Disclosed is a case structure for a rear combination lamp in an automobile in which a rear combination lamp case in a corner portion formed in a rear portion of a vehicle is formed in a corner case having a substantial triangle pyramid shape by a rear plate, a side plate and a planner plate, wherein the rear plate forms a case rear face on which a concave notch portion is formed in a substantial center, wherein the side plate forms an air communication side face which is formed so as to gradually become narrower width toward a rear thereof, and wherein the planner plate forms a concave air communication path in a center thereof so that a terminal end of the concave air communication path communicates with the concave notch portion of the rear plate.

The lighting device, in particular the fog light for motor vehicles comprises a lighting unit for emitting light beams and a lens on which the light beams fall, configured as a Fresnel lens to form light paths in the plane (zy), which is perpendicular to the axis (x) passing through the center of the lens and located at a distance in front of the lens. The lens is not axially symmetrical with respect to the axis (x) and its zones are configured to form a light path whose height (v) is smaller than its width (s).

A body structure of a vehicular rear lamp attachment portion includes a drawing structural surface of a side outer panel and a housing panel. The drawing structural surface is provided at both end portions of a vehicle rear end portion in a vehicle width direction, is drawn inward in the vehicle width direction, and has a fixed surface at a rear end of the drawing structural surface. A housing panel has a side surface portion and a front end portion. The side surface portion extends forward in a vehicle longitudinal direction. The front end portion is joined to the fixed surface.

The lighting device, in particular the fog light for motor vehicles comprises a lighting unit for emitting light beams and a lens on which the light beams fall, configured as a Fresnel lens to form light paths in the plane (zy), which is perpendicular to the axis (x) passing through the centre of the lens and located at a distance in front of the lens. The lens is not axially symmetrical with respect to the axis (x) and its zones are configured to form a light path whose height (v) is smaller than its width (s).

A multi-function light module includes: a plurality of light emitting diodes (LEDs) chosen from mini-LEDs, micro-LEDs and LED-dies and including a first group of the plurality of LEDs mounted on a substrate, and a second group of the plurality of LEDs mounted on the substrate; a printed circuit board (PCB) with a second plurality of LEDs configured for a first function; and a lens overlying each of the multi-function light module and the PCB. An optics assembly includes a first optic component configured for the first function and second optic component configured for a second function that is different from the first function. The optics assembly is arranged to guide light output from respective LEDs of the first group of the LEDs via the first optic component and to guide light output from respective LEDs of the second group of the LEDs via the second optic component.

A lighting device for vehicles includes a light source unit containing numerous light sources, and includes a hologram unit containing numerous hologram segments for generating a predefined light distribution. The hologram segments form reflection hologram segments behind and/or next to the light source unit in the main beam direction (H) of the lighting device, such that light emitted from the light source strikes the reflection hologram segment at an acute angle (). Holographic diffraction information is stored in the reflection hologram segments for generating a signal light distribution. The light source unit contains just one printed circuit board or one printed circuit board substrate.

A vehicle light comprising a container body and a lenticular body. The light comprises a substrate that supports a main light source that is embedded in a cover layer suitable to allow the diffusion inside it of the main light beam. The cover layer is disposed on the side opposite to the lenticular body with respect to the substrate. The substrate comprises at least one transparent portion to the light beam suitable to transmit the main light beam towards the lenticular body and, through this, to the outside of the vehicle light, wherein the substrate comprises at least one opaque portion to the main light beam, adjacent to said transparent portion in order to allow the passage of the main light beam exclusively at said transparent portion. The transparent portion defines a main light pattern of the vehicle light.

A lighting device comprising a first light unit having a light source and a first flat light guide having a linear light coupling surface and a light decoupling surface. A second light unit has a light source and a second flat light guide having a linear light coupling surface and a linear light decoupling surface. The first flat light guide and the second flat light guide are connected to each other in a single piece to form a light guide element. Opposite flat sides of the first light guide and opposite flat sides of the second light guide intersect in an intersection area. The first flat light guide has a deflection section between a first flat section and a second flat section of the first flat light guide. The first flat light guide and the second flat light guide form a U-shaped light guide element in a transverse plane.

A lighting device for vehicles includes a light source unit containing numerous light sources, and includes a hologram unit containing numerous hologram segments for generating a predefined light distribution. The hologram segments form reflection hologram segments behind and/or next to the light source unit in the main beam direction (H) of the lighting device, such that light emitted from the light source strikes the reflection hologram segment at an acute angle ). Holographic diffraction information is stored in the reflection hologram segments for generating a signal light distribution. The light source unit contains just one printed circuit board or one printed circuit board substrate.

A vehicle lamp includes at least one light source; and at least one optical member disposed in front of the light source to allow light emitted from the light source to be irradiated therethrough in a forward direction to form a beam pattern. The optical member includes a plurality of facets arranged in a predetermined direction to constitute a light emission surface of the optical member, and the light is emitted from the light emission surface in the forward direction. A center line vertically extends in a perpendicular manner to an optical axis of the optical member. Positions of facets belonging to at least one of both opposing areas with respect to the center line among the plurality of facets shift rearward as they go away from the center line to a side, such that a step formed between adjacent facets is directed rearward.