Voss Automotive Gmbh

Jenoptik Robot Gmbh

Norbert Terlau

Martin Lechner

Harald Hagen

Olav Borgmeier

Reiner Mitterer

Volker Kaminski

Frank Zenses

Jannis Serdaris

Josef Brandt

Günter Sieper

Frank Peters

Bernd Salomon-Bahls

Andreas Behrens

Martin Hoffmann

Bernhard Dohmann

Jörg Westmeier

Eberhard Kaiser

Christoph ProfDr Klein

Rainer Mitterer

A connector device having a housing part and a clamping ring arranged in the receiving hole and cooperating with an inner cone of the housing part to lock a plugged-in media conduit. An inner insertion piece is removably connected to a base piece and provided with the inner cone. The insertion piece has at least two radially elastic spring arms to enable removal of the conduit. Radially outward-protruding catching extensions of the spring arms engage catching holes for detaching purposes. A contamination seal is disposed in the region of free ends of the spring arms to circumferentially rest upon the media conduit. The catching extensions are disconnected from the sealing area via a deformation zone so that the radial detaching movement of the catching extensions is performed without being influenced by the contamination seal because the deformation zone is deformed.

Connector device for media conduits

A plug connector for pipelines, in particular pipelines made of plastic, having a housing part comprising, in two-part form, a receiving part for a retaining element and fluid seal; and a coupling part for coupling the housing part to an assembly, and can be sealed with respect to the assembly, characterized in that the housing part is divided in such a way that the receiving part can be sealed directly with respect to the assembly.

Plug connector for piping

A connection system for conduits, fittings or assemblies which are intended for carrying a fluid acted upon by a pressure (p), in particular for systems carrying carbon dioxide. The connection system comprises a first coupling part such as a housing part, a second coupling part such as a plug part, and is capable of being introduced into the first coupling part along an axis. At least one gas-permeable circumferential seal is arranged in a groove in one of the two coupling parts. One coupling part is capable of being plugged with a shank into a round receiving orifice of the other coupling part. After plugging-in, the circumferential seal seals off a gap between the outer radius of the shank and the inner radius of the receiving orifice.

Connection system

A receiving part of a fluid plug-in coupling is provided, including a socket housing having a plug-in opening for a plug part and having a retaining device for releasably fixing the plugged-in plug part in place. The retaining device has a retaining element mounted in the socket housing and radially elastically deformable retaining sections for latching engagement behind a radial retaining step of the plug part. A release element is secured in an axially displaceable manner relative to the socket housing via latching means. The release element engages by means of an inner release section the plug-in opening and acts against the retaining sections of the retaining element. A securing element is provided such that the release element is blocked in a secured position agains a release movement and is unblocked in an unblocked position for a release movement. The securing element and the release element are preferably rotatable about the coupling axis relative to each other between the secured position and the unblocked position.

Receiving part of a fluid plug-in coupling

A receiving part of a fluid plug-in coupling is provided. The receiving part comprises a socket housing having a plug-in opening for a plug part and a sealing arrangement, which is arranged in the socket housing, for the plugged-in plug part. In this case, the sealing arrangement is fixed axially in the removal direction of the plug part by a closing bushing, and the closing bushing is secured directly in the socket housing via a locking portion.

Growing community of inventors

Kürten, Germany

Norbert Terlau