A luminescent emblem includes a housing including a reflection surface, a cover including at least one transmissive part through which visible light transmits, and a substrate on which a light source is mounted. The housing includes a bottom wall portion, an outer peripheral wall portion, and a connection wall portion. The bottom wall portion includes a projection projecting toward the cover. The projection includes a flat portion and an inner peripheral wall portion surrounding the flat portion. The at least one transmissive part includes a transmissive part disposed on a peripheral portion of the cover. The reflection surface includes a primary reflection surface that reflects visible light toward a peripheral side of the housing and a secondary reflection surface that receives and reflects light toward the transmissive part, disposed on the peripheral portion of the cover.

A lamp for a saddle-ride type vehicle includes a casing having a front aperture and a light source attached to the casing. A reflector is configured to reflect the light emitted by the light source, and a diffuser is arranged in front of the reflector. A clear cover attaches to the casing and defines, together with the casing, a space in which the light source, the reflector, and the diffuser are arranged. The diffuser is shaped to include mutually alternating ridges and valleys. A vehicle of the type with a saddle includes the lamp.

Cover lens (1), for a motor vehicle light, wherein the cover lens (1) has an inner surface (2), an outer surface (3) opposite the inner surface (2), a transparent body (4), an opaque body (5) and a coating (6), wherein the coating (6) has PU polyurethane, wherein the transparent body (4), the opaque body (5) and the coating (6) are produced in one continuous piece, preferably in an injection moulding process, in such a way that the outer surface (3) is only formed on the coating (6) and on the opaque body (5), wherein the coating (6), as seen from the outer surface (3) in the direction of the inner surface (2), completely covers the transparent body (4) and only partially covers the opaque body (5). Injection moulding process and injection mould (100) for producing a cover lens (1).

A lighting device for a vehicle includes a housing portion, an outer lens portion coupled to the housing portion and configured to cover an opening provided on the housing portion, a light source portion installed in the housing portion and configured to emit light toward the outer lens portion, and a light-blocking portion provided on the outer lens portion and configured to partially block light emitted from the light source portion.

The present invention relates to a receiving component for a cover lens of a headlamp of a motor vehicle. The receiving component includes at least a carrier frame and a sealing element, wherein the carrier frame has a first connecting means for establishing an adhesive connection with the cover lens and a second connecting means for establishing a detachable connection with a housing of the headlamp, and wherein the sealing element is designed to seal a gap between the carrier frame and a body part of the motor vehicle.

The present invention relates mainly to a lighting and signalling device including at least one luminous module capable of generating a lighting beam along a longitudinal optical axis and an optical element through which the lighting beam is projected. The lighting and signalling device includes a controllable liquid-crystal screen pressed against the optical element, the controllable liquid-crystal screen being capable of adopting different diffusion states, including at least one state of projection of the lighting beam in which the controllable liquid-crystal screen is transparent and a state of emission of a signalling beam in which the controllable liquid-crystal screen is at least partially diffusing.

The invention concerns a lamp module to be mounted on a motor vehicle comprising: a housing, a cover defining, with the housing, an inner space, the cover separating the inner space from the surrounding environment, and at least one light source housed within the inner space. The cover is made of one piece and comprises an outer wall comprising an outer surface in contact with said surrounding environment and facing away from the light source. The outer wall is made of translucent bio-polycarbonate resin, and the outer surface is devoid of any coating.

An outer lens including: a first material with a first composition including: a polymer that is substantially free of ultraviolet stabilizers; and a second material with a second composition that includes: a polymer that includes the ultraviolet stabilizers, wherein the second material surrounds all or a portion of the first material and extends between an external environment of an automative vehicle and the first material.

A lamp for a vehicle, and a system therefor are provided. The lamp includes a lamp housing part having an internal space to accommodate a light source; an outer lens part coupled to one side of the lamp housing part and to cover the internal space; and a vibration part fixed to the lamp housing part or the outer lens part. The vibration part includes a first module including a first magnet, fixed to one side of the outer lens part, and a second module facing the first module and including a second magnet facing the first magnet, a second magnet fixing portion to accommodate the second magnet, and a coil member provided at one side of the second magnet and accommodated in the second magnet fixing portion. A groove region is formed in an inner surface of either the outer lens part or the lamp housing part.

A lamp for a vehicle includes a lamp housing part including an internal space configured to accommodate a light source, an outer lens part coupled to one side of the lamp housing part and configured to cover the internal space, a vibration part fixed to the outer lens part, the vibration part including a polarized piezoelectric element, and a first electrode and a second electrode respectively facing two opposite sides based on a direction in which the piezoelectric element is polarized, and a cover member provided at one side of the vibration part and including a partial region facing the outer lens part with the vibration part interposed therebetween, the cover member including one or more vibration reduction holes, wherein the piezoelectric element is configured to output a sound by being vibrated by a change over time in voltage applied to the first electrode and the second electrode.