Patent ID: 8992044
Filing Date: 2015-03-31
Classification: F21K,F21V,F21Y,H01L

Abstract:
1. An optoelectronic module comprising: a plurality of components configured to produce radiation; a reflector having: a plurality of connection carriers, on each of which there are arranged at least two of the plurality of components configured to produce radiation, and a mounting body that comprises a main axis of extension which extends substantially perpendicular to the aperture of the reflector, wherein the plurality of connection carriers is arranged at least partially in an interior of the reflector; wherein at least two of the plurality of components configured to produce radiation of the module exhibit different emission characteristics when the module is in operation, a main emission direction being assigned to each of the at least two components; wherein the radiation emitted by the plurality of components configured to produce radiation in their respective main emission directions are deflected at least in part towards the aperture by the structured reflector surface, wherein the structured reflector surface is structured by convexly curved structure elements that are segments of a sphere, the structure elements exhibit a lateral extent of between 100 nm inclusive and 1 μm inclusive, wherein the mounting body is segmented along the main axis of extension and comprises at least four segments, wherein the segments each exhibit a polygonal cross-section and at least three side faces, the segments being twisted relative to one another with regard to the main axis of extension of the mounting body such that at least one segment comprises at least one side face which is oblique to a side face of a second segment, and wherein to each of said at least three side faces of each segment a connection carrier of the plurality of connection carriers is attached.