A. Raymond Et Cie

Martin Kurth

André Bülau

Christian Fräulin

Oliver Laux

Martin Büsch

Stefan Schulz

Heinz Kück

Volker Mayer

Sebastian Blum

Johannes Gebhardt

Marc Schober

Till Eric Ruffing

A device for anchoring at least one fastening element in a laminate structure having at least two layers comprises a fastening element, and a carrier assembly on which the fastening element is mounted. The carrier assembly is designed with a protruding rib structure which radially outwardly surrounds the fastening element, resulting in a transmission of force into the laminate structure that is conducive to long-term stability of the anchoring.

Device for anchoring at least one fastening element in a laminate structure having at least two layers

An electric resonant circuit is provided in a receiving part of a coupling for a fluid line, the resonant circuit interacting with a tuning device in a contactless manner. In an intermediate position of an insert part, which differs from a closed position, the resonant circuit has a resonant frequency that differs from the characteristic closure frequency, and in the closed position the resonant circuit has the characteristic closure frequency. The tuning device acts on the inductance of the electric resonant circuit. An acting part is provided that mechanically acts on the coil when the insert part is inserted into the receiving part such that the shape of the coil in the closed position differs from the shape of the coil in the intermediate position.

Receiving part of a coupling for a fluid line

A fluid conduit element having a measurement apparatus receptacle is configured to receive a sensor unit wherein there is an insert sleeve which reaches through a receptacle gap designed in a carrier base and connects a flow channel to the sensor unit. The insert sleeve is sealed against the measurement apparatus receptacle by a sealing unit, The design is characterized by a relatively simply and operationally securely effected assembly.

Fluid conduit element

The invention relates to a coupling for a fluid line, wherein an oscillating circuit () is present for detecting a properly closed position of an inserted part (). A tuning device () is further provided, by means of which the resonant frequency of the oscillating circuit () can be influenced such that the resonant frequency corresponds to a characteristic closure frequency only in the closed position of the insertion part (). The proper arrangement of the insertion part () in the closed position can thereby be detected without contact.

Coupling for a fluid line

The device for receiving oblong objects comprises a bottom wall () and a receiving element () having two bordering walls () facing each other. A cover element () is mounted on the receiving element () so as to be pivoted by means of a border hinge () and can be linked with the receiving element () by means of a closure system () facing the border hinge (). The cover element () has at least three cover sections (). Between adjacent cover sections (), a center hinge () is configured. The closure system () allows for a number of closure positions that corresponds to the number of center hinges () and in which the cover sections () are spaced apart from the bottom wall at different distances. The same design of the inventive device can therefore be used in different environments of assembly.

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Kandern, Germany

Martin Kurth