Miele & Cie. Kg

Volker Backherms

Stefan Tiekoetter

Dominic Beier

Stefan Naumann

Hermann Karagözoglu

Holger Ernst

Meike Garben

Helge Nelson

Timo Bangrazi

Stephan Krug

Stefan Tiekötter

Tobias Hasenfuhs

Dennis Walfort

Bastian Michl

Sonja Schöning

Michael Voß

A method for operating a cooking appliance having at least one cooking chamber for preparing food includes detecting high-frequency data during a cooking process using at least one high-frequency measuring system. The method further includes deriving at least one cooking parameter characterizing the food from the high-frequency data using at least one processing system. The high-frequency data is processed using at least one self-learning model of machine learning stored in the processing device. The processing device independently derives the cooking parameter from the high-frequency data via the model.

Method for operating a cooking appliance, and cooking appliance

A method for operating a door-opening mechanism of a household appliance includes: providing a first signal using a door-opening sensor; providing a second signal using the door-opening sensor; and providing a third signal using the door-opening sensor. A total signal is calculated based on the first, second and third signals so as to determine a spatial direction from which a signal source originates.

Method for operating a door-opening mechanism of a household appliance

A household appliance includes a door, an opening drive configured to move the door from a closed position into an at least partially open position and a door-opening sensor coupled to the door. The door opening sensor is configured to recognize an acoustically expressed door-opening command and includes a three-axis sensor.

Household appliance without a handle

Growing community of inventors

Osnabrueck, Germany

Volker Backherms