Mahle Filtersysteme Gmbh

Other

Horst Schneider

Hans Waibel

Hans Gebert

Kay Brodesser

J&uuml;rgen Stehlig

G&uuml;nter Kachler

Hans Jensen

R&uuml;diger Walter

Hans-Peter Drespling

Jim Siekmann

Claude Gebler

Hans Peter Drespling

A method for sealing the cut edges which result when filter material is cut from a zigzag-shaped starting material is provided. The filter material area situated within an outer casing is at least partly interspersed with fine particles which are present therein in an unbound state. A cutter blade separates the filter material, which during the cutting process rests against an anvil, by exerting pressure which acts approximately perpendicularly on the material to be separated. According to the method, the severance cut takes place in an area which shortly prior to carrying out the severance cut has been impregnated with a liquid which is solidifiable under pressure.

Method for sealing the cut edges of web-shaped filter material

The invention relates to a method for linking a first plastic component ( ) with a second plastic component ( ). According to the inventive method, the first component ( ) is introduced into an injection mold with at least one connecting section ( ) at which the link with the second component ( ) is to be established. The second component ( ) is formed by injection-molding plastic material onto the connecting section. A surface of the connecting section ( ) is at least partially covered by the plastic material of the second component ( ). At least one of the components may consist of a plastic material that requires only a relatively narrow temperature range to be moldable in the molten state. At least one binder body is formed at the surface intended to be covered by the injection-molded plastic material which binder is firmly linked with the surface. Said binder melts when contacted with the heat energy of the injection-molded plastic material and fuses with the injection-molded plastic.

Method for linking two plastic components

A filter body of an air filter, comprising a cylindrical filter member with an end disk on at least one axial end. This end disk comprises a radially effective seal which is arranged radially in relation to the arrangement on a sealing surface when the filter body is mounted in a filter housing. This end disk also comprises a supporting section which extends, relative to the filter member, in a ring shaped manner on the axially outer side of the end disk. This supporting section is designed to be axially elastic. When the filter body is mounted in a filter housing, this supporting section is supported by a support contour formed on the filter housing and extending parallel to the end disk. In this case, the filter body can be axially positioned in the filter housing.

Filter body of a fluid filter, especially an air filter

A ring-shaped filter element through which material can flow radially. Web material as is provided filter material which is folded in a zigzag shape and sealingly connected at its longitudinal sides relative to a ring-shaped end plate. The end plate is formed of a first area made of a first material, and extends peripherally and not covering a radial inner and/or outer edge area. A second area forms this edge area and is designed for a seal-tight placement onto a connecting part, of a second material. The ring-shaped filter element contains a second area having a second material which is foamed simultaneously onto the web material of the first material already connected fixedly with the web material.

Ring-shaped filter element including an annular end plate and a foamed elastic sealing ring

The invention describes a plastic embodiment for a suction system, whereby various configurations of said embodiment can be produced at low cost. According to the invention, a modular structured suction system is created. Said system comprises a plastic air distributor module which can be connected to an air feed pertaining to an internal combustion engine; several plastic, single-pieced suction pipe modules, whereby one end of the suction pipes is joined to the air distributor module and the suction pipes are respectively allocated to a combustion chamber of the internal combustion engine; in addition to at least one plastic single-pieced flange module that is connected to the other end of the suction pipe of at least one suction pipe module and which can be secured to the internal combustion engine.

Suction system for an internal combustion engine

A device for an arrangement inside a fuel tank, provided with pumps and filters for supplying and filtering fuel that is fed to an internal combustion engine, whereby the fuel is conveyed from the bottom area of the tank through a first filter into a collector chamber and fuel is conveyed from said collector chamber by means of a second pump through a second filter to the internal combustion chamber. Both pumps are arranged in a pump unit. The collector chamber is arranged vertically above the pump unit and the filter with respect to the fitting position of the device and is embodied as an open overflow container, whereby the inventive device can be produced in a rational manner and offers good functionality.

Device for an arrangement inside a fuel tank for supplying and filtering fuel

The invention relates to a plate filter element for an air filter comprising a zigzag-shaped, folded strip material made of an activated carbon nonwoven material. The aim of the invention is to improve the dimensional stability of the activated carbon nonwoven material, especially in the area of an end fold. To this end, the invention provides that an end fold of the strip material comprises a sealing which is formed by gluing or fusing an upper side with an underside of the activated carbon nonwoven material.

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Waiblingen, Germany

Horst Schneider