Intelligent lighting device with multiple luminaires, in particular free-standing luminaires or desk-mounted luminaires and a method for operating a lighting device of this type
The invention relates to an intelligent lighting device with multiple luminaires, which are at least partially coupled to each other with a wireless communication device. For this purpose, the luminaires preferably have communication modules with transmitter/receiver devices, via which the luminaires can communicate with each other. It is thereby provided that in accordance with the current operating mode of one of the luminaires at least one of the other luminaires can adopt a different predefined operating mode. Said luminaire can, for example upon the switching on of a luminaire or when one of the luminaires detects a person by means of a sensor device in the area of the luminaire, go into a working level with a predefined light intensity and the other luminaires located in the vicinity of said one luminaire go into a background illumination, i.e. in an illumination with a lower illumination level (background level).
1. An intelligent interior lighting device comprising: (a) multiple luminaires, which are at least partially coupled to each other with a communication device, (b) a wireless communication device via which the luminaires at least partially communicate with each other, (c) wherein each of the luminaires is assigned to one, preferably two or more groups, each group consisting of multiple luminaires, wherein each group has its own group address, (d) wherein each luminaire further comprises a built-in manually operable switch device for individual switching of said luminaire, (e) wherein each luminaire has at least the following operating modes: off, “background level”, and “working level”, (f) wherein the interior lighting device can be set so that the switching on of one luminaire in a group also illuminates the other luminaires of said group, and (g) wherein, the interior lighting device can be set so that the switching of one luminaire in the group to “working level” also illuminates all other luminaries in said group at “background level”.
2. The intelligent lighting device of claim 1 , further comprising wherein the background level and/er the working level can be adjusted.
3. The intelligent lighting device of claim 1 , further comprising wherein each of the groups is assigned to a predefined area with an area address.
4. The intelligent lighting device of claim 3 , further comprising wherein the predefined area is assigned with the area address of a different floor or a different room within a building.
5. The intelligent lighting device of claim 1 , further comprising wherein the groups assigned to a luminaire overlap.
6. The intelligent lighting device of claim 3 , further comprising wherein the area address and/or at least one group address can be entered manually at a luminaire via a mechanical switch devices.
7. The intelligent lighting device of claim 1 , further comprising wherein the luminaires belong to a group of luminaires, which luminaires are arranged directly adjacent to each other.
8. The intelligent lighting device of claim 1 , further comprising wherein the luminaires are equipped at least partially with a sensor device, wherein upon detection of a person in the sensor area the respective luminaire (presence detection) switches on.
9. The intelligent lighting device of claim 8 , further comprising wherein that during manual switching on of a luminaire or upon presence detection at one luminaire, said luminaire can be switched on to working level and the other luminaires belonging to the same group and to the same area either receive wireless communication from the switched-on luminaire or autonomously switch into the background level, provided the other luminaire or the other luminaires are not already switched to working level.
10. The intelligent lighting device of claim 9 , further comprising wherein a luminaire which is at working level, can have its working level state communicated at intervals to the other luminaires, preferably at 10- to 20-second intervals.
11. The intelligent lighting device of claim 1 , further comprising wherein that switching off one luminaire is detectable by other luminaires belonging to the same area and to the same group.
12. The intelligent lighting device of claim 1 , further comprising wherein that a shutoff delay of multiple minutes is provided, in particular 5 to 30 minutes, preferably approximately 10 minutes, and the lack of a presence detection is only communicable to other luminaires in the same group and in the same area after the expiration of said shutoff delay.
13. The intelligent lighting device of claim 1 , further comprising wherein that a manually actuatable switch device is provided, via which all luminaires or all luminaires of an area or all luminaires of one or more groups can be wirelessly switched off or can be switched on at the maximum light intensity (working level).
14. The intelligent lighting device according to claim 1 , further comprising a manually actuatable switch device, via which at least one luminaire can be switched on and/or can be dimmed to working level.
15. The intelligent lighting device of claim 1 , further comprising wherein the wireless communication device has individual communication modules, which are arranged preferably replaceably on or in the luminaires.
16. The intelligent lighting device of claim 15 , further comprising wherein the manually operable switch devices for specifying the area address and/or group address are arranged in the communication modules.
17. The intelligent lighting device of claim 1 , further comprising wherein the luminaires are free-standing luminaires or desk-mounted luminaires.
18. A method for operating the lighting device of claim 1 , comprising the following steps: (i) switching on one of the luminaires of a group to the “working level”, (ii) the switched-on luminaire communicates its “working level” state to the remaining luminaires in the same group via the communication device, (iii) the remaining luminaires of the group each switch to the “background level” and (iv) the switching off of all luminaires in the group after a predetermined time during which no presence is detected.