Riedel Communications International Gmbh

Riedel Communications Internaional Gmbh

Jake Dodson

Thomas Riedel

Stephan Schaaf

Hubert Sieben

Bernhard Hanisch

The invention relates to, among others, a communication station () for an intercom network (), comprising a plurality of operating elements () each of which are configured in the manner of a lever (), wherein a lever starting from an inactive middle position () is manually shiftable in a first direction () into a first switching position () or alternatively shiftable in a second direction () contrary to the first into a second switching position (), wherein the lever is biased toward its middle position. The special feature of the invention consists, among others, in that the lever comprises a rotatably mounted adjustment element () for changing a parameter.

Talk station for intercom network

The invention relates, inter alia, to a speech station () for an intercom network (), comprising an in particular parallepipedal housing (), with a housing front () and a rear housing side (), wherein a plurality of programmable operator controls () and multiple displays () are tightly packed on the housing front (), wherein the operator controls comprise a plurality of selector keys (), wherein the speech station as a result of a selector key being actuated by an operator provides a direct listen and/or talk connection to a selected other speech station () of the intercom network via a switching station (), wherein a plurality of connectors (), such as power-supply connector, data cable connector, BNC connector, are mounted on the rear housing side (), wherein at least one loudspeaker () is fixed on the speech station, wherein the loudspeaker is accommodated in a seat () between the housing front () and rear housing side (), offset to the rear () relative to the housing front (), and wherein the loudspeaker () has a sound exit surface () from which the sound is propagated to an opening () in the housing front (), wherein the opening has an opening cross-section () that amounts to only a fraction of the sound exit surface ().

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Wuppertal, Germany

Jake Dodson