초록 ▼

A remote-control modular lighting system allows users to select individual lighting modules for adjustment by momentarily pointing the remote control at the lighting module to be adjusted. Subsequent adjustments may be done without aiming at the lamp, allowing the operators attention to be on the su

A remote-control modular lighting system allows users to select individual lighting modules for adjustment by momentarily pointing the remote control at the lighting module to be adjusted. Subsequent adjustments may be done without aiming at the lamp, allowing the operators attention to be on the subject being lit. Control functions may include aiming of the light, power on/off, dimming, etc. In one preferred embodiment, individual lamps broadcast an identifier code to be stored in the remote. This allows the remote to adjust groups of lamps, or change a group of lamps to a particular stored configuration. This functionality is achieved without the requirement of special set-up procedures during installation.

대표청구항 ▼

A remote-control modular lighting system allows users to select individual lighting modules for adjustment by momentarily pointing the remote control at the lighting module to be adjusted. Subsequent adjustments may be done without aiming at the lamp, allowing the operators attention to be on the su

A remote-control modular lighting system allows users to select individual lighting modules for adjustment by momentarily pointing the remote control at the lighting module to be adjusted. Subsequent adjustments may be done without aiming at the lamp, allowing the operators attention to be on the subject being lit. Control functions may include aiming of the light, power on/off, dimming, etc. In one preferred embodiment, individual lamps broadcast an identifier code to be stored in the remote. This allows the remote to adjust groups of lamps, or change a group of lamps to a particular stored configuration. This functionality is achieved without the requirement of special set-up procedures during installation. light emission windows and said side wall being optically transparent. 12. A method as claimed in claim 11, wherein the object exhibits specular reflection. 13. A method as claimed in claim 12, wherein the object comprises a vehicle or an art object. 14. A lighting system comprising a first luminaire and a second luminaire, the first luminaire having a first housing and the second luminaire having a second housing, each said housing accommodating, respectively, at least one first luminaire lamp and at least one second luminaire lamp, said first housing being provided with a translucent first light emission window with at least one edge and a translucent first side wall transverse to the light emission window, said second housing being provided with a translucent second light emission window with at least one edge and a translucent second side wall transverse to the light emission window, the first and second luminaires abutting each other by said first and second side walls, wherein at least the first light emission window is provided with a diffusor, and wherein the diffusor has a layer thickness variation, such that the layer thickness of the diffusor is chosen to be greater immediately opposite the first luminaire lamp than at a further distance from said first luminaire lamp. 15. A system as claimed in claim 14, wherein the transmission of the diffusor at the area where the layer thickness is greatest is approximately 50% of the transmission of the diffusor at the area where the layer thickness is smallest. 16. A system as claimed in claim 14, wherein the diffusor comprises a material chosen from the group consisting of calcium halophosphate and calcium pyrophosphate. 17. A system as claimed in claim 14, wherein the diffusor is a paint which comprises a fluorine copolymer as a binder. 18. A system as claimed in claim 14, wherein the housing further comprises a rear wall, and wherein said rear wall is provided with a reflecting coating at a side which faces the light emission window. 19. A system as claimed in claim 14, wherein the edge of the light emission window of the first luminaire has a luminance which is at least substantially equal to that of the rest of the light emission window of the first luminaire so that a reflection of said edge on the object is not visible. 20. A luminaire suitable for use in a system as claimed in claim 14. 21. A lighting system comprising a first luminaire and a second luminaire, the first and the second luminaire each having a housing, each said housing accommodating at least one lamp, each said housing being provided with an optically transparent light emission window with at least one edge, and the first and second luminaires abutting each other by said edges, wherein the light emission window is provided with a diffusor. 22. A system as claimed in claim 21, wherein the diffusor has a layer thickness variation, such that the layer thickness of the diffusor is chosen to be greater immediately opposite the lamp than at a further distance from said lamp. 23. A system as claimed in claim 22, wherein the transmission of the diffusor at the area where the layer thickness is greatest is approximately 50% of the transmission of the diffusor at the area where the layer thickness is smallest. 24. A system as claimed in claim 21, wherein the diffusor comprises a material chosen from the group consisting of calcium halophosphate and calcium pyrophosphate. 25. A system as claimed in claim 21, wherein the diffusor is a paint which comprises a fluorine copolymer as a binder. 26. A lighting system comprising: a first luminaire and a second luminaire, the first luminaire having a first luminaire housing accommodating at least one first luminaire lamp, said first luminaire housing being provided with an optically transparent first light emission window with at least one first edge, the second luminaire having a second luminaire housing accommodating at least one second luminaire