Mann+hummel Gmbh

Tyco Electronics Amp Gmbh

Tyco Electronics Logistics Ag

Eric Gillenberg

Klaus-Dieter Ruhland

Herbert Jainek

Manfred Winter

Oliver Steins

Wolfgang Heikamp

Friedrich Kupfer

Johannes Lampert

Melanie Hirsch

Jens Gutekunst

Jens Hähn

André Rösgen

Otto Eppel

Hans-Michael Winter

Dietmar Klein

Johan Vanbesien

Sandra Poelloth

Marco Schilling

Richard Pawlik

Michael Winter

Sandra Pölloth

The invention relates to a filter system (), particularly for an internal combustion engine, comprising a filter element () having a filter medium () that in particular is folded in a star shape, the filter medium having a coaxial form, and having at least one end and sealing body () that is made from an elastic potting compound and is disposed on a front of the filter medium (). At least part of a support body () is embedded in the elastic potting compound of the end and sealing body ().

Filter system

The invention concerns a filter insert () that is provided as an exchangeable insert in an oil filter of an internal combustion engine, as well as a corresponding oil filter. The oil filter comprises a filter housing () separable along a separating plane () and the exchangeable filter insert (). Two housing parts () of the filter housing () are sealed relative one another along the separating plane () by means of a seal (). The seal () is captively secured on the filter insert ().

Oil filter, oil separator and filter insert thereof

A filter element has of a filter medium () folded in a zig-zag manner and designed in a tubular shape. End plates () are arranged on the filter medium end faces. End plate () has a concentric opening as well as a first annular ring () and a second annular ring (), and a sealing groove () arranged between the rings. A reinforcement plate () is arranged at the end plate and has an annular surface () extending in axial direction across folds of the filter element.

Filter element and filter system

Crankcase venting system comprising an oil separator arranged in a housing that separates the housing into an unfiltered air side and a filtered air side, wherein in the area of the unfiltered air side a valve is arranged that is comprised of a valve plate, a pressure spring resting against the valve plate, as well as a valve seat that is closed or opened by means of the valve plate, and wherein the valve is closed off by a lid that is locked or snapped in place.

Crankcase venting system

The invention relates to a filter element, consisting of a filter medium () that is pleated in a zigzag manner and has a concentric form, and an end disk () disposed on a front, and a second end disk () disposed on the opposite front, wherein the end disk () has a concentric opening () and extends substantially annularly across the pleats of the filter medium. The end disk () has a ring collar () extending radially toward the outside. The ring collar () has a seal () that surrounds the ring collar at least partially, wherein the seal has an axially extending region, which carries radially peripheral sealing lips (), and said radially peripherals sealing lips are supported in a groove () or in a housing wall () of a housing receiving the filter element.

Filter element having V-seal

The invention relates to a filter element consisting of a filter medium () that is pleated in a zigzag manner and has a concentric shape, and a first end disk () and a second end disk () disposed on an opposite front, wherein the end disk () has a concentric opening () and extends substantially annularly across the pleats of the filter medium. The end disk () has a ring collar () extending radially toward the outside. Said ring collar () has a seal () that surrounds the ring collar at least partially, wherein the seal has an axially extending region, which carries radially peripheral sealing lips (), and said radially peripheral sealing lips are supported in a groove () or in a housing wall () of a housing receiving the filter element.

Filter element having serrated seal

The invention relates to a filter element consisting of a filter medium () which is folded in a zig-zag manner and designed in a concentric shape. End plates () are arranged on the end sides of the medium. End plate () has a concentric opening as well as a first annular ring () and a second annular ring (), and a sealing groove () arranged between the rings. A reinforcement plate () is arranged in the area between the filter medium and the rings (). The end surfaces () of the rings () are supported by the grooves () of a filter element housing, the grooves running radially.

A filter element for separating a liquid from a gas stream, e.g. for de-oiling compressed air produced by an oil lubricated compressor, including an annularly closed filter medium and upper and lower end disks at the axial end faces of the annular filter medium, in which the lower end disk closes off an interior space formed by the filter medium, and a drainage tube extends into the interior space and is guided at the upper end disk by a preferably conical sealing element mounted on a support plate on the upper end disk such that when the filter element is installed in a container, the sealing element fits against and forms a seal with a cover of the container. The sealing element optionally has a hollow interior to facilitate compensation of tolerances in at least one of the x-direction and the y-direction.

Filter element with drainage tube

The circuit board edge connector described serves for connecting a first circuit board and a second circuit board adapted to be mated substantially vertically with said first circuit board, and is characterized in that that the part of the circuit board edge connector to be connected to the electrical connector located on one side of the second circuit board as well as the part of the circuit board edge connector to be connected to the electrical connector located on the other side of the second circuit board, are constituted by separate electrical connectors.

Printed circuit board connector

The invention describes an electrical connector having a multitude of adjacent contacts and side walls. At least part of the side walls are flexibly moveable, and the side walls are positioned so that they surround at least part of the contact element region. Because of the flexibility of the side walls, an electrical connector of this type can be connected to a second electrical connector under any circumstances and without any problems.

Growing community of inventors

Speyer, Germany

Eric Gillenberg