Robert Boschgmbh

Gert Jakob

Willi Gansert

Dieter Hussmann

Siegfried Goetzke

Martin Zywietz

Gerd Bohmwetsch

Werner Nitschke

Dieter Karr

Bernd Eckert

Willy Bentz

Kurt Stammler

Ulrich Goebel

Ralph Schimitzek

Karl Schupp

Erwin Liegl

Lothar Ruttkowski

Walter Roethlingshoefer

Thomas Wiesa

Roland Schmid

Peter Schiefer

Hans-Heinrich Maue

Dietrich Bergfried

Elmar Huber

Heiko Buss

Frank Kurfiss

Peter Jares

Peter Schaedler

Albert-Andreas Hoebel

Thomas Jessberger

Arno Schaumann

Dieter Neuhaus

Uwe Schaub

Stefan Rupprecht

Friedrich Horn

Gerhard Zucker

Siegbert Luz

Elisabeth Abendroth

Juergen Enzner

Hans-H Maue

Christoph Walter

Thomas Sutter

Hans Rummel

Joachim Zimmermann

Ralf Hauser

A control device has a plurality of possible attachment places for receiving attachment elements at least one of the attachment places being formed as a blocking attachment place which prevents receiving of an attachment element.

Control device with blockable attachment places

A housing ( ) for and electrical device having at least two housing parts ( ) and an electrical circuit on a printed-circuit board ( ) that can be attached in the housing ( ) are proposed. Furthermore, a connection device for the power supply of the device and/or signal transmission to the electronic circuit that is capable of being attached to the housing ( ) is provided. After the housing parts ( ) are joined, one housing wall ( ) that is integral with one of the housing parts ( ) forms an interference radiation-proof, chamber-like recess ( ) for accommodating the connection device. Furthermore, at least one electrically-conductive contact conductor tracks of the printed-circuit board ( ) connected with a ground connection of the housing.

Housing for an electric device

A firing device, in which electrostatic chargings do not lead to an unintentional triggering of the firing element, is composed of a module housing in which a firing element and a circuit means arrangement are arranged, and which has terminal posts that, on the one side, are contacted to the circuit arrangement, and on the other side, are brought out from the module housing for the connection to a plug connector. The firing device includes at least one conductive member that is contacted to the firing capsule and that has a defined distance to the individual terminal posts, such that, in response to an electrical charging, a voltage sparkover occurs between the terminal posts and the conductive member.

Ignition device for restraint means in a vehicle

An easily producible and easily installable ignition mechanism for restraint devices in a vehicle includes an ignition capsule, in which at least one ignition element and its contact pins are fixed. Into the ignition capsule a pedestal can be set, in which a carrier arrangement having circuit elements is arranged. Spring elements are present, by which contact is established between circuit elements and contact pins of the ignition element when the pedestal is set into the ignition capsule.

Ignition mechanism for a restraining device in a vehicle

A very reliable device, which can be implemented at a low cost, has a switch mechanism arranged on a fastening device which is installed on a vehicle seat and can engage with a plug element on a child seat; The switch mechanism has a stationary part attached to the fastening, device and a movable part, which is moved by the plug element into the stationary part on mutual engagement of the plug element with the fastenings device, thereby activating a switch so that occupancy of the vehicle seat by a child seat is signaled.

Device for recognition of a child-restraint seat attached to a vehicle seat

An electrical subassembly includes a holding device having at least one support surface for communicating with a carrier substrate. The device is mechanically fixable to the carrier substrate. An electrical component fixed to the holding device, the component having at least one connecting element, the connecting element having at least one bent-off section positioned at the support surface of the holding device, the at least one bent-off section being electrically connected to at least one trace on the carrier substrate.

Electrical subassembly having a holding device and an electrical component fastened thereto

Short extensions ( ) are formed on the housing ( ) of a control device. These extensions ( ) consist of the same material as the housing ( ) and can therefore be produced in a simple and cost-effective manner in a single production process. The impact energy being created when the housing ( ) is dropped on the ground can be compensated with the aid of these extensions ( ). In special cases and as a function of the specifications, visually noticeable damage of the extensions ( ) can be used as an indicator for possible damage to the electric components arranged in the housing ( ).

Electric actuator casing comprising fall sensitive elements, especially one or more sensors intended for triggering protective device inside vehicles

A method for the attachment of electrical components to circuit boards where the electrical components are enclosed by a housing and held in place by a retaining device. The method enables a smaller and more compact construction for switching devices. The connection of the electrical components with the housing enclosing them creates a additional point for the absorption of thermal and mechanical stresses in addition to the connection with the circuit board.

Method and device for the attachment of electrical components to a circuit board

The electrical unit has a printed circuit board (,) supporting the circuit, which includes a power component (,) which generates heat. In order to dissipate this heat from the power component, the power component rests on a heat conductive layer (,) which in turn is applied to the upper side (,) of the printed circuit board. This heat conductive layer further has a portion of the lid (,) of the housing resting on it, which serves as a cooling area. Alternatively, the cooling area can be a free-standing cooling element. The heat transfer thus takes place via the heat conductive layer (,) to the cooling element (,) so that the latter may be applied and formed independently of type and form of the power component.

Electrical device, in particular a switching and control unit for motor vehicles

A control module, in particular for a control circuit in a motor vehicle, is configured in such a way that it can be produced economically. The control module has a two-part housing which includes a lower part and an upper part. The lower part is configured as a plate, having a connector member for a downstream device, which can be joined flat to a circuit board. The circuit board is populated on a front side with components which can be soldered with the reflow method to connector parts of the circuit board. The upper part, which is configured as a cover, has an opening to receive a plug connector, and can be snap-locked onto the plate. The control module is preferably used in automobile engineering.

Control module

Built-in control device for actuating loads with conductor foil-covered

Electrical device, particularly switching and control device for motor

This invention is directed to a pressure regulating device including a subassembly of a pressure regulating device, which subassembly receives predominantly electric components, such as coils of electromagnetically actuatable valves. The subassembly has a component that contains coils and is encompassed by magnetic-flux-conducting, U-shaped iron parts, with play on all sides. When the first subassembly is brought together with a second subassembly, which contains a hydraulic part of the valves, valve domes reach through the iron parts and the coils. The iron parts are aligned and supported with spring force against a mounting surface of both subassemblies.

Valve subassembly for a slip-regulated hydraulic brake system

Housing for an electronic circuit with improved heat dissipation means

Housing for an electronic circuit

Growing community of inventors

Stuttgart, Germany

Gert Jakob