Mann+hummel Gmbh

Wabco Gmbh

Stephan Niemeyer

Peter Bauditsch

Guenter Jokschas

Jochen Linhart

Markus Beylich

Thomas Schleiden

Michael Harenbrock

Dieter Amesoeder

Heinz Dobusch

Christian Fischer

Ignitius Milomo

Pamela Gohl

Daniel Volkmer

Günter Jokschas

Alfons Alois Schwinghammer

Andreas Stephan

Andrew G L Blackwood

Thomas Wurster

Kevin Pendzich

Maximilian Bauch

Eugen Koch

Dieter Amesöder

Panagiotis Mavroidakos

Armin Jung

Carolin Marquardt

Jürgen Eberle

Friedrich Stolz

Andrew Blackwood

Richard Bernewitz

Marco Friedrich

Bernd-Oliver Buchner

Johannes Zwisler

Mark Paling

Günther Schwarz

Mark Wabco Automotive Uk Ltd Beacon Works Paling

An active material container for a functional housing has an air-permeable casing with an interior and an active material arranged inside the interior. One or more rim-side guide elements are arranged at the air-permeable casing and are provided to linearly slidably guide the active material container in an insertion direction in corresponding guide elements of a receptacle of the functional housing. The functional housing is preferably a battery housing.

Active material container, battery housing, and method for mounting the active material container in the battery housing

Disclosed is a desiccant cartridge () for drying and de-oiling a gaseous fluid, and a method for flow guidance within the desiccant cartridge. The desiccant cartridge and a housing () having positioned therein an inner pot () in which an oil separating medium () for oil particles contained in the fluid and a desiccant () for drying the gaseous fluid are arranged one after the other in the direction of the housing longitudinal axis (). The housing () has a housing base () having a centrally arranged inlet () for the fluid to be dried and de-oiled and having eccentrically arranged outlet openings () for the dried and de-oiled fluid. During normal operation of the desiccant cartridge (), the gaseous fluid guided into the desiccant cartridge () via the central inlet () is first guided in a flow through the oil separating medium () and then through the desiccant ().

Flow-optimized desiccant cartridge

An exchangeable filter has a filter housing, a filter element, and a connecting member arranged at a filter housing end face. A filter-associated connecting part of a connecting device detachably connects the exchangeable filter with a filter head of a filter device by a plug-in/rotary movement. A filter-associated locking part of a locking device locks the connecting device in a locked state automatically and releasably by the plug-in/rotary movement with a head-associated locking part of the locking device provided at the filter head. The filter-associated locking part has a latching section latching with a head-associated latching section of the head-associated locking part. The filter-associated locking part has a support section on a side of the filter-associated locking part facing away radially from the filter-associated latching section. The support section radially supports the filter-associated locking part relative to the circumferential section of the filter housing in the locked state.

Exchangeable filter of a filter device for fluid, filter device, and filter head of a filter device

A filter () for liquid has a filter housing () with at least one hollow filter element (). The filter element at least partially surrounded by a liquid guidance region (). At least one additive chamber () of an additive dispensing device () is disposed on the side of the liquid guidance region () opposite the corresponding exterior side of the hollow filter element () by means of at least one partition (). The at least one partition has at least one dispensing port () by means of which the at least one additive chamber () can be fluidically connected to the liquid guidance region (). The at least one dispensing port () is closed with at least one closure element () at least in the original condition of the additive dispensing device (), this closure element being dissolvable by the liquid to be treated to release the at least one first dispensing port () during operation of the filter ().

Filter for fluids and an additive container for a filter

A seal arrangement for a housing for receiving a battery has a valve arrangement for compensating a pressure differential between an interior of the housing for receiving a battery and an environment outside of the housing for receiving a battery. A desiccant is provided for removing moisture from a gas contained in the interior or gas that flows into the housing for receiving a battery. A chamber is provided that is connected to the valve arrangement and that contains the desiccant, wherein the chamber and the valve arrangement are in gas-conducting communication with each other.

Filter element

An air dryer comprises an annular filter element () and a desiccant container () in a housing (), the end faces of the filter element () being closed by end plate-type elements. The desiccant container forms at least one end plate-type element.

Air dryer, in particular in a compressed air system in a commercial vehicle

The invention concerns a desiccant box for dehumidifying air, with a cylindrical outer housing (), a lid () that closes the outer housing, and an inner housing () to accommodate desiccant (). The lid () features at least one inflow opening () and at least one outflow opening (), the contour of the outer housing opposite the lid being curved. Moreover, another inner housing () is provided which is located in the area of the contour () and runs approximately along this contour, this inner housing being also filled with desiccant (), and the two inner housings (and) being connected to each other.

Desiccant box for dehumidifying air

Growing community of inventors

Steinheim, Germany

Stephan Niemeyer