pressure. The signals detected by the pressure sensor are supplied to evaluation electronics. A sensor diaphragm is accommodated on the end of the pressure sensor pointing towards the space acted upon by high pressure. The sensor diaphragm takes the form of a steel diaphragm, to whose back side a thin, metallic layer accommodating piezoresistive measuring elements is applied. The thin, metallic layer is contacted by transmission elements and connected to the evaluation electronics.

Combustion-chamber pressure sensor having a metallic diaphragm containing a piezoresistive, thin metallic layer

The invention relates to an electrical machine, preferably an alternator ( ) for motor vehicles, comprising a rectifier assembly ( ) that is fixed to an end shield ( ) of the machine. Said rectifier assembly is cooled by a fan ( ) that operates in the end shield ( ), the diodes being positioned on a negative connecting plate ( ) and a positive connecting plate ( ) of the rectifier assembly ( ). The aim of the invention is to evacuate the dissipated heat from the rectifier assembly ( ) in an advantageous manner. To achieve this, the rectifier assembly is located in an opening in the front face ( ) of the end shield ( ) and is connected in an electrically and thermally conductive manner by one of its two connecting plates ( and ) to a cooling body ( ), which is connected to the exterior of the end shield ( ) and covers the opening ( ). The cooling air that is thus taken in by the fan ( ) first flows from the exterior across the cooling body ( ) in a radial manner towards the interior, entering the machine in the vicinity of the shaft through orifices ( ) in the end shield ( ) and from here, having reached the fan ( ), subsequently flows past the other connecting plate ( and ) in a radial manner towards the exterior.

Rectifier assembly having heat-dissipating structure for an alternator

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Stuttgart, Germany

Holger Scholzen