Bsh Bosch Und Siemens Hausgeraete Gmbh

Bsh Bosch Und Siemens Hausgerate Gmbh

Bsh Bosch Und Siemens Hausger&auml;te Gmbh

Bsh Hausgerate Gmbh

Monika Zeraschi

Gunther Krieg

Uwe Has

Dan Neumayer

Markus Theine

Herbert Steiner

Bernd Stitzl

Wolfgang Beifuss

Peter Vetterl

Johann Huber

Peter Blumenthal

Andreas Marbach

Martin Thaler

Ingo Bally

Franz Gr&auml;tz

Günter Zschau

Matthias Sorg

Wolfgang Schnell

Marion Schneider

Franz Grätz

Susanne Stolz

Ernst Schweidler

Jose-Andres Garcia

Franz Fuchs

Tonoha Ramones

Erich Schewzow

Christoph Schmitt

Richard Beck

Eric Klemp

Leonhard Ott

Wilfried Brantsch

Stefan Harder

Janina Mehlert

Roman Schemmerer

Ingo Vormann

Armin Kiefer

Claudia Leitmeyr

Michael Reindl

Jens Sauerbrey

Peter Schuhbäck

Thomas Maier

A ceramic hob for a cooking appliance provided with a control device for controlling and/or adjusting a real temperature value on at least one part of a cooking plate arranged in a container for cooking by means of an associated heating device. The inventive ceramic hob comprises at least one temperature sensor for determining the real temperature value of a heatable part and at least one control element used for setting said temperature to a desired value, wherein a desired temperature value of the heatable part is assigned thereto. According to said invention several desired values can be assigned to one control element.

Ceramic hob

In a cooktop with a cooktop panel, beneath which at least one heating element is disposed for heating up a cooking vessel to be placed on the cooktop panel, and with a temperature sensor for sensing the temperature of the cooktop panel, which temperature sensor is in heat-conducting contact with the underside of the cooktop panel within the heating element and is connected to a control unit for controlling the heating power of the heating element, to simplify assembly/fitting, the invention provides a heat-conducting element within the heating element in heat-conducting contact with the underside of the cooktop panel, and fastens the temperature sensor in this region to the heat-conducting element.

Cooktop with temperature sensor

A method and device for limiting and/or controlling the surface temperature of a hob having a ceramic cooking surface. The hob is heated by an energy source which includes a temperature limiter with a variable switching temperature. The switching temperature of the temperature limiter is varied during a cooking procedure according to a redetermined switching temperature-time profile.

Method and device for limiting and/or controlling the surface temperature of a hob

In a cooktop with a cooktop plate, in particular, made from glass ceramic, beneath which at least one heating element is disposed, for heating a cooking vessel to be placed on the cooktop plate, and having a temperature sensor for recording the temperature of the cooktop plate, which temperature sensor senses the temperature of the underside of the cooktop plate within the heating element and is shielded from the thermal radiation from a heating device of the heating element by insulating material, and is connected to a control unit for controlling the heating power of the heating element, to enable a good measurement accuracy to be achieved, the temperature sensor is in thermal contact with the underside of the cooktop plate by a thermally conductive element, and that the element and the temperature sensor are shielded from the thermal radiation of the heating device by insulating material.

In a cooktop having a cooktop panel, beneath which at least one heating element is disposed for heating up a vessel to be placed on the panel, and a temperature sensor sensing temperature of the underside of the panel within the heating element and connected to a control unit for controlling heating power of the heating element, to make assembly/fitting of the unit easier, the temperature sensor is fastened to an element extending from a region inside the heating element into a region outside the heating element, the element having a receiving portion inside the heating element for the temperature sensor and a fitting portion for fastening of the element, in particular, to the heating element, and/or a connection portion for connecting at least an electrical line from outside the heating element, which receiving portion lies radially offset laterally with respect to the fitting portion or connection portion.

A cooking appliance has a cooking space for receiving a product to be cooked. The cooking space communicates with a cooling-air feeding device and with a sensor module which is provided for sensing a infrared radiation of a surface area under measurement located in the cooking space. The sensor module is disposed at least partially in an air stream provided by the cooling-air feeding device. Impairment of the measuring quality by the air stream is prevented by an extraction device that is provided for extracting air from the cooking space. The extraction device and the feeding device define an imaginary straight line joining a mouth opening of the cooling-air feeding device on the cooking space side and a mouth opening of the extraction device on the cooking space side being at a distance from the surface area under measurement.

Cooking appliance with temperature sensor

Growing community of inventors

Traunreut, Germany

Monika Zeraschi