Robert Boschgmbh

Manfred Moser

Annette Seibold

Werner Gruenwald

Claudio De La Prieta

Ralf Haug

Reiner Schuetz

Roland Cupal

Mark Wonner

Karl-Hermann Friese

Rudolf Heinz

Harald Neumann

Hans Braun

Gerhard Schneider

Walter Roethlingshoefer

Kurt Schmid

Hans-Joerg Renz

Ulrich Goebel

Uwe Glanz

Kurt Bayha

Andreas Reppich

Carmen Schmiedel

Klaus Steinle

Wolfgang Golderer

Hartmut Wayand

Herbert Reger

Rainer Martin

Stefan Kuschel

The invention relates to a press-in pin () for an electrical press-in connection between an electronic component () and a substrate plate () with an electrical contact hole (). The press-in pin () has a press-in pin head () which has a press-in head length (I) which is matched to a thickness (d) of the substrate plate (). A press-in pin leg () extends between the electronic component () and the press-in pin head (). A press-in pin collar () forms a transition between the press-in pin leg () and the press-in pin head () and has a locking projection (). The press-in pin head () is coated with a layer () of a lead-free tin alloy (). At least the press-in pin collar () with the locking projection () has an electrically insulating coating ().

Press-in pin for an electrical press-in connection between an electronic component and a substrate plate

A control unit is provided and a method for assembling such a control unit for a personal protection device for a vehicle. A circuit board is installed between a plastic cover and a plastic floor. An interface is positioned on the circuit board, for an electrical connection to at least one additional vehicle component. At least one opening is provided in the plastic cover for the electrical connection.

Control unit for personal protection device for a vehicle and method for assembling such a control unit

A control unit and a method for assembling a control unit for occupant protection means for a vehicle are described. A p.c. board is enclosed between a plastic cover and a plastic base and assembled. A non-positive and/or positive connection is implemented for this assembly, and the control unit is pre-attached. The at least one connection is produced without tools.

Control unit for occupant protection means for a vehicle and a method for assembling a control unit of this type

A control device module for a motor vehicle includes a control device that has a closed housing in which a first internal pressure prevails, and at least one connecting device for coupling a connecting element of an electrical cable. A closed space is defined in the coupled state between the connecting device and the connecting element, in which closed space a second internal pressure prevails. The control device also includes a pressure compensating device for adapting the first and second internal pressures to an external pressure that acts on the control device module from outside.

Control device module, especially in or for a motor vehicle

A force sensor has a measuring diaphragm adapted to undergo a deflection in response to a force being applied thereto. The force sensor further has a test deflection device operatively coupled to the measuring diaphragm for effecting a test deflection thereof independently of any force external to the force sensor being applied to the measuring diaphragm.

Force sensor having test deflection device

Electrochemical measuring sensor and method for producing an

Ceramic multilayer substrates as circuit supports for complex electronic circuits wth integrated capacitors are manufactured by printing capacitor structures, using the screen printing process, directly onto a first green ceramic film. The first green ceramic film with the printed structures is arranged in a stack with further green ceramic films, laminated, and fired. During lamination of the ceramic films, the printed structures are pressed into the ceramic films so that after firing, a multilayer substrate with integrated capacitors results.

Method for manufacturing a ceramic multilayer substrate for complex

In a method for producing a multilayer circuit, it is possible to produce capacitor structures including electrodes and a dielectric arranged in between. By pressing the capacitor structures into a ceramic layer, it is possible to produce a high-quality capacitor inside the multilayer circuit.

Method for producing a multilayer circuit

A device for measuring a force, a pressure or a torque transmitted in a force path between first and second apparatus components, includes at least three mutually spaced piezo-resistive resistor elements disposed in the force path between the first and second apparatus components such that the apparatus components orthogonally stress the resistor elements.

Pressure, force and torque measuring device

Growing community of inventors

Reutlingen, Germany

Manfred Moser