Illumination assembly
An illumination assembly, comprising: at least one luminous means having at least one luminescence diode chip as light source, and at least one energizing means, which is connected to the at least one luminous means via a connecting line, wherein the energizing means is designed to energize the at least one luminous means. The energizing means comprises at least one filter element designed to filter signals which enter into the energizing means from a power supply for the energizing means and exit from the energizing means into the power supply.
1. An illumination assembly, comprising:
at least one luminous means having at least one luminescence diode chip as light source; and
at least one energizing means connected to the at least one luminous means via a connecting line;
wherein the at least one energizing means is configured to energize the at least one luminous means;
wherein the at least one energizing means comprises at least one filter element configured to filter signals which enter into the at least one energizing means from a power supply for the at least one energizing means and exit from the at least one energizing means into the power supply;
wherein the signals are control signals by which the at least one luminescence diode chip of the at least one luminous means is operable; and
wherein the connecting line carries an electrical current for energizing the at least one luminous means and carries the control signals for controlling the at least one luminous means.
2. The illumination assembly according to claim 1 , wherein the filter element comprises at least one low-pass filter.
3. The illumination assembly according to claim 2 , wherein the at least one energizing means is configured to impress the signals on the connecting line.
4. The illumination assembly according to claim 3 , wherein the signals impressed on the connecting line by the at least one energizing means are provided for controlling the at least one luminous means.
5. The illumination assembly according to claim 1 , wherein the signals impressed on the connecting line by the at least one energizing means are provided for setting at least one of a brightness and a color locus of the at least one luminous means.
6. The illumination assembly according to claim 1 , wherein the at least one energizing means comprises at least one modulator for impressing the signals on the connecting line.
7. The illumination assembly according to claim 1 , wherein the at least one luminous means comprises at least one sensor which determines an operating state of the at least one luminescence diode chip of the at least one luminous means, and wherein signals corresponding to the operating state are communicated to the at least one energizing means via the connecting line.
8. The illumination assembly according to claim 1 , wherein the at least one energizing means comprises at least one demodulator for recovering the signals corresponding to an operating state.
9. The illumination assembly according to claim 8 , wherein the signals corresponding to the operating state can be read out at the at least one energizing means.
10. The illumination assembly according to claim 7 , wherein the operating state comprises at least one measurement variable for the at least one luminescence diode chip of the at least one luminous means comprising operating duration, operating temperature or brightness of emitted light.
11. The illumination assembly according to claim 1 , wherein at least two luminous means are connected in series with the connecting line.
12. The illumination assembly according to claim 1 , wherein at least one of the luminous means comprises at least two luminescence diode chip which emit light of mutually different colors during operation.
13. The illumination assembly according to claim 11 , wherein the at least two luminous means form a subnetwork that is shielded from the power supply by the at least one energizing means.
14. An assembly of illumination assemblies comprising at least two illumination assemblies according to claim 1 , wherein the illumination assemblies are connected to the same power supply.
15. The assembly according to claim 14 , wherein the at least two illumination assemblies are connected directly to the power supply and are connected directly to one another by the power supply.
16. An illumination assembly, comprising:
at least one luminous means having at least one luminescence diode chip as light source; and
at least one energizing means connected to the at least one luminous means via a connecting line,
wherein the at least one energizing means is configured to energize the at least one luminous means;
wherein the at least one energizing means comprises at least one filter element configured to filter signals which enter into the at least one energizing means from a power supply for the at least one energizing means and exit from the at least one energizing means into the power supply;
wherein the signals are control signals, by which the at least one luminescence diode chip of the at least one luminous means is operable, such that at least one of light of a desired color locus and light of a desired brightness is emitted by the at least one luminous means; and
wherein the signals are impressed into the at least one energizing means via a signal line.
17. The illumination assembly according to claim 1 , wherein the signals are impressed into the at least one luminous means and the signals are processed in the at least one luminous means.
18. The illumination assembly according to claim 16 , wherein the signals are impressed into the at least one luminous means and the signals are processed in the at least one luminous means.
19. The illumination assembly according to claim 17 , wherein the at least one luminous means comprises a drive device comprising a demodulator which recovers the signals.
20. The illumination assembly according to claim 18 , wherein the at least one luminous means comprises a drive device comprising a demodulator which recovers the signals.