Robert Boschgmbh

Samir Mahfoudh

Thomas Kotlarski

Hubert Verelst

Guenther Riehl

Claudius Muschelknautz

Wolfgang Leutsch

Claus Kramer

Christoph Heier

Roland Bohn

Lars Sodan

Johannes Pfetzer

Reinhold Weible

Bernd Hein

Rainer Josef Berger

Tilo Koenig

Jerome Thiery

Sebastian Hansen

Udo Kaess

Erik Kinnaert

Alois Hils

Jacek Mendes

Joerg Schmid

Asli Arslan-Huerst

Dubravko Barkic

Markus Rudigier

Johann Braun

Bernhard Patrix

Guillaume Martel

Joern Merwitz

Anja Schoenemann

Dirk Taffe

A holder for fastening a unit, in particular a pump, to a motor vehicle, with a damping element and a fastening element which is connected to the damping element, wherein the damping element is connectable to the unit, wherein the fastening element comprises at least one limb and a connecting portion connected to the limb, wherein the limb is designed to stiffen the damping element at least in sections, wherein the connecting portion is connectable to the motor vehicle, wherein a thickness of the limb decreases with increasing distance from the connecting portion.

Holder for fastening a unit, in particular a pump, to a motor vehicle

It is known to mount an electric motor (), in particular a blower motor, with oscillation decoupling. The electric motor () has a motor housing (), in particular a pole housing, which has at least one connecting lug (), which protrudes radially from the motor housing () and on which a decoupling element () is fitted, via which decoupling element the motor housing () is supported on an outer housing (). In order to rule out the risk of a collision between the connecting lug () and the outer housing (), the invention proposes an apparatus for oscillation-decoupled mounting, in which the decoupling element () surrounds the connecting lug () in the form of a sleeve with a casing part (), wherein the casing part () is supported, via at least one web (), on an outer part (), which surrounds the casing part () in the form of a frame and is accommodated in the outer housing (), which is preferably formed in two parts. The apparatus for oscillation-decoupled mounting of an electric motor is intended in particular for blower motors of motor vehicle air conditioning systems.

Apparatus for oscillation-decoupled mounting of an electric motor, in particular a blower motor

In the case of a holder for fastening a unit (), in particular a pump, to a motor vehicle, with an annular damping element (), the inner region of which is provided for accommodating the unit () and which has, on the outside, a block-shaped fastening part (), under the upper side () of which a plate-like insert () which is designed for local reinforcement of the damping element () is arranged, it is proposed according to the invention that two opposite edges of the insert () each have a wing () running into the damping element (). This produces an increased, but limited local minimum rigidity of the holder.

A radiator frame () for a cooling module of an internal combustion engine, having a fastening element () for fastening the cooling module to/on/in a radiator of the internal combustion engine, the fastening element () having a retaining face (), by which the cooling module () can be locked in a translational and optionally a rotational direction, and an individual fastening element () has at least two retaining faces () in such a way that said fastening element () can be seated on mating faces at/on/in the radiator.

Radiator frame for a cooling module, and cooling module or cooling device for an internal combustion engine

A fan () comprises a fan hub (), fan blades () which are mounted on the fan hub (), and a drive motor having an outer rotor (), wherein the outer rotor () is arranged inside the fan hub (). The outer rotor () is arranged in the fan hub () in such a way that the outer rotor () is supported in a radially outward direction on the radial outer wall () of the fan hub (), by means of cooling fins () which are formed integrally with the fan hub ().

Fan module

The invention relates to a device () for connecting a wiper blade () to a wiper arm () of a windshield wiper in an articulated manner, which comprises a joining element (), which is joined in a fixed manner to the wiper arm (), and a connecting element (), which is joined in a fixed manner to a supporting element () of the wiper blade () and on which a plastic adapter () is pivotally mounted. The adapter () is fixed in the profile of the joining element (), said profile being open toward the connecting element (), by means of fastening means (). The invention provides that a filler piece () is placed in the joining element () on the side facing the wiper arm () following the adapter (). Said filler piece rests tightly against the inside walls of the joining element () and against the adjacent face of the adapter ().

Device for connecting a wiper blade to a wiper arm of a windshield wiper in an articulated manner

An electromagnetic switch is described as including a starter relay, in particular, for an electrical starter motor for controlling a starter pinion when starting an internal combustion engine, having a housing, an armature electromagnetically controllable therein, for controlling a control lever, and having a flexible protective cap which seals a transition from the housing to the armature, the protective cap being developed to be pot-shaped and having a pot floor and a pot opening, the pot floor having a circular opening having a thickened ring for the form-locking connection to the armature, and the pot opening being developed reinforced at its circumferential edge for the form-locking connection to the housing, the pot floor having a setpoint bending region, as seen in cross section. In order to create a small installation space, the protective cap has an arrangement or structure, on its inner wall, for connecting to the housing, which are able to be connected to the housing in a form-locking manner.

Electromagnetic switch for an E-machine

The invention relates to a wiper drive with a wiper arm receptacle () for mounting on an articulated window surface (). This window surface can be locked by means of a locking element (). The wiper drive () includes a cover part (), on which a wiper motor () and a gear () allocated to it are accommodated. A receptacle () for the locking element () is integrated into the cover part (). A securing element (), which is arranged between the surfaces () of the receptacle (), is accommodated on the locking element ().

Device to accommodate a latching element on a wiper drive

Shackle spring

Growing community of inventors

Buehl, Germany

Samir Mahfoudh