Electrical device arrangement, in particular for an item of furniture, with a bus device and bus subscribers, and a method for controlling such electrical device arrangement

1. An electrical device arrangement for a bed, comprising:

a bus device having wirelessly configured control paths, and

bus subscribers connected to the bus device, wherein at least one of the bus subscribers is an operating unit comprising a memory for storing control parameters and a control program and at least one of the bus subscribers is a controller of a furniture drive for height adjusting of at least one part of the bed,

wherein the operating unit includes a keyboard comprising a touch screen as an input unit, said keyboard being integrated in a mobile phone and configured to receive manual input that defines data, wherein the data is transmitted via at least one of Bluetooth, DECT and WLAN for controlling the furniture drive, said controller of the furniture drive receiving said data and controlling the furniture drive directly with the data without prior storing of the data and substantially concurrent with the manual input, said data comprising data packets which include a respective address of any of the at least one of the bus subscribers as an address byte, a command byte and a check byte,

wherein the at least one bus subscriber configured as the operating unit is adapted to apply signals, the signals being adapted to change an operating state of any of the bus subscribers between an active operating state and a passive operating state or an energy-saving operating state.

2. The arrangement as claimed in claim 1 , wherein the operating unit includes a program controlling the bus device.

3. The arrangement as claimed in claim 1 , wherein the operating unit operates as a bus master.

4. An electrical device arrangement for a bed, comprising:

a bus device having wirelessly configured control paths, and

bus subscribers connected to the bus device,

wherein at least one of the bus subscribers is an operating unit including a keyboard comprising a touch screen as an input unit integrated in a mobile phone and receives manual input and controls a furniture drive based on the manual input that defines data, said data comprising data packets which include a respective address of any of the at least one of the bus subscribers as an address byte, a command byte and a check byte,

wherein at least one of the bus subscriber is a controller of the furniture drive for height adjusting of at least one part of the bed,

wherein the at least one bus subscriber configured as the operating unit is adapted to apply signals, the signals being adapted to change an operating state of any of the bus subscribers between an active operating state and a passive operating state or an energy-saving operating state.

5. A method for controlling a device arrangement for a bed, the device arrangement comprising a bus device and bus subscribers connected to the bus device,

wherein at least one of the bus subscribers is an operating unit,

wherein the operating unit includes a keyboard comprising a touch screen as an input unit and that is integrated in a mobile phone, and

wherein at least one of the bus subscribers is a controller of a furniture drive for height adjusting of at least one part of the bed, the method comprising the steps of:

receiving with the operating unit manual input that defines data for controlling the furniture drive, wherein the data is transmitted via at least one of Bluetooth, DECT and WLAN;

classifying the at least one bus subscriber which forms the operating unit as a bus subscriber with a master function or as a further bus subscriber;

controlling another one of the at least one bus subscriber by the input unit;

transmitting the data wirelessly from the mobile phone over a control path of the bus device; and

controlling with the controller the furniture drive directly with the data without prior storing of the data and substantially concurrent with the manual input, said data comprising data packets which include a respective address of any of the at least one of the bus subscribers as an address byte, a command byte and a check byte.

6. The method as claimed in claim 5 , wherein the operating unit includes a program for controlling the bus device.

7. The method as claimed in claim 6 , wherein the program for controlling the bus device is configured to be updated.

8. The method as claimed in claim 5 , wherein the operating unit controls loads.

9. The method as claimed in claim 8 , wherein the loads include lamps.

10. The method as claimed in claim 5 , wherein the operating unit comprises an input unit for receiving control signals from transducers of the drive.

11. The method as claimed in claim 10 , wherein the control signals include a position measurement.

12. The method as claimed in claim 5 , wherein the operating unit comprises an output unit.

13. An electrical device arrangement for a bed, comprising:

a bus device, and

bus subscribers, wherein at least one of the bus subscribers is an operating unit comprising a memory for storing control parameters and a control program for controlling the bus device and wherein at least one of the bus subscribers is a controller of a furniture drive for height adjusting of at least one part of the bed,

wherein the operating unit is configured to control functions of the electrical device arrangement, wherein the operating unit includes a keyboard comprising a touch screen as an input unit and is integrated in a mobile phone and receives manual input that defines data,

wherein the data is transmitted via at least one of Bluetooth, DECT and WLAN for controlling the furniture drive, said controller of the furniture drive receiving said data and controlling the furniture drive directly with the data without prior storing of the data and substantially concurrent with the manual input, said data comprising data packets which include a respective address of any of the at least one of the bus subscribers as an address byte, a command byte and a check byte,

wherein the at least one bus subscriber configured as the operating unit is adapted to apply signals, the signals being adapted to change an operating state of any of the bus subscribers between an active operating state and a passive operating state or an energy-saving operating state.

14. The arrangement as claimed in claim 13 , the input unit is configured for receiving control signals from transducers of the furniture drive.

15. The arrangement as claimed in claim 14 , wherein the control signals include a position measurement.

16. The arrangement as claimed in claim 15 , wherein the operating unit compares an actual position of the furniture drive with desired comparison values and controls the drive according to the comparison.