Robert Boschgmbh

Juergen Kurle

Christian Ohl

Matthias Ludwig

Conrad Haeussermann

Franz Laermer

Karsten Funk

Michael Offenberg

Andrea Schilp

Frieder Haag

Kurt Weiblen

Helmut Baumann

Franz Schmich

Wolf-Ingo Ratzel

Markus Lutz

Stefan Pinter

Horst Muenzel

Klaus Heyers

Reinhold Jocham

Lars Sodan

Hans-Juergen Herderich

Axel Kaschner

Holger Behrens

Hans-Martin Irslinger

Udo Kaess

Florian Guffarth

Ingbert Gerngross

Michael Klink

Peter Eiberger

A fastening device for an electronic component, in particular an acceleration sensor for airbag systems, in which the electronic component is fixable in a motor vehicle with the aid of fastening elements, a first connection pair being present both on the motor vehicle and on the housing of the electronic component, which interlocks in a form-locked and/or force-fit manner for a pre-mounting of the electronic component and a second connection pair is present on the housing of the electronic component and on the motor vehicle, with the aid of which the electronic component may be fastened and positioned on the vehicle. The second connection pair is made up of a clip connection.

Fastening device for an electronic component, in particular an acceleration sensor for airbag systems

A system including a sensor and an electrical cable including electrical conductors, which are provided with an electrically insulating sheathing, the sensor being accommodated in a housing, the conductors of the cable are exposed from the sheathing at certain locations and the housing is fastened in an integrally bonded or form-fitting manner on the conductors of the cable at the exposed locations in the sheathing, and an electrically insulating sheathing is provided, which encloses the housing in a form-fitting manner and covers at least the cable in the area of the housing.

System including a sensor and an electrical cable

A device for attaching and contacting an electrical component, e.g., a sensor device, includes: at least two contact points which are electrically contactable via associated busbars, a contact point of the component being connected to the associated busbar via a respective connecting element, which at its respective free first end forms a mounting for the component and establishes the electrical connection to the contact point of the component in the mounting, and which at its respective second end is held on the busbar and is electrically connected thereto.

Device for attaching and contacting an electrical component and method for manufacturing the device

A sensor system having a sensor element, a housing in which sensor element is situated and which seals the sensor element from the outside world, at least one first electrical contact element which is electrically coupled with the sensor element; a plug connector, which has at least one second electrical contact element, and at least one spring element which is coupled between the at least one second electrical contact element and the at least one first electrical contact element for electrical contacting, so that the sensor element is electrically connected to the second electrical contact element of the plug connector.

Sensor system and method for manufacturing a sensor system

A system having a plug and a housing having a hollow space at least partially sealed and an electrical supply line, which is connected to an electrical component, which is separated from the space by a pass-through region, which has a first sealing arrangement that seals in media-tight fashion, the line being surrounded at least partially by the first sealing arrangement, and being contactable in the space, the plug having at least one electrical contact for contacting the line and having at least one second sealing arrangement, which is such that for a contacting, the hollow space is sealed in media-tight, the line of the housing and/or the first sealing arrangement having at least one first locking arrangement, and the electrical contact of the plug having at least one second locking arrangement, the locking arrangements providing that for a contacting, an exclusively irreversible positive and/or non-positive locking is provided.

Sensor housing for a direct assembly of a wiring harness by machine

A sensor system has a rotational angle sensor for detecting a rotational angle and a torque sensor for detecting a torque. The rotational angle sensor has a rotatable rotational angle transmitter having index elements. The torque sensor has a rotatable torque transmitter having magnets, which generate a magnetic field, and a magnetic flux unit for amplifying the magnetic field. The index elements and the magnetic flux unit are connected to one another in a rotationally fixed manner.

Sensor system

A method for manufacturing a micromechanical component is described, the micromechanical component having a medium. The medium has settable and changeable volume-elastic properties and generally completely encloses a sensor module and/or a module housing. The medium preferably has a low-pass response.

Micromechanical component having a volume-elastic medium

A sensor system is provided having a base plate, a sensor module, a damping element and a support frame, the base plate having a main plane of extension and a recess that is perpendicular to the main plane of extension; the support frame being fastened in the recess; the damping element being situated between the support frame and the recess; and the sensor module further being pressed into the support frame in a form-locking and a force-locking manner.

Sensor system and method for producing a sensor system

Method for manufacturing a micromechanical component having a volume-elastic medium and micromechanical component

A module includes an electrical component having an inner enclosure which surrounds the electrical component and which has first electrical contact means at least on one outer side; having an outer enclosure in the interior of which the inner enclosure is situated, the outer enclosure having second electrical contact means, the second electrical contact means extending from the interior to at least one outer side of the outer enclosure. The first and second contact means are interconnected.

Enclosure including an electrical module

A connecting device for flexible electrical connection of circuit boards using a plurality of flexible electrical conductors positioned adjacent to each other. The flexible electrical conductors are jointly surrounded by an insulation of an flexible electrically non-conductive material. The end areas of the flexible electrical conductors have a first and a second contact area without insulation. The flexible electrical conductors and the insulation are plastically deformable, and are shaped in such a way that the flexible electrical conductors form a loop in the area of the insulation and run out in the form of a shoulder in the direction of the contact areas. The shoulder is shaped in such a way that the flexible electrical conductors and the insulation may be picked up by a tool and the contact areas may be connected to a circuit board by machine.

Connecting device for flexible electrical connection of circuit boards

An electronic device, including a housing part having at least one closable opening and one plug-in part, the housing part accommodating a printed circuit board, which has at least one electrical and/or electronic component arranged thereon, and electrical contact elements, which are electrically connected to the plug-in part, and which have ends in the housing interior that run parallel to each other and protrude in the direction of the at least one opening, the ends being passed through contact openings of the printed circuit board and being connected conductively to the printed circuit board. To protect impact-sensitive and vibration-sensitive components, it is proposed to provide the contact elements, on a part of their length not inserted into the contact openings, with elastically deformable segments and to flexibly support the printed circuit board in the housing part by the contact element configured in this way, and, additionally, to connect it via damping elements at least indirectly to the housing part.

Electronic device

In a sensor and a method for manufacturing a sensor, a movable element is patterned out of a silicon layer and is secured to a substrate. The conducting layer is subdivided into various regions, which are electrically insulated from one another. The electrical connection between the various regions of the silicon layer is established by a conducting layer, which is arranged between a first and a second insulating layer.

Method for manufacturing a sensor

Sensor and method for manufacturing a sensor

In an angular velocity sensor, an acceleration sensor is arranged on a resonator formed of a multilayer substrate and attached to a resonating bar. The multilayer substrate includes a top silicon layer, an insulating sacrificial layer arranged below the top silicon layer, and a bottom silicon layer arranged below the insulating sacrificial layer. An excitor causes the resonator to vibrate while a limit stop, configured out of the multilayer substrate, limits the movement of the resonator.

Growing community of inventors

Reutlingen, Germany

Juergen Kurle