Headlight system for vehicles

A headlamp system for vehicles, the headlamp system comprising:

• an imaging unit;
• an optical unit for generating a light distribution (L) that includes illuminated light patches, wherein the light patches are generated by mapping at least one corresponding light pixel of the imaging unit, wherein the optical unit is configured to form intensity progressions of the mapped light pixels as bell curves;
• an actuator unit for actuating the imaging unit, wherein the actuator unit includes a corrective mechanism configured to actuate at least one corrective light pixel in response to a presence of a defective light pixel that cannot be mapped by the optical unit on a light patch, wherein actuation of the at least one corrective light pixel causes light patches adjacent to a defective light patch associated with the defective light pixel to have a changed corrective intensity progression in a corrective state in comparison to a non-corrective state;
• wherein the optical unit is configured such that each light pixel is mapped in an excessive radiance section extending beyond the corresponding light patch, an intensity in the excessive radiance section being lower than an intensity within the respective light patch, the intensity of each of the light patches in the non-corrective state being formed by overlapping of a first light portion and a second light portion, wherein, for each of the light patches in the non-corrective state, the first light portion is generated by the corresponding light pixel mapped by the optical unit onto the light patch, and the second light portion is generated by the excessive radiance section of at least one light pixel mapped by the optical unit onto an adjacent light patch,
• wherein the second light portion of the defective light patch has a first intensity greater than zero when at least one light patch adjacent to the defective light patch is in the non-corrective state, and
• wherein the corrective mechanism is configured such that the at least one light patch adjacent to the defective light patch is in the corrective state and has a corrective intensity progression that is increased in comparison to the non-corrective state, and the second light portion of the defective light patch has a second intensity greater than the first intensity when the at least one light patch adjacent to the defective light patch is in the corrective state.