Abstract: The invention relates to a lighting device (1) for a motor vehicle headlight, comprising: a light module (2), wherein the light module (2) comprises a light source (2a) and a collimator (3), which is set up in such a manner that the light generated by the light source (2a) is emitted via a light-emitting surface (3a) in a light propagation direction (4), an optical element (5) having a light-coupling surface (5a) and a light-decoupling surface (5b), wherein the light of the collimator is guided through the optical element (5), wherein the light-decoupling surface (5b) of the optical element (5) has multiple optical elements (6) through which the light is emitted as a divergent light beam, wherein the light-emitting surface (3a) of the collimator (3) is formed from multiple lenses (7), wherein each lens (7) is set up for emitting the light of the light source (2a) to the light-coupling surface (5a) of the optical element (5) in a divergent manner, wherein all lenses (7) have essentially the same focal leng

Abstract: The invention relates to a lighting device (1) for a motor vehicle headlight, comprising: a light module (2), wherein the light module (2) comprises a light source (2a) and a collimator (3), which is set up in such a manner that the light generated by the light source (2a) is emitted via a light-emitting surface (3a) in a light propagation direction (4), an optical element (5) having a light-coupling surface (5a) and a light-decoupling surface (5b), wherein the light of the collimator is guided through the optical element (5), wherein the light-decoupling surface (5b) of the optical element (5) has multiple optical elements (6) through which the light is emitted as a divergent light beam, wherein the light-emitting surface (3a) of the collimator (3) is formed from multiple lenses (7), wherein each lens (7) is set up for emitting the light of the light source (2a) to the light-coupling surface (5a) of the optical element (5) in a divergent manner, wherein all lenses (7) have essentially the same focal leng

Abstract: The invention relates to a lighting device (1) for a for a motor vehicle headlight and/or for a rear light of a motor vehicle and/or for a signal light for a motor vehicle registration for generating at least two, in particular precisely two, light distributions, or for generating at least two, in particular precisely two different lighting functions, wherein the lighting device (1) comprises an optical element (2) and two light sources (30, 40) —a first light source (30) and a second light source (40), in particular LED light sources—wherein each of the light sources (30, 40) can be controlled independently of the other light source or sources, wherein the optical element (2) is formed from an optically transparent material, and wherein the optical element (2) has a light coupling region (10) and a light exit surface (11), and wherein light of the light sources (30, 40) which is introduced into the optical element (2) via the light coupling region (10) at least partially exits via the light exit surface (11)

Abstract: The invention relates to a lighting device (1) for a for a motor vehicle headlight and/or for a rear light of a motor vehicle and/or for a signal light for a motor vehicle registration for generating at least two, in particular precisely two, light distributions, or for generating at least two, in particular precisely two different lighting functions, wherein the lighting device (1) comprises an optical element (2) and two light sources (30, 40)—a first light source (30) and a second light source (40), in particular LED light sources—wherein each of the light sources (30, 40) can be controlled independently of the other light source or sources, wherein the optical element (2) is formed from an optically transparent material, and wherein the optical element (2) has a light coupling region (10) and a light exit surface (11), and wherein light of the light sources (30, 40) which is introduced into the optical element (2) via the light coupling region (10) at least partially exits via the light exit surface (11),