Control device for a modular hob system

1. A fume extractor apparatus, comprising:

a downdraft extractor fan comprising an integrated control device for a molecular hob system, the integrated control device comprising:

at least two interfaces for connecting modularly configured hobs;

at least one signal connection for controlling the fume extractor apparatus, wherein the control device is integrated into the fume extractor apparatus to form an assembly unit with the fume extractor apparatus, the control device being automatically adapted to at least one hob and the fume extractor apparatus connected to the control device; and

a user interface with a screen, wherein a display of the screen is adapted to the at least one hob and the fume extractor apparatus.

2. The fume extractor apparatus as claimed in claim 1 , wherein the at least two interfaces for connecting hobs are different, the assembly unit being configured to be arranged between one of the modularly configured hobs and another one of the modularly configured hobs.

3. The fume extractor apparatus claimed in claim 1 , further comprising at least one user interface having at least one of a touch-sensitive screen and a removable operating knob, which has different functionalities depending on a relative position of the removable operating knob with respect to the control device.

4. The fume extractor apparatus as claimed in claim 1 , further comprising at least one user interface having at least a touch-sensitive screen, the touch-sensitive screen comprising redundant hardware components comprising at least one of a multiply present touch-sensitive sensor arrangement and multiply present evaluation units in order to reliably identify control inputs.

5. The fume extractor apparatus as claimed in claim 1 , wherein the control device comprises a splash-tight and/or dust-tight and/or liquid-tight housing.

6. The fume extractor apparatus as claimed in claim 3 , wherein the at least two interfaces are configured independently of one another for one of controlling any of the components connected to the control device and a portion of components connected to the control device reduced by comparison with a total number of components connected to the control device, the components comprising at least one of the at least one hob and the fume extractor apparatus.

7. The fume extractor apparatus as claimed in claim 1 , wherein the control device is configured as an encapsulated module having a dedicated housing.

8. The fume extractor apparatus as claimed in claim 1 , further comprising at least one of internal sensors and external sensors connected to the at least two interfaces.

9. The fume extractor apparatus as claimed in claim 1 , wherein the control device is configured for automatically identifying components connected to the at least two interfaces and one of the control device is configured to detect a signal-based coding and the control device has structurally individual connection geometries of the at least two interfaces.

10. A modular hob system, comprising:

at least one fume extractor apparatus comprising:

at least two interfaces for connecting modularly configured hobs;

at least one signal connection for controlling the at least one fume extractor apparatus, wherein the control device is integrated into the fume extractor apparatus to form an assembly unit with the fume extractor apparatus, the control device being automatically adapted to at least one hob and the at least one fume extractor apparatus connected to the control device; and

a user interface with a screen, wherein a display of the screen is adapted to the at least one hob and the at least one fume extractor apparatus;

at least one hob.

11. The modular hob system as claimed in claim 10 , further comprising another hob, the assembly unit being arranged between the at least one hob and the another hob, wherein the at least one control device is configured for controlling the at least one hob, the another hob and the at least one fume extractor apparatus.

12. The fume extractor apparatus as claimed in claim 2 , wherein the at least two interfaces for connecting hobs are different with regard to mechanisms of the at least two interfaces for energy transmission.

13. The modular hob system as claimed in claim 10 , wherein the at least one hob has one of an electronic component for signal-based coding and a structurally individual connection geometry for automatic identification by a control device.

14. The modular hob system as claimed in claim 11 , wherein the at least one hob has one of an electronic component for signal-based coding and a structurally individual connection geometry for automatic identification by a control device.