Vehicle lamp device

A vehicle lamp device comprising:

• an outer frame defining an accommodation space extending therethrough;
• a light shaping frame mounted in said accommodation space, and dividing said accommodation space into a plurality of scattering zones that are formed into an arrangement with a predetermined shape, each of said scattering zones having a first light shaping region and a second light shaping region that are spaced apart from each other;
• a light-emitting unit connected to and covering a rear side of said outer frame, and including a plurality of light-emitters that are respectively aligned with said scattering zones, each of said light-emitters having a first light-emitting module for emitting light toward said first light shaping region of the respective one of said scattering zones, and a second light-emitting module for emitting light toward said second light shaping region of the respective one of said scattering zones;
• and
• a light distributing cover connected to and covering a front side of said outer frame, and having a plurality of lens portions that are respectively aligned with said scattering zones and that allow illumination of light outwardly, each of said lens portions having a first lens section that is aligned with said first light shaping region of the respective one of said scattering zones, and a second lens section that is aligned with said second light shaping region of the respective one of said scattering zones, said first lens section having a lens curvature that is different from a lens curvature of said second lens section;
• wherein said light shaping frame includes
• a plurality of frame body portions respectively surrounding said scattering zones, and
• a plurality of horizontal light-shielding plates respectively disposed in said frame body portions, each of said horizontal light-shielding plates protruding forwardly out of a front end of the respective one of said frame body portions, abutting against a junction of said first lens section and said second lens section of the respective one of said lens portions, and dividing the respective one of said scattering zones into said first light shaping region and said second light shaping region;
• wherein said first light-emitting module of each of said light-emitters has a first light source, and a first reflector that has a forwardly-facing first opening, and that is disposed for reflecting light emitted by said first light source forwardly toward said first light shaping region of the respective one of said scattering zones via said first opening;
• wherein said second light-emitting module of each of said light-emitters has a second light source, and a second reflector that has a forwardly-facing second opening, and that is disposed for reflecting light emitted by said second light source forwardly toward said second light shaping region of the respective one of said scattering zones via said second opening;
• wherein when said vehicle lamp device is in a low beam mode, said second light source of said second light-emitting module of each of said light-emitters is operated to emit light, and said second reflector of said second light-emitting module of each of said light-emitters reflects light from said second light source forwardly towards said second light shaping regions of said scattering zones;
• wherein two of said scattering zones are horizontally adjacent and in spatial communication, such that light entering through said second light shaping region of one of said two of said scattering zones illuminates out of said second lens section that is aligned with said second light shaping region of said one of said two of said scattering zones and diffuses to said second light shaping region of another one of said two of said scattering zones;
• wherein two of said scattering zones are adjacent in a top-down arrangement, and said second light shaping region of one of said two of said scattering zones is in spatial communication with said first light shaping region of another one of said two of said scattering zones, such that light entering said second light shaping region of said one of said two of said scattering zones illuminates out of said second lens section that is aligned with said second light shaping region of said one of said two of said scattering zones, diffuses to said first light shaping region of said another one of said two of said scattering zones, and illuminates out of said first lens section that is aligned with said first light shaping region of said another one of said two of said scattering zones;
• wherein when said vehicle lamp device is in a full beam mode, said first light source of said first light-emitting module of each of said light-emitters and said second light source of said second light-emitting module of each of said light-emitters are controlled to emit light synchronously, said first reflector of said first light-emitting module of each of said light-emitters reflects light emitted by said first light source of said first light-emitting module of each of said light-emitters forwardly toward said first light shaping regions of said scattering zones, and said second reflector of said second light-emitting module of each of said light-emitters reflects light emitted by said second light sources of said second light-emitting module of each of said light-emitters forwardly toward said second light shaping regions of said scattering zones;
• and
• wherein said first light shaping region of one of said two of said scattering zones that are horizontally adjacent is in spatial communication with said first light shaping region of another one of said two of said scattering zones, such that light entering said first light shaping region of one of said two of said scattering zones illuminates out of said first lens section that is aligned with said first light shaping region of said one of said two of said scattering zones, diffuses to said first light shaping region of another one of said two of said scattering zones, and illuminates out of said adjacent first lens section that is aligned with said first light shaping region of said another one of said two scattering zones.