Compact module for realizing ADB function of car lamp

Abstract

The utility model provides a compact module for realizing the ADB function of a car lamp, which comprises at least two rows or columns of light modules and lenses, each light module comprises a lamp panel, LED light sources and reflectors, the LED light sources are arranged on the lamp panel, a corresponding reflector is arranged below each LED light source, and the lenses are arranged on the lamp panel. The height of the reflective mirrors far away from the incidence area in the vertical direction is larger than the height of the adjacent reflective mirrors close to the incidence area in the vertical direction, and the focal plane of the lens is located between the center LED light sources of all the light modules and the top edges of the center reflective mirrors or located near light-emitting chips of the center LED light sources of all the light modules. When the reflective mirror far away from the incident area collects and reflects light of the corresponding LED light source, a part of the light is shielded by the reflective mirror close to the incident area, and the remaining part of the light enters the lens and forms a clear and complete shadow in the imaging area through the lens, so that when a certain LED light source is turned off or dimmed, the brightness of the LED light source is improved. The corresponding clear and complete light shadow formed in the imaging area disappears or darkens.

Description

Technical Field

[0001] The utility model relates to the technical field of automobile intelligent headlights, and more specifically, to a compact module for realizing an ADB function of a headlight. Background Art

[0002] The wave of automobile intelligence and the continuous iteration of underlying light source technology have driven the evolution of car lights from the previous single lighting to the direction of intelligence and emotion. ADB headlights that can achieve intelligent lighting, projection interaction and more styling possibilities are becoming a new trend. The full name of ADB is Adaptive Driving Beam, which means automatic adaptation to the high beam system. ADB is an intelligent high beam control system that can automatically change the light type of the high beam according to the current road conditions. Equipped with an ADB lighting system on the car, it can reduce the impact on other vehicles. Compared with other traditional high beams, ADB can replace the driver's manual operation, making the car lighting control more convenient and improving the safety of the driver's field of vision.

[0003] The car's ADB lighting system is very smart. When the owner is following or meeting a car, the ADB system can automatically capture the position of other vehicles and dim or turn off the lights to prevent dazzling other vehicles. At present, the optical solution of the ADB module is relatively complex and costly. If you need to achieve two or more rows of partitions, you often need to use a silicone lens array plus a lens composed of multiple lenses to achieve it, or use two or more rows of closely spaced small-sized light-emitting LEDs plus a lens composed of multiple lenses to achieve it. These two implementation methods require more optical parts and the total cost is higher.

[0004] The utility model patent with announcement number CN217503537U discloses an ADB module with an adjustable concentrator structure, including: a heat sink, on which a first through hole and a second through hole are provided; and a circuit board, which is located on one side of the heat sink and on which a third through hole is provided at a position corresponding to the first through hole; and a plurality of light sources, which are mounted on the circuit board; and a concentrator, which is located on a side of the circuit board close to the light source and is fixedly connected to the circuit board, a first threaded hole is provided at a position corresponding to the third through hole on the concentrator, and the concentrator includes an adjustment column, which passes through the second through hole and leaves a gap between the adjustment column and the second through hole.

[0005] However, the above technical solution only supports automatic adjustment of high beam or low beam status, that is, it only adjusts the row status, and cannot satisfy the adjustment of a single position status. In view of this, the utility model proposes a compact module for realizing the ADB function of the car light, and provides a solution with simple structure and compact shape to realize two or more rows of ADB with independent control of light and dark partitions. Utility Model Content

[0006] In view of this, in order to solve the above problems, the utility model proposes a compact module for realizing the ADB function of a vehicle lamp, comprising at least two rows or columns of light modules 1 and a lens 2, characterized in that: one side of the lens 2 is an incident area 6, and the other side is a refraction area 7 and an imaging area 8, each row or column of the light modules 1 is arranged in the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 is the same, the light module 1 comprises: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 is installed on the light board 3, and each light board 3 is provided with an LED light source 4, and a corresponding reflector 5 is provided under each of the LED light sources 4, so that each reflector 5 can collect the light of its corresponding LED light source 4, and then reflect the collected light into the lens 2, and the lens 2 is refracted out, and finally a clear and complete image is formed in the imaging area 8. The vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6. The focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1. When the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or becomes dark.

[0007] In some embodiments, each of the reflectors 5 can be a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surface shapes, and each of the LED light sources 4 is arranged at an upper position facing the corresponding reflector 5 to facilitate better collection of the light of the corresponding LED light source 4 and reduce the loss of light energy.

[0008] Furthermore, the surface of the lens 2 is smooth or has a micro-optical structure to achieve the light pattern boundary requirements of different customers.

[0009] In some embodiments, the position of the light board 3 in the light module 1 determines the specifications of the corresponding reflector 5 on each light board 3 .

[0010] Furthermore, taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the horizontal direction, that is, the light board 3 and the lens 2 are perpendicular to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are different, that is, the vertical height of each reflector 5 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6.

[0011] Furthermore, taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the vertical direction, that is, the light board 3 and the lens 2 are parallel to each other, the specifications of the reflectors 5 corresponding to each LED light source 4 on the light board 3 are the same, and the vertical height of each reflector 5 on the light board 3 away from the incident area 6 is greater than the vertical height of the reflector 5 on the adjacent light board 3 close to the incident area 6.

[0012] Beneficial effects of the utility model: The utility model proposes a compact module for realizing the ADB function of a vehicle lamp, comprising at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 being an incident area 6, and the other side being a refraction area 7 and an imaging area 8, each row or column of the light modules 1 being arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 being the same, the light module 1 comprising: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 being mounted on the light board 3, and each light board 3 being provided with an LED light source 4, and a corresponding reflector 5 being provided under each of the LED light sources 4, so that each reflector 5 can collect light from its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2 , and finally a clear and complete image is formed in the imaging area 8. The vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6. The focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1. When the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or becomes darker. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 This is a cross-sectional view of a compact module for realizing the ADB function of a vehicle light according to the present invention.

[0014] Figure 2 The figure is a schematic diagram of double-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0015] Figure 3 The figure is a schematic diagram of double-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0016] Figure 4 The figure is a schematic diagram of double-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0017] Figure 5The figure is a schematic diagram of three-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0018] Figure 6 The figure is a schematic diagram of three-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0019] Figure 7 The figure is a schematic diagram of three-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0020] Figure 8 The figure is a schematic diagram of three-row ADB light distribution of a compact module realizing the ADB function of a vehicle lamp according to the present invention.

[0021] Fig. 9 This is a cross-sectional view of a compact module for realizing the ADB function of a vehicle light according to the present invention.

[0022] Main component symbols

[0023] Light module 1, lens 2, light board 3, LED light source 4, reflector 5, incident area 6, refraction area 7, imaging area 8.

[0024] The following specific implementation manner will further illustrate the present utility model in conjunction with the above-mentioned drawings. DETAILED DESCRIPTION

[0025] like Figure 1 As shown, it is a cross-sectional view of the utility model for realizing the ADB function of the vehicle lamp; Figure 2 As shown, it is a schematic diagram of double-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 3 As shown, it is a schematic diagram of double-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 4 As shown, it is a schematic diagram of double-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 5 As shown, it is a schematic diagram of three-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 6 As shown, it is a schematic diagram of three-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 7 As shown, it is a schematic diagram of three-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Figure 8 As shown, it is a schematic diagram of three-row ADB light distribution of a compact module for realizing the ADB function of a headlight of the utility model; Fig. 9 , which is a cross-sectional view of a compact module for realizing the ADB function of a vehicle lamp according to the present invention. Embodiment 1:

[0026] like Figure 1-9 As shown, a compact module for realizing the ADB function of a vehicle lamp comprises at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 is an incident area 6, and the other side is a refraction area 7 and an imaging area 8, each row or column of the light modules 1 is arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 is the same, the light module 1 comprises: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 is mounted on the light board 3, and each light board 3 is provided with an LED light source 4, and a corresponding reflector 5 is provided under each of the LED light sources 4, so that each reflector 5 can collect the light of its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2, and finally in the imaging area 8 forms a clear and complete image, the vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6, the focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1, when the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or dims.

[0027] Each of the reflectors 5 can be a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surface shapes, and each of the LED light sources 4 is arranged at an upper position facing the corresponding reflector 5, so as to better collect the light of the corresponding LED light source 4 and reduce the loss of light energy. The surface of the lens 2 is smooth or has a micro-optical structure to achieve the light pattern boundary requirements of different customers.

[0028] The position of the light board 3 in the light module 1 determines the specifications of the corresponding reflector 5 on each light board 3. Taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the horizontal direction, that is, the light board 3 and the lens 2 are perpendicular to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are different, that is, the vertical height of each reflector 5 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6; taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the vertical direction, that is, the light board 3 and the lens 2 are parallel to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are the same, and the vertical height of each reflector 5 on the light board 3 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 on the light board 3 close to the incident area 6. Embodiment 2:

[0029] like Figure 2-4 As shown, a compact module for realizing the ADB function of a vehicle lamp comprises at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 is an incident area 6, and the other side is a refraction area 7 and an imaging area 8, each row or column of the light modules 1 is arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 is the same, the light module 1 comprises: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 is mounted on the light board 3, and each light board 3 is provided with an LED light source 4, and a corresponding reflector 5 is provided under each of the LED light sources 4, so that each reflector 5 can collect the light of its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2, and finally in the imaging area 8 forms a clear and complete image, the vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6, the focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1, when the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or dims.

[0030] Each of the reflectors 5 can be a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surface shapes, and each of the LED light sources 4 is arranged at an upper position facing the corresponding reflector 5, so as to better collect the light of the corresponding LED light source 4 and reduce the loss of light energy. The surface of the lens 2 is smooth or has a micro-optical structure to achieve the light pattern boundary requirements of different customers.

[0031] The position of the light board 3 in the light module 1 determines the specifications of the corresponding reflector 5 on each light board 3. Taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the horizontal direction, that is, the light board 3 and the lens 2 are perpendicular to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are different, that is, the vertical height of each reflector 5 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6; taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the vertical direction, that is, the light board 3 and the lens 2 are parallel to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are the same, and the vertical height of each reflector 5 on the light board 3 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 on the light board 3 close to the incident area 6.

[0032] When the vehicle headlights are provided with 6 rows of light modules 1, each row of the light modules 1 has the same composition, each row of the light modules 1 is provided with a light board 3, each light board 3 is provided with 2 LED light sources 4 and a reflector 5 corresponding to each LED light source 4, the imaging area 8 forms 2 rows of large light shadows composed of 6 small light shadows. When a certain LED light source 4 on a certain row of the light boards 3 is turned off or dimmed, a column of light shadows corresponding to the imaging area 8 will disappear or dim, thereby realizing the change of the light type of the imaging area 8. Embodiment 3:

[0033] like Figure 5-8 As shown, a compact module for realizing the ADB function of a vehicle lamp comprises at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 is an incident area 6, and the other side is a refraction area 7 and an imaging area 8, each row or column of the light modules 1 is arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 is the same, the light module 1 comprises: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 is mounted on the light board 3, and each light board 3 is provided with an LED light source 4, and a corresponding reflector 5 is provided under each of the LED light sources 4, so that each reflector 5 can collect the light of its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2, and finally in the imaging area 8 forms a clear and complete image, the vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6, the focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1, when the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or dims.

[0034] Each of the reflectors 5 can be a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surface shapes, and each of the LED light sources 4 is arranged at an upper position facing the corresponding reflector 5, so as to better collect the light of the corresponding LED light source 4 and reduce the loss of light energy. The surface of the lens 2 is smooth or has a micro-optical structure to achieve the light pattern boundary requirements of different customers.

[0035] The position of the light board 3 in the light module 1 determines the specifications of the corresponding reflector 5 on each light board 3. Taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the horizontal direction, that is, the light board 3 and the lens 2 are perpendicular to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are different, that is, the vertical height of each reflector 5 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6; taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the vertical direction, that is, the light board 3 and the lens 2 are parallel to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are the same, and the vertical height of each reflector 5 on the light board 3 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 on the light board 3 close to the incident area 6.

[0036] When the vehicle headlights are provided with 6 rows of light modules 1, each row of the light modules 1 has the same composition, each row of the light modules 1 is provided with a light board 3, each light board 3 is provided with 3 LED light sources 4 and a reflector 5 corresponding to each LED light source 4, the imaging area 8 forms 3 rows of large light shadows composed of 6 small light shadows. When a certain LED light source 4 on a certain row of the light boards 3 is turned off or dimmed, a column of light shadows corresponding to the imaging area 8 will disappear or dim, thereby realizing the change of the light type of the imaging area 8. Embodiment 4:

[0037] like Fig. 9As shown, a compact module for realizing the ADB function of a vehicle lamp comprises at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 is an incident area 6, and the other side is a refraction area 7 and an imaging area 8, each row or column of the light modules 1 is arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 is the same, the light module 1 comprises: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 is mounted on the light board 3, and each light board 3 is provided with an LED light source 4, and a corresponding reflector 5 is provided under each of the LED light sources 4, so that each reflector 5 can collect the light of its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2, and finally in the imaging area 8 forms a clear and complete image, the vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6, the focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1, when the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or dims.

[0038] Each of the reflectors 5 can be a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surface shapes, and each of the LED light sources 4 is arranged at an upper position facing the corresponding reflector 5, so as to better collect the light of the corresponding LED light source 4 and reduce the loss of light energy. The surface of the lens 2 is smooth or has a micro-optical structure to achieve the light pattern boundary requirements of different customers.

[0039] The position of the light board 3 in the light module 1 determines the specifications of the corresponding reflector 5 on each light board 3. Taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the horizontal direction, that is, the light board 3 and the lens 2 are perpendicular to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are different, that is, the vertical height of each reflector 5 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6; taking the direction of the lens 2 as the vertical direction, when the light board 3 is placed in the vertical direction, that is, the light board 3 and the lens 2 are parallel to each other, the specifications of the reflector 5 corresponding to each LED light source 4 on the light board 3 are the same, and the vertical height of each reflector 5 on the light board 3 away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 on the light board 3 close to the incident area 6.

[0040] When there is only one LED light source 4 on a light board 3, taking three light boards as an example, each light board is arranged in a staggered manner, with the surface where the vertex on the reflector 5 close to the incident area 6 is located as the starting point, and the height from the bottom of each reflector 5 far away from the incident area 6 to the starting point is greater than the height from the bottom of the adjacent reflector 5 close to the incident area 6 to the starting point, and the imaging area 8 corresponds to a row of large light shadows composed of 3 small light shadows. When a certain LED light source 4 on a row of light boards 3 is turned off or dimmed, the light shadow corresponding to a column of the imaging area 8 will disappear or dim, thereby realizing the transformation of the light type of the imaging area 8.

[0041] Beneficial effects of the utility model: The utility model proposes a compact module for realizing the ADB function of a vehicle lamp, comprising at least two rows or columns of light modules 1 and a lens 2, one side of the lens 2 being an incident area 6, and the other side being a refraction area 7 and an imaging area 8, each row or column of the light modules 1 being arranged at the incident area 6 of the lens 2, and the composition of each row or column of the light modules 1 being the same, the light module 1 comprising: a light board 3, an LED light source 4 and a reflector 5, the LED light source 4 being mounted on the light board 3, and each light board 3 being provided with an LED light source 4, and a corresponding reflector 5 being provided under each of the LED light sources 4, so that each reflector 5 can collect light from its corresponding LED light source 4, and then reflect the collected light into the lens 2, and refract it out by the lens 2 , and finally a clear and complete image is formed in the imaging area 8. The vertical height of each reflector 5 far away from the incident area 6 is greater than the vertical height of the adjacent reflector 5 close to the incident area 6. The focal plane of the lens 2 is located between the central LED light source 4 of all lighting modules 1 and the top edge of the central reflector 5, or is located near the light-emitting chip of the central LED light source 4 of all lighting modules 1. When the reflector 5 far away from the incident area 6 collects the light of the corresponding LED light source 4 and reflects it, a part of the light will be blocked by the reflector 5 close to the incident area 6, and the remaining part of the light enters the lens 2 and forms a clear and complete light and shadow in the imaging area 8 through the lens 2, so that when a certain LED light source 4 is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area 8 disappears or becomes darker.

[0042] The above-mentioned embodiments only express several implementation methods of the utility model, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the scope of the patent of the utility model. It should be pointed out that, for ordinary technicians in this field, several variations and improvements can be made without departing from the concept of the utility model, and these all belong to the protection scope of the utility model. Therefore, the protection scope of the utility model patent shall be based on the attached claims.

Claims

1. A compact module for realizing the ADB function of a vehicle lamp, comprising at least two rows or columns of light modules (1) and lenses (2), characterized in that: One side of the lens (2) is an incident area (6), and the other side is a refraction area (7) and an imaging area (8). Each row or column of the light modules (1) is arranged in the incident area (6) of the lens (2), and the components of each row or column of the light modules (1) are the same. The light modules (1) include: a light board (3), an LED light source (4) and a reflector (5). The LED light source (4) is installed on the light board (3), and each light board (3) is provided with an LED light source (4). A corresponding reflector (5) is provided below each of the LED light sources (4), so that each reflector (5) can collect light from its corresponding LED light source (4), and then reflect the collected light into the lens (2), and refract it out by the lens (2), and finally form a clear and complete image in the imaging area (8). Each light module (1) is away from the incident area. The vertical height of the reflector (5) near the incident area (6) is greater than the vertical height of the adjacent reflector (5) near the incident area (6); the focal plane of the lens (2) is located between the central LED light source (4) of all the light modules (1) and the top edge of the central reflector (5), or is located near the light-emitting chip of the central LED light source (4) of all the light modules (1); when the reflector (5) far from the incident area (6) collects the light of the corresponding LED light source (4) and reflects it, part of the light will be blocked by the reflector (5) near the incident area (6), and the remaining part of the light enters the lens (2) and forms a clear and complete light and shadow in the imaging area (8) through the lens (2), so that when a certain LED light source (4) is turned off or dimmed, the corresponding clear and complete light and shadow formed in the imaging area (8) disappears or becomes dark.

2. The compact module for realizing the ADB function of a vehicle light according to claim 1, characterized in that: Each of the reflectors (5) is a parabola, an ellipsoid, a hyperboloid, or a composite surface based on these surfaces. The light sources (4) are all arranged at upper positions facing the corresponding reflectors (5), so as to better collect the light of the corresponding LED light sources (4) and reduce the loss of light energy.

3. The compact module for realizing the ADB function of a vehicle light according to claim 1, characterized in that: The lens (2) has a smooth surface or a micro-optical structure to achieve the light pattern boundary requirements of different customers.

4. The compact module for realizing the ADB function of a vehicle light according to claim 1, characterized in that: The position of the light panels (3) in the light module (1) determines the specifications of the corresponding reflectors (5) on each light panel (3).

5. The compact module for realizing the ADB function of a vehicle light according to claim 1, characterized in that: With the direction of the lens (2) as the vertical direction, when the light board (3) is placed in the horizontal direction, that is, the light board (3) and the lens (2) are perpendicular to each other, the reflectors (5) corresponding to each LED light source (4) on the light board (3) have different specifications, that is, the vertical height of each reflector (5) away from the incident area (6) is greater than the vertical height of the adjacent reflector (5) close to the incident area (6).

6. The compact module for realizing the ADB function of a vehicle light according to claim 1, characterized in that: With the direction of the lens (2) as the vertical direction, when the light board (3) is placed in the vertical direction, that is, the light board (3) and the lens (2) are parallel to each other, the reflectors (5) corresponding to each LED light source (4) on the light board (3) have the same specifications, and the vertical height of each reflector (5) on the light board (3) far from the incident area (6) is greater than the vertical height of the reflector (5) on the adjacent light board (3) close to the incident area (6).

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