Mahle International Gmbh

Leszek Goerlich

Stefan Ruppel

Yakup Özkaya

Yakup Oezkaya

Andreas Enderich

Nic Sautter

Niklas Kull

Hartmut Sauter

Robert Dunsch

Siegfried Deiss

Ulrich Hütter

Harald Rieger

Dimitri An

Jan Scheffel

Edgar Ammon

Frank Rohde

Andreas Grau

Sebastian Barthelmess

Corinna Krampe

Harmut Sauter

Christoph Lohre

Julius Aktas

Jochen Friz

Ulrich Wiesner

Stefan Fleck

Dr Hartmut Sauter

Benjamin Brombach

Yakub ÖZkaya

A cylinder head cover for a cylinder head of a piston engine may include a cover body for mounting on the cylinder head. The cover body may include a cover body section and a first longitudinal side edge disposed opposite a second longitudinal side edge. An outer cover seal may seal off the cover body from the cylinder head and extend completely around along an outer edge of the cover body. A securing bridge may be fitted over the cover body on an outer side along the cover body section from the first longitudinal side edge of the cover body to the second longitudinal side edge.

Cylinder head cover

A separation device for separating contaminates from a gas flow may include a raw chamber receiving a contaminated gas and a clean chamber out of which a treated gas exits. A dividing wall may separate the raw chamber from the clean chamber. The dividing wall may include a perforated region defining a plurality of passage openings. The gas flow may be communicated from the raw chamber to the clean chamber via the plurality of passage openings. A gas-permeable separation structure may be arranged on a wall outlet side of the dividing wall facing the clean chamber. The separation structure may separate contaminates from the gas flow when subjected to a through flow.

Separation device for an aerosol stream

A vehicle may include an internal combustion engine having a crankcase and a crankcase ventilation device. The crankcase ventilation device may have at least one oil separating device and an oil return that feeds separated oil back to the crankcase. The vehicle may include a conveying device for driving a fluid other than blow-by gas. The conveying device may also drive the blow-by gas in the crankcase ventilation device.

Crankcase ventilation device

A combustion engine, in particular that of a motor vehicle, includes a ventilation device for feeding gases of a crankcase of the combustion engine enclosing at least one crankshaft to an air feed of the combustion engine, wherein the air feed feeds an airflow rate to the combustion engine. An adapter device may fluidically connect a full load path of the ventilation device to a full load line of the ventilation device and a part load path of the ventilation device to a part load line of the ventilation device.

Internal combustion engine

The present invention relates to a device for venting a crank space in an internal combustion engine () having a suction device () for sucking out blow-by gases from the crank space () and having a venting line () which leads from the crank space () to the suction device () and in the course of which a throttle device () or a pressure regulating element () is arranged in order to bound a partial pressure which is generated by the suction device () in the crank space (). It is essential to the invention here that an oil mist separator () which is embodied as an impactor is integrated into the throttle device () or into the pressure regulating element ().

Device for venting a crank space

A pressure control valve including a valve housing having a first opening and second opening. The valve housing including a valve member configured to control gas flow between the first opening and the second opening. The valve member is supported by a first membrane and a second membrane, both of which are formed on a single-piece membrane body.

Pressure control valve

A crankcase ventilation oil mist separator system, comprising: a first separator unit, which has at least one filter body arranged in a blow-by gas path such that blow-by gas flows through the body; a second separator unit which is arranged in a bypass path that bypasses the first separator unit; and a bypass valve which opens the bypass path when a differential pressure in the first separator unit exceeds a predefined value, wherein the second separator unit is an impactor separator.

Oil mist separator

The invention relates to a device for separating a gas-liquid mixture, in which the liquid portion exists in the form of small particles, especially for ventilating a crankcase of an internal combustion engine, by separating and coagulating the liquid particles on a target area. The liquid mixture, after acceleration in acceleration openings provided for this purpose, impacts the target area at an approximately right angle. The aim of the invention is to improve the aforementioned device in such a manner that it allows as high a degree of separation as possible for different sized volume flows of mixtures. For this purpose, the number and/or the cross-sections of the acceleration openings is varied, depending on the volume flow of mixtures, between a small complete cross-section for a low volume flow and a large complete cross-section for a large volume flow.

Device for separating a gas-liquid mixture

Growing community of inventors

Leonberg, Germany

Leszek Goerlich