Robert Boschgmbh

Jens Maerkle

Harald Rapp

Manfred Burkart

Andreas Grimm

Heiko Buss

Robert Heitz

Ilya Kuperberg

Salvatore Formisano

Steffan Meier

Didier Weber

The invention relates to a control device having a casing, control electronics located in the casing, and at least one electrical feedthrough. By means of the electrical feedthrough, a current is provided for a load which is located outside the casing of the control device. The electrical feedthrough is located on the casing. The casing is fluid-tight at least in part, and the electrical feedthrough is located in a fluid-tight region of the casing. The electrical feedthrough has a metal core and an insulator surrounding the metal core. The metal core has an end face. A first bond is provided between the end face of the metal core and the control electronics, the first bond being laser-bonded at the end face.

Control device and manufacturing method

The invention relates to a windscreen wiper device having: at least one wiper blade adapter (); at least one wiper arm adapter (); and at least one electric connection unit () for electrically connecting at least one line element () of the wiper arm adapter () to at least one electric attachment element () of the wiper blade adapter (), wherein the wiper blade adapter () is mounted on the wiper arm adapter () via at least one bearing element (), in particular a bearing pin, of the wiper arm adapter () so as to be movable, in particular pivotable. According to the invention, the electric connection unit () comprises at least one electric connection element (), which is arranged on the wiper arm adapter () and is mounted via the bearing element () so as to be moveable, in particular rotatable or pivotable, at least relative to the wiper arm adapter ().

Windscreen wiper device and windscreen wiper having a windscreen wiper device

The invention relates to a contacting part () for a drive module (), comprising: a main body for providing contacting of a brush-commutated drive motor () by means of brushes; at least one supply line (), in particular a punched-grid line (), for electrically contacting the drive motor (); a circuit surface (), to which a conducting track is directly applied by means of an MID technique; and at least one component (), in particular a surface-mounted device (), which is electrically connected to the conducting track ().

Contacting part for a drive module, drive module, and method for producing a contacting part

Electric motor, as well as a brush mount component () for positioning of carbon brushes with respect to a commutator () of an electric motor (), having at least one attachment means () for fixing the brush mount component () on a printed circuit board (), with an earth contact plate () being mounted on the brush mount component () and being designed symmetrically with respect to the arrangement of the carbon brushes (). A method for production of an electric motor such as this is also described.

Brush holder component with ground contact plate

A housing part () for a drive unit, as well as a method and mold for manufacturing such a housing part, which housing part () is composed of a first component () and has a radial seal () formed onto it composed of a second, elastic component (), which has a radial sealing surface () for sealing a housing in a watertight fashion; the housing part () and radial seal () are produced by means of an injection molding process; at least one riser dome () is formed onto the radial seal () and extends from the radial sealing surface () in the axial direction ().

Housing part for a drive unit, as well as method and mold for manufacturing same

Drive device (), in particular to raise and lower windows in a motor vehicle, with an electric motor () featuring an armature shaft (), a printed circuit board () projecting out of an electronic housing (), a gearbox housing () and several guides () to spatially fix the printed circuit board () in the gearbox housing (), whereby different guides () interact with the printed circuit board () for different printed circuit boards () with different widths () and/or lengths and/or with different distances () to the armature shaft

Growing community of inventors

Buehl, Germany

Jens Maerkle