Abstract: The invention relates to an illumination device which comprises a plurality of downlight reflectors (1) that are impinged upon by illumination means and that have respective front reflector openings (2) pointing in the direction of illumination. The invention is characterized in that at least two downlight reflectors can be impinged upon by a common illumination means (5) via respective rear reflector openings.

Abstract: The invention relates to a built-in lamp comprising a holder for fastening in an installation surface, in particular in a room ceiling, a bulb fitting and a reflector, wherein the reflector consists of at least a first reflector region which is followed in the direction of illumination by a second reflector region which is releasable from the first reflector region to permit a bulb change.

Abstract: A light fitting, particularly a built-in light fitting for ceilings and/or walls, includes an embeddable housing for receiving lighting means, a reflector, a housing frame, a functional frame, which can be detached at least partially from the housing frame and a locking device, which acts between the housing frame and functional frame. The locking device includes at least one wire spring, the wire spring being provided with a spring section extending between two locking elements formed in end areas of the wire spring. The locking elements cooperate with a respective locking receiving element in the functional frame. A wire limb is respectively formed between the spring section and locking elements. When the wire limb is pivoted and the spring section is deformed as a result, it is possible to modify the relative position of the locking elements relative to each other.

Abstract: A built-in lamp includes a housing and a holder for fastening in a built-in surface, such as a room ceiling. The built-in lamp also includes a light source socket for holding a light source and a light source region and a direct light reflector. The direct light reflector has a direct light reflector opening which is disposed in the direction of illumination which defines a direct light exit region and which is surrounded at least reasonably by a diffused light exit region. The direct light reflector has a rear opening. The head reflector is disposed on the side of the light source region remote from the direct light exit region.

Abstract: The invention relates to an illumination device which comprises a plurality of downlight reflectors (1) that are impinged upon by illumination means and that have respective front reflector openings (2) pointing in the direction of illumination. The invention is characterized in that at least two downlight reflectors can be impinged upon by a common illumination means (5) via respective rear reflector openings.

Abstract: A lamp has a light housing and a light cover intended to restrict dazzle, wherein the lamp cover comprises at least one areal element having a pre-selectable light transmission and made of elastic material which extends between the end walls of the lamp housing and is fixable in complementary recesses in the face walls via coupling lugs after an elastic deformation resulting in a shortening and a subsequent relaxation.

Abstract: A lamp is described comprising a light housing and a light cover intended to restrict dazzle, wherein the lamp cover comprises at least one areal element having has a pre-selectable light transmission and made of elastic material which extends between the end walls of the lamp housing and is fixable in complementary recesses in the face walls via coupling lugs after an elastic deformation resulting in a shortening and a subsequent relaxation

Abstract: A round reflector lamp is described in the form of a hanging lamp or built-in lamp in which the light flux emerging from the lighting means is split up by a reflector member which surrounds a predeterminable region of the free end of the elongate lighting means into a bundled, downwardly directed central light flux and into a radial light flux directed towards the round reflector.