E.g.o. Elektro-geraetebau Gmbh

E.g.o. Elektro-Gerätebau Gmbh

Michael Eberle

Christian Egenter

Michael Rupp

Stephane Lomp

Jörg Bögel

Steffen Lang

Timo Dalaker

Michael Stoeffler

Hartmut Friedrich

Wolfgang Mohr

Thorsten Grunow

Michael Stöffler

Stefan Lindenfelser

An induction hob has a hob plate, a plurality of induction heating coils arranged under the hob plate and a plurality of sensor coils arranged under the hob plate. The induction heating coils are rectangular, wherein at least two induction heating coils are arranged one behind the other and at least three induction heating coils are arranged one next to the other. Two adjacent induction heating coils form an adjacent region with one another in which the two induction heating coils lie with their adjacent sides. At least one sensor coil is arranged in each adjacent region, wherein precisely a single sensor coil is provided in a spacing direction from the one induction heating coil to the adjacent induction heating coil.

Induction hob and method for controlling an induction hob

The disclosure herein provides for transmitting data from an induction heating device to a receiver of an inductively heatable cooking vessel. The induction heating device may include a resonant circuit with an induction heating coil and a converter that may generate a control voltage (UA) from an AC mains voltage (UN) with a control frequency. The resonant circuit may be applied with a control voltage in order to generate an alternating magnetic field for heating the cooking vessel. The data to be transmitted to the receiver may be encoded using the the control frequency.

Method for transmitting data, induction heating device, inductively heatable cooking vessel and system

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Oberderdingen, Germany

Michael Eberle