Contitech Mgw Gmbh

Contitech Techno-chemie Gmbh

Axel Flach

Harald Kreidner

Florian Kuhlhoff

Holger Fassl

Axel Bornemann

Klaus-Alexander Siegel

Ilja Makarenko

Julian Klose

Carsten Seegers

Julian Terpe

A reversibly detachable fluid-line coupling having a coupling sleeve, a locking component and a coupling plug. The locking component is in the form of a flat, open spring-steel ring has latching claws projecting radially into the interior of the spring-steel ring and distributed over the circumference of the spring-steel ring and has axially oriented support tongues, wherein, in the region of the coupling head, the locking component resiliently surrounds the coupling head and the latching claws project into the interior of the coupling sleeve through the slots in the coupling head and the support tongues of the spring-steel ring correspond to the support webs of the coupling head and in each case one support tongue is assigned to one support web.

Fluid line coupling

The invention relates to a fluid coupling () with tolerance compensation for the flexible connection of two media-conducting elements. The invention was based on the object of improving a fluid coupling () of the described type in such a manner that the use of complicated latching systems for transport can be omitted. This object is achieved in that the fluid coupling () has at least one transport securing device (), by means of which a separation of the components () of the fluid coupling () from one another prior to installation can be prevented.

Fluid coupling with tolerance compensation for the flexible connection of two media-conducting elements

A fluid line includes a resonator having an inner part and a blow-molded outer part defining an inner surface. The inner and outer parts are fixedly connected. The inner part is an injection-molded part having first and second radial collars spaced axially apart from each other. The inner part defines a radial circumference with a plurality of orifices formed therein. The inner and outer parts are axially one within the other so that there is no throughflow of secondary air between the first and second radial collars and the inner surface of the outer part. The inner and outer parts have a common end whereat they are airtightly connected to each other. The inner part, the radial collars and the inner surface of the outer part conjointly define two resonant chambers operatively connected to fluid in the fluid line via the orifices.

Fluid line having a resonator

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Bad Wildungen, Germany

Axel Flach