Bsh Hausgerate Gmbh

Matthias Vogt

Kerstin Rigorth

Sebastian Sterz

Markus Kuchler

Max Stief

Andreas Kaiser

Sebastian Matzinger

Christian Böttcher

A household microwave appliance includes a rotary antenna having a plurality of wings rotatable about a common axis of rotation, with a relative angle between at least two of the plurality of wings being adjustable in a motor-driven manner about the axis of rotation.

Domestic microwave device with rotary antenna

A microwave household appliance with at least one microwave source for generating microwaves, at least one microwave antenna for irradiating the microwaves in a treatment room and a control device for controlling the microwave household appliance based on quantized microwave parameters.

Operating a domestic microwave appliance

A household appliance includes a treatment chamber for treating material, a pattern luminaire designed to radiate a light pattern into the treatment chamber, an image sensor directed into the treatment chamber for capturing the light pattern reflected from the treatment chamber, and a motor operably connected to the pattern luminaire for rotating the pattern luminaire into different angles of rotation so as to enable the household appliance to determine at least one item of contour information from material irradiated by the light pattern from at least two reflected light patterns associated with different ones of the angles of rotation of the pattern luminaire.

Domestic appliance and method for determining contour information of material

A household microwave appliance includes a cooking chamber exposable to microwaves. A mode variation apparatus modifies a field distribution of the microwaves in the cooking chamber, and a microwave leakage sensor detects a microwave leakage radiation exiting from the cooking chamber. The household microwave appliance is designed to vary setting values of the mode variation apparatus, and to set an operating point of the mode variation apparatus based on a quantity of measurement data of the detected microwave leakage radiation resulting from a variation.

Household microwave appliance having mode variation apparatus

A cooking appliance includes a cooking chamber wall delimiting a cooking chamber and including an opening, and a motor-movable changing device arranged outside the cooking chamber and including at least two sensor units for detecting a property of the cooking chamber. The changing device can be set in such a way by motorized movement that one of the at least two sensor units can be positioned in front of the opening at a time for detecting the property of the cooking chamber through the opening.

Cooking appliance having sensor units arranged outside the cooking chamber

In a method for treating food in a food handling device with a parameter configuration a measured value distribution of a surface property of the food is determined after expiration of the period of time by means of a sensor. A pattern of change is calculated from a comparison of the p-th measured value distribution with a measured value distribution determined previously. An assessment value Bq which represents a difference between a deviation of a target distribution from the measured value distribution and a deviation of the target distribution from a prediction pattern is calculated for all patterns of change stored hitherto. The prediction pattern is formed by superimposing the measured value distribution with the respective pattern of change, and the parameter configuration is set for which the assessment value Bq meets at least one predetermined criterion.

Method for operating a domestic cooking appliance and domestic cooking appliance

A microwave cooking appliance includes a door which covers a loading opening of a cooking chamber when closed, and has a profiled trap structure to form with an electrically conductive door flange a lambda quarter-wave trap that frames the loading opening. The trap structure includes a metal choke profile with an open face opposite the door flange, inner and outer metal tongues protruding into the open face laterally on an inside and outside, respectively. The metal tongues are connected electrically to the choke profile and separated from one another by a microwave entry slot covered by a microwave-transparent cover. The choke profile is framed laterally on the outside by a parallel overlap region which protrudes from the door flange and has a cover surface facing the door flange at a distance and made of electrically conductive material and having a same shape as a door flange region it covers.

Growing community of inventors

Obersulm, Germany

Matthias Vogt