A compact blinker assembly (100) for a vehicle is provided. The compact blinker assembly (100) includes a housing (202), a first Printed Circuit Board (PCB) coupled with the housing (202), and a second PCB (206) disposed above the first PCB (204). The first PCB (204) is adapted to accommodate a first set of electron...

The present disclosure discloses an improved daytime running lamp (100) having uniform illumination. The improved daytime running lamp (100) comprises a housing (1) having an internal optical region (1a) defined between a closed rear end (1b) and an open front end (1c). A light emitting source being disposed at the ...

A matrix-type lamp (100) is disclosed. The matrix-type lamp (100) includes a plurality of light units (102) and a controller (104) in communication with the plurality of light units (102). Each of the plurality of light units (102) is adapted to be individually illuminated. The controller (104) is configured to rece...

A headlamp assembly (100) for a vehicle is disclosed. The headlamp assembly (100) includes a housing member (202) having at least one inlet (402) and at least one outlet (404-1, 404-2). The at least one inlet (402) adapted to allow ingress of ambient air within the housing member (202) and the at least one outlet (4...

A lamp assembly (100) of a vehicle is disclosed. The lamp assembly (100) includes a High Definition (HD) screen (104), a plurality of Light Emitting Diodes (LEDs) (102), and a controller (108) in communication with the HD screen (104) and the plurality of LEDs (102). The controller (108) is adapted to receive a user...

The present disclosure relates to an improved projector lamp (100) for vehicles. Further, embodiments of the present disclosure disclose the construction and mechanism of the improved projector lamp in vehicles. The present disclosure provides a first reflector sub-assembly (2) and a second reflector sub assembly (6...

The present disclosure relates to an adjustable headlamp assembly (100) for a vehicle, such that assembly (100) is adapted to receive in cavity (101) defined by a rim (10). The assembly (100) comprises a reflector (2) comprising an inner reflecting surface (21), an outer surface (22), a flange (3) having a proximal ...

A dynamic stop lamp (100) for a vehicle is disclosed. The dynamic stop lamp (100) includes a plurality of light sources (102) and a system (104) in communication with the plurality of light sources. The system (104) includes a sensor (108) in communication with a brake pedal (110) of the vehicle. The sensor (108) is...

The present disclosure relates to a headlamp assembly (1) for motor vehicles. The headlamp assembly (10) comprises a reflector (2), a light source (3), a holding ring (4), a holder (5). The assembly further comprise a lens (8) and a bezel (9). The light source (3) is disposed in the reflector (2). The holder is conf...

A blinker assembly with Daytime Running Light (DRL) for a vehicle is disclosed. The blinker assembly includes a housing member and a first Printed Circuit Board (PCB) assembly adapted to be disposed within the housing member. The first PCB assembly comprises a first set of Light Emitting Diodes (LEDs) adapted to emi...

A position lamp of a vehicle is disclosed. The position lamp comprises an array of light emitting source configured to emit white light and a second array of light emitting source configured to emit amber light. The first array and the second array are arranged in such a manner that the light emitted from the positi...

“A SYSTEM FOR SEQUENTIAL BLINKING AND METHOD THEREFOR” The present disclosure relates to a system for sequential blinking (300) of the LED blinker which draws constant current and a method thereof. According to an embodiment of the present disclosure, the system (300) comprises of a constant current LED driver (301...

The present disclosure generally relates to a self-illuminating light system for vehicles. Particularly, but not exclusively, the present disclosure relates to the self-illuminating light system with Glow-In-Dark (GID) technology. More particularly, the present disclosure relates to development of a GID material tha...