Truma Geratetechnik Gmbh & Co. Kg

Truma Geraetetechnik Gmbh & Co. Kg

Kai Armesto-Beyer

Peter Wickelmaier

Michael Weber

Michael Fechner

Wolfgang Muselmann

Craig Hawthorne

Markus Jäger

Elmar Ströhle

Uwe Wöllert

Josef Brandtner

Example embodiments relate to a gas-pressure regulator having an inlet, an outlet, a housing, a diaphragm, a control element, a control chamber and a discharge chamber. The inlet and the outlet each open onto the control chamber, wherein the diaphragm partially delimits the control chamber. The diaphragm and the control element are movable relative to each other, wherein a passage between the control chamber and the discharge chamber is open in a relative discharge arrangement of the diaphragm and the control element. An adjustable biasing element impedes a relative movement between the diaphragm and the control element.

Gas-pressure regulator

Example embodiments relate to a gas-pressure regulator having an inlet, an outlet, a housing, a diaphragm, a control chamber and a discharge chamber. The inlet and the outlet each open onto the control chamber, wherein the diaphragm partially delimits the control chamber. A passage between the control chamber and the discharge chamber is open in one position of the diaphragm. A movable limiting element limits a movement of the diaphragm in one direction.

This invention relates to a method of monitoring a burner () and/or a burning behavior of a burner () by means of a measured ionization signal. The invention consists in that the ionization signal is measured between an ionization electrode (') and a counter-electrode () spaced apart from a burner surface (′) of the burner (). Furthermore, the invention relates to a burner assembly.

Method of monitoring a burner and/or a burning behavior of a burner and burner assembly

Example embodiments disclose a valve seat that encloses a fluid passage for passage of a fluid from a fluid chamber, and a holding element that exerts a holding force on a valve body, the holding force acting in a direction towards a valve seat. In the event that the fluid acts on an effective surface of the valve body with a force or a pressure above a limit value, the valve body moves away from the valve seat. In the event that the fluid acts on an effective surface of the holding element with a force or a pressure above a limit value, the holding force acting on the valve body decreases. In doing so, the fluid acts on the holding element more strongly and/or earlier than on the valve body.

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Putzbrunn, Germany

Kai Armesto-Beyer