Robert Boschgmbh

Igor Orlandini

Werner Herden

Juergen Raimann

Pascal Woerner

Martin Weinrotter

Ronald Ritter

Reinhard Pfendtner

Patrik Hartherz

A method for manufacturing a spark plug electrode system including a ground electrode and a center electrode, which are connected to each other by a joining area, formed from a one-piece spark plug electrode base body made up of spark plug electrode material.

Method for manufacturing a spark plug electrode system and a spark plug, spark plug electrode system, and spark plug

A laser spark plug, e.g., for an internal combustion engine of a motor vehicle or a heavy-duty gas engine, has an antechamber for receiving an ignitable medium and a combustion chamber window which separates the antechamber from a part of the laser spark plug facing away from the combustion chamber. At least one flow-guiding element is provided in the antechamber and is situated in such a way that it deflects a fluid flow, which occurs in the antechamber and moves toward the combustion chamber window, into a radially inner direction.

Laser spark plug

A device and a method for treating the exhaust gas of an internal combustion engine are proposed, comprising an ozone reactor for supplying ozone to the exhaust gas at a delivery location (), an oxidation reactor () for the at least partial oxidation of nitrogen oxides and/or hydrocarbons being positioned upstream from the delivery location (), the oxidation reactor being active independently of the operating state of the internal combustion engine, especially also at the exhaust-gas temperatures prevailing at the start or during the warm-up phase of the internal combustion engine.

Device and method for exhaust-gas treatment

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Stuttgart, Germany

Igor Orlandini