A light fixtures is known that shines light upward (and downward) that have a mast for the indirect (and direct) lighting of workplaces. The upwardly directed light from these light fixtures is reflected by the ceiling and generates indirect light on the workplace. These light fixtures have the disadvantage that the upwardly directed light is not reflected in high-ceilinged rooms, that the light fixtures do not improve the acoustics of the room, and that the light fixtures contribute only very little or not at all to the structure of the room.
Moreover, light fixtures are known that direct light upward having a mast and non-textile reflectors. However, due to the small reflectors required by their construction, the quality of the indirect light from light fixtures of this type is not comparable with light reflected over large surfaces via a white ceiling. These light fixtures also do not improve the acoustics of a room.
Furthermore, light fixtures are known having a mast and a textile shade. Here, the shade has the function of screening off direct light. Shades of this type are open at the top and do not reflect light shining upward.
Moreover, acoustical shades are known, normally in the form of so-called funnel shades with a central mast that is preferably placed on the floor on a stand, as are acoustical sails freely spanning a room, as well as light and acoustical elements that may be hung from the ceiling or on the wall, etc. Such systems may be used for the reflection of upwardly directed light from a light fixture, but they have the disadvantage of being unable to react to different workplace situations and configurations of tables and/or workplaces.
The object of the invention described in claim 1 is to develop a light fixture that improves room acoustics, room structure, and indirect lighting of workplaces even in high-ceilinged rooms, and by means of which it is possible to react to different workplace situations and configurations of tables and/or workplaces.
This object is attained by the features disclosed in claim 1.
The light fixture with the features listed in claim 1 solves and/or improves workplace situations in many respects: the optical reflection properties of the textile canopy of the ceiling element create an indirect illumination portion. The acoustic properties, in particular the acoustic absorption properties of the textile canopy of the ceiling element improve, in particular, reduce, the reverberation period. The canopy element has a space-structuring effect in that it partially or completely covers workplace configurations.
The light fixture with the features listed in claim 1 is able to react in a simple and individual fashion to changing workplace configurations. By virtue of the minimal weight of the sail-like canopy as well as the eccentric position of the shaft element, it may be favorably set up in the space in a flexible and modular fashion or attached to furniture systems and equipped with one or more adjustable-height and rotatable canopy elements. In this context, “eccentric” means that the shaft-like element, as long as it has a vertical orientation, is located outside the area of the canopy with regard to its footprint.
The light fixture with the features listed in claim 1 may be able to make a significant contribution to a reduction in construction and operating costs: acoustic measures such as acoustical ceilings may be entirely or partially omitted. Wiring in the ceiling, especially for suspended light fixtures, may be partially or completely omitted. Electricity use may be reduced by the targeted illumination of local workplace configurations. In the case of changes to the structure or the room, the light fixtures may be easily moved. Furniture measures for the division and/or marking of workplace configurations may be partially or completely omitted.
Embodiments will be described with reference to
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Number | Date | Country | Kind |
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202007006799.2 | May 2007 | DE | national |