Robert Boschgmbh

Martin Winkler

Bernd Lutz

Andreas Weh

Matthias Mayr

Chris Anderson

Rene Schepp

Martin Hagspiel

Stefan Kaserer

Klaus Lerchenmueller

Eduard Maiterth

Thomas Weitze

Michael Hilden

Stephan Knackert

Ingo Buchenau

Bernd Kellner

Robert Remus

Gerold Kohlberger

Rainer Gumpinger

Michael Rambow

Sven Fleischer

Axel Kiersten

Joachim Domat

Thorsten Schelldorf

Silas Dehlwes

Matthias Maidel

Martin Benda

Ralf Walcher

Stephan Roeger

Enrico Belmonte

A braking force generator for an actuation device of a brake system. The braking force generator includes a movably supported actuator element, an electric motor which is designed to move the actuator element, a controller for controlling the electric motor, a movably supported input rod which is coupled or can be coupled to a brake pedal, a displacement sensor which is assigned to the input rod and has a transmitter and a receiver, and a communication path which is electrically connected to the receiver at one end and to the controller at the other end. The displacement sensor is arranged so as to be covered by the controller and/or adjoin the controller in plan view of the braking force generator, the viewing direction in said plan view corresponding to the movement direction of the actuator element.

Braking force generator for an actuation device of a brake system, actuation device for a brake system

The disclosure relates to a sensor assembly, having a housing, which has a cylindrical depression with a lateral wall which is closed in the circumferential direction of the depression, and having a cover which is assigned to the depression and bears at least one sensor unit, the cover having a cylindrical insertion portion which is partially inserted axially into the depression so that it is radially opposite the lateral wall at least in some regions, and the insertion portion being held axially in the depression by means of an interlocking connection. According to the disclosure, the interlocking connection has an elastically deformable C-ring, which is arranged coaxially with the insertion portion and is held axially between a first axial stop of the insertion portion on one side and a second axial stop of the lateral wall on the other side.

Sensor assembly, actuation device for a brake system

A nut of a helical gear of a piston pump of a hydraulic vehicle power brake system. The nut has a plastic body that is covered by a metal sleeve. The plastic body has a through hole having a nut thread.

Piston pump having a helical gear as a power brake pressure generator of a hydraulic vehicle power brake system

A sensor arrangement has a support component, a sensor element with at least two terminals, at least two plug contacts and at least two connection elements for electrically connecting the connection elements to the control contacts. The support component receives the sensor element with at least two terminals and the at least two plug contacts. Connection elements are positioned and spaced apart from one another in the support component by means of spacer elements and separator elements. The disclosure also relates to a corresponding production method.

Sensor system and method for producing a sensor system

A non-return valve for a solenoid valve includes a non-return valve seat and a movable closure element. The valve seat is arranged at an edge of a fluid channel. The movable closure element is configured to carry out a direction-orientated throughflow and sealing function. The closure element includes a sealing cone, an abutment base, and a resilient sealing ring. The sealing ring is arranged between the abutment base and the sealing cone. The abutment base forms, in the event of sealing, a support face for the resilient sealing ring. At an edge of the non-return valve seat there is a first support face which in the event of sealing forms with a second support face which is formed at the outer edge of the abutment base in the direction of the non-return valve seat a mechanical axial stop for the movable closure element.

Non-return valve for a solenoid valve and associated solenoid valve

An electrical plug device is configured for the connection of a magnet coil and/or of a sensor element to a contact partner of a counterpiece cooperating with the electrical plug device. The electrical plug device has at least one first portion, which comprises the magnet coil and/or the sensor element and at least one electrical contact element. The magnet coil and/or the sensor element and the at least one electrical contact element of the first portion are non-detachably interconnected. The electrical plug device also has a second portion, which is produced separately from the first portion and is type-specific in relation to the counterpiece. The second portion is joined to the first portion and surrounds the electrical contact element, at least in part.

Electrical plug device for connection of a magnet coil and/or of a sensor element

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Sonthofen, Germany

Martin Winkler