CN206592960U - A kind of novel intelligent car light module - Google Patents
A kind of novel intelligent car light module Download PDFInfo
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- CN206592960U CN206592960U CN201621192419.2U CN201621192419U CN206592960U CN 206592960 U CN206592960 U CN 206592960U CN 201621192419 U CN201621192419 U CN 201621192419U CN 206592960 U CN206592960 U CN 206592960U
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Abstract
A kind of novel intelligent car light module, including：Laser source array, laser alignment unit, dynamic transmission-type fluorescent wheel, relay lens group, dmd chip system, projection lens set, it is characterised in that use laser source array converge at multiple laser a bit of dynamic rotary transmission fluorescent wheel；The positive one-wavelength laser hot spot of fluorescent wheel will be irradiated in and be converted to back side output of the secondary color white light in fluorescent wheel；Using relay lens group, the white hot spot at the fluorescent wheel back side is imaged on the working face of dmd chip, and folded the light path of whole module in position using speculum, the distribution of " Z " font is formed, reduces the volume of whole module；Finally, using multi-disc lens forming projection lens set, the reflection light of pixel in "On" state on DMD is projected away, form vehicle head lamp illumination, according to the utility model, by the use of dmd chip as the characteristic of high-resolution light valve device, the ultrahigh resolution of ADB functions is realized, is that the various functions of intelligent headlight provide safeguard.
Description
Technical field
The utility model is related to car light, specifically, and the utility model is related to a kind of intelligent automotive light module.A kind of intelligence
Car light module pacifies the size that the dark space to be formed only has head of the other side driver in diverse location, and other spaces have still been kept
Highlight illumination when entirely without target, such other side will not be dazzling.
Background technology
With vehicle travel at night, security issues become increasingly urgent, increasingly to automobile relevant manufacturer researching and developing new intelligence
Can car light technology.So-called novel intelligent car light technology is mainly the light type developed for the purpose of realizing AFS and ADB functions simultaneously can
Become car light.
For example, the headlight with ADB functions, coordinates the detection system of vehicle.Other ginsengs on road are found in detecting
During with a certain interval of person (such as in opposite directions, vehicles or pedestrians travelled in the same direction etc.) in headlamp illumination, what system can be intelligent
Adjust the interval brightness of illumination, it is to avoid the dazzling of danger is formed to illuminated person, without the space of other roads participant
Continue the illumination of holding high brightness.Under such technical support, it both can guarantee that we (carried the automobile of the adaptive headlights of LED
Driver) the high-quality illumination in front, again will not be to other participants on road (such as opposite, vehicles or row for travelling in the same direction
People etc.) form the dazzling of danger, it is ensured that the nighttime driving safety of each side on road.
One of existing solution, is the so-called matrix headlight based on MATRIX technologies, this technical scheme will be whole
The illumination space of individual headlamp is continuously divided into different blocks, and each block is responsible for illumination by the different LED of quantity, leads to
The LED for extinguishing particular block is crossed, minimum about 1 ° dark space can be provided.
It is existing to realize the adjustable light fixture of this range of exposures but including above-mentioned matrix headlight technical scheme, all deposit
The problem of one common, that is, the minimum angles of system formation dark space are still too big.Although that is, the dark space formed
It can make it that the driver of target vehicle is not dazzling, but the scope of dark space has also substantially exceeded the overall width needed for target, makes
The loss of illumination region is needed into us.Such as above-mentioned matrix headlight, most I provides 1 ° of dark space.The reality of the dark space
Border transverse width is depending on target and our distance, such as at wish to play a role in ADB 400 meters, the width of dark space is
(400 meters of 1 ° of * tan)=6.98 meters, and about 1.9 meters of actual overall width (by taking ordinary passenger car as an example), it is clear that dark space is excessive.
So-called ADB functions, optimal situation is that the dark space formed by intelligent headlight only has other side driver in different positions
The size on head when putting, other spaces still keep completely highlight illumination during without target, and such other side will not be dazzling,
We can also illuminate any region on travel route as far as possible.
Utility model content：
The purpose of this utility model be in order to improve above mentioned problem there is provided a kind of novel intelligent car light module, it is described new
The auto bulb illumination of intelligent automotive light module uses high-resolution headlight.
A kind of optics module technical scheme of novel intelligent car light of the utility model is as follows：
A kind of novel intelligent car light module, including：Laser source array, laser alignment unit, dynamic transmission-type fluorescent wheel,
Relay lens group, dmd chip system and projection lens set, it is characterised in that
Laser source array group includes 6-48 high-power blue-light semiconductor laser diode,
Laser alignment unit contain with the one-to-one lens of LASER Light Source quantity, sent out with collecting each LASER Light Source
The light gone out, and be directional light by LASER Light Source light collimation,
Dynamic and static transmission-type fluorescent wheel will be produced by laser source array, be radiated at the fluorescent wheel plane of incidence, i.e., positive indigo plant
Color Single wavelength small light spot, is converted into meeting the white composite spectrum of vehicle light illumination needs, is exported at the back side of fluorescent wheel,
Relay lens group is installed on fluorescent wheel exiting surface, i.e. back side rear, by the lambertian distribution changed out by fluorescent wheel
White light is collected, and is radiated on the dmd chip at relay lens group rear,
Dmd chip be realize be electronically entered, optics output MEMS (MEMS), perform space light modulation,
Projection lens set will go out by the modulated light amplification projections of DMD, form the final illumination light type of car light.
According to the utility model, by the coated reflective lens array before lens, left and right both direction is penetrated what is come
Collimated ray is all reflected towards same direction, i.e., the light that all lasers are sent all has collimated as the parallel of equidirectional
Light, optical axis of the laser alignment unit along the plus lens group being installed on above module enters plus lens group.It is saturating by convergence
The light collection that microscope group sends all lasers is in a point on the front of fluorescence ceramics.
According to the utility model, the hot spot dimensional energy distribution of output is Lambertian.Simultaneously because laser irradiation power ratio
It is larger, using the scheme of the fluorescent wheel of dynamic rotary, it is to avoid irradiation same point causes fluorescence ceramics to damage to laser for a long time.
The size shape of the white hot spot at the fluorescent wheel back side, it is corresponding with being radiated at its positive laser facula but all remote small
In the size of DMD working faces.Relay lens group will can be imaged in by design after the white hot spot amplification at the fluorescent wheel back side
On the working face of dmd chip, size meets the requirement of DMD working faces, avoids light to be irradiated to the area beyond working face as far as possible
Domain, improves efficiency.
Dmd chip be one kind developed, produced by Texas Instruments, to realize be electronically entered, optics output microcomputer
Electric system (MEMS), developer can perform high speed, the light modulation of efficient and reliable space by the system.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that
The laser alignment unit is penetrated left and right both direction by the coated reflective lens array before collimation lens
The collimated ray come is all reflected towards same direction, i.e., the light that all lasers are sent all is collimated as the flat of equidirectional
Row light, the plus lens group entered along the optical axis for the plus lens group being installed on above module before being located at relay lens group,
The light collection for being sent all lasers by plus lens group is in a point on the fluorescence ceramics front of plus lens group.
The light source cell of the automobile-used luminous flux light source module is constituted from laser source array to fluorescent wheel, its luminous flux reaches
To more than 13000 lumens.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that
When a certain pixel in DMD working faces be in "On" state when, by relay lens group come light, understand by DMD
On this specific pixel be reflected into the entrance pupil scope of projection lens set, projected away so as to be projected lens group (in screen
On curtain) pixel lighted is formed, if a certain pixel is in "Off" state, then the light being radiated at thereon will be reflected
Into the light absorber being arranged in dmd chip system, received because the light in the pixel is not projected lens group, so
(on screen) can form dark pixel accordingly.
Specifically, when a certain pixel in DMD working faces be in "On" state when, by relay lens group come light
Line, can be reflected into the entrance pupil scope of projection lens set by this specific pixel on DMD, so as to be projected lens group projection
Go out (on screen) form the pixel lighted.If a certain pixel is in "Off" state, then will be being radiated at thereon
Light be reflected into the light absorber being arranged in dmd chip system, connect because the light in the pixel is not projected lens group
By so (on screen) can form dark pixel accordingly.
According to the utility model, micro mirrors of each DMD containing most 2,000,000 independent controls (is implemented in corresponding
On cmos memory cell).
Each DMD contains the micro mirror (being implemented on corresponding cmos memory cell) of most 2,000,000 independent controls.
During running, DMD controllers are each basic unit of storage loading one " 1 " or one " 0 ".Next mirror image can be applied to answer
Digit pulse, this can cause each about hinge of micro mirror electrostatic deflection, so as to reach corresponding +/- 12 ° of states.Due to can be by
To two spring thimbles resistance and physics stop, the deviation angle of the two effective statuses is repeatable.In optical projection system
In ,+12 ° of state correspondence "ON" pixels, -12 ° of state correspondence "Off" pixels.Carried out by the ON/OFF dutycycle to each eyeglass
Program to create gray scale figure, and multiple light sources can be multiplexed to create RGB full color images.It is +/- in other application
12 ° of states provide a figure and its reverse figure for two general purpose outputs mouthful.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that
The purpose of projection lens set is, will be gone out by the modulated light amplification projections of DMD, forms vehicle final
Illuminate light type.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that
First lens unit is arranged at dynamic projection-type fluorescent wheel behind, including first and second two pieces of lens, and the relaying is saturating
Microscope group includes altogether three pieces of lens and one piece of speculum, the light that the hot spot that the fluorescent wheel back side is had been converted into white is sent
Collect, and above-mentioned white hot spot is imaged on the working face of dmd chip by relay lens group amplification, after amplification
Spot size is consistent with DMD micro mirror array working face size.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that
Speculum is between second and the 3rd piece of lens in relay lens group, by whole the first, the second lens
Optical axis is folded at speculum so that optical axis deflects 130 ° ± 15 °, the optical axis as the 3rd piece of lens.
According to feature described in the utility model, it is therefore intended that the operating distance during common optical axis of three pieces of lens of script is longer,
98mm is reached, if deploying successively, expensive real estate in car light is taken.If projection size of the relay lens group of script under depression angle
81*55mm is up to, using speculum is added in position, after overall light path folding, the above-mentioned projection of relay lens group
Size will be reduced into 61*38mm.
According to the utility model, to reach identical effect, the lens can make multiple combinations, it is important to realize above-mentioned
By fluorescent wheel, white hot spot is zoomed into as the task to DMD working faces behind, present designer magnifying power is 4.12 times, with
Reach the key of the utility model optical design.
According to a kind of novel intelligent car light module described in the utility model, it is characterised in that the speculum is located at second
17.8mm ± 11mm height and positions on optical axis direction after block lens exiting surface.
According to the utility model, the course of work of a whole set of optical design scheme is, by blue laser light source and laser alignment
Unit formation convergence hot spot；It is radiated on transmission-type Dynamic Fluorescence wheel, ultra-blue-light is converted into white by fluorescence ceramics is combined
Wavelength light；Relay lens group collects the light that the fluorescent wheel back side is sent, and the white hot spot at the fluorescent wheel back side is imaged in into DMD
On chip surface in working region；DMD opens or closed thereon various controllable according to the demand of actual vehicle intelligent headlight
Pixel, the pixel specially opened will may be such that the light reflected in the pixel enters follow-up projection lens set, so as to be projected
Go out to be formed illumination pixel, and the pixel closed by dmd chip, will cause the pixel glazed thread deviation, cannot be introduced into it is follow-up
Projection lens set, so as to form dark pixel；The reflection light being ultimately in the pixel of open mode will enter projection lens set,
So as to be projected away, the light and shade lighting figure formed needed for intelligent vehicle-carried headlight, as shown in Figure 7.
According to the utility model, using laser source array, multiple laser is converged to a bit of fluorescent wheel；Fluorescent wheel is adopted
Transmission-type scheme is used, and is dynamic rotary, the positive one-wavelength laser hot spot of fluorescent wheel will be irradiated in and be converted to secondary color white light
Exported at the back side of fluorescent wheel；Using relay lens group, the white hot spot at the fluorescent wheel back side is imaged in into the working face of dmd chip
On, and folded the light path of whole module in position using speculum, the distribution of " Z " font is formed, whole module is reduced
Volume；Using multi-disc lens forming projection lens set, the reflection light of the pixel in "On" state on DMD is projected out
Go, form vehicle head lamp illumination.By the use of dmd chip as the characteristic of high-resolution light valve device, the superelevation of ADB functions is realized
Resolution ratio, is that the various functions of intelligent headlight provide safeguard.
According to the utility model, using DMD DMDs, with laser source array light source, dynamic transmission-type fluorescence
Ceramic combination, creates a kind of new vehicle light illumination optics module design and realizes that high-resolution is intelligently big there is provided one kind
The optical solutions of lamp.And the program uses LASER Light Source, the hot spot formed by laser, collimating array can be much smaller than LED
Light source, therefore the volume of whole system can significantly reduce, and it is essential that the optical efficiency of system can be higher than using LED light
The similar device in source.
According to the utility model, it both can guarantee that we (carried the adaptive headlights of LED of technical solutions of the utility model
Driver) the high-quality illumination in front, again will not be to (the such as opposite, vehicles that travel in the same direction of other participants on road
Deng) form the dazzling of danger, it is ensured that the nighttime driving safety of each side on road.
Brief description of the drawings
Fig. 1 is a kind of intelligent automotive light modular structure schematic diagram that the utility model uses laser alignment unit.
Fig. 2A, Fig. 2 B are respectively LASER Light Source of the utility model using a kind of intelligent automotive light module of laser alignment unit
Array schematic perspective view, Fig. 2 B are provided with transmission-type Dynamic Fluorescence wheel 3.
Fig. 3 A- Fig. 3 B are respectively Fig. 2 side view of laser source array two.
Fig. 3 C are Fig. 3 B A-A places sectional view, show laser alignment unit by light along the remittance being installed on above module
The optical axis of poly- lens group enters plus lens group, the operating diagram of the point converged on fluorescence ceramics front.
Fig. 4 A, Fig. 4 B are respectively transmission-type Dynamic Fluorescence wheel stereogram.
Fig. 4 C, Fig. 4 D are respectively transmission-type Dynamic Fluorescence wheel front view and side view.
Fig. 4 E are the automobile-used superelevation luminous flux light source module operating diagram that the utility model uses laser alignment unit.
Fig. 4 F for Fig. 4 E A-A to sectional view.
Fig. 5 A- Fig. 5 C are respectively relay lens of the utility model using the intelligent automotive light modular structure of laser alignment unit
Front view, upward view and the side view of group.
Fig. 5 D for the relay lens group of Fig. 5 C intelligent automotive light modular structure A-A to sectional view.
Fig. 6 A are that a kind of projection lens set of intelligent automotive light modular structure of the present utility model and dmd chip system are three-dimensional
Schematic diagram.
Fig. 6 B are a kind of projection lens set of intelligent automotive light modular structure of the present utility model and dmd chip system side
View.
The A-A that Fig. 6 C are Fig. 6 B shows a kind of dmd chip of intelligent automotive light modular structure of the present utility model to sectional view
Pixel in system working face is in "Off" state schematic diagram.
Fig. 7 is the core component and optical path schematic diagram of a kind of intelligent automotive light modular structure of the present utility model, wherein,
Show that the pixel in the dmd chip system working face of intelligent automotive light modular structure is in "ON", the optical path of "Off" state, and
Illustrate relay lens group to fold the light path of whole module in position by speculum, form the distribution of " Z " font, reduce
The intention of whole modular volume.
Fig. 8, with Fig. 3 C, optical axis of the display laser alignment unit by light along the plus lens group being installed on above module
Into plus lens group, the operating diagram of the point converged on fluorescence ceramics front.
Fig. 9 A are that the utility model is illustrated using the automobile-used superelevation luminous flux light source module operation principle of laser alignment unit
Figure.
Fig. 9 B are Fig. 9 A side views.
Fig. 9 C for Fig. 9 B A-A to sectional view.
Figure 10 is the automobile-used superelevation luminous flux light source module part that the utility model is made up of laser optical arrays and fluorescent wheel
Exploded perspective view.
In figure, 1-1 is laser source array, and 2 be laser alignment unit, and 3 be transmission-type Dynamic Fluorescence wheel, and 4 is saturating for relaying
Microscope group, 5-1 is dmd chip system, and 5-2 is dmd chip working face, and 6 be projection lens set, and 7 be plus lens group, and 8 be laser
Light source heat radiation system, 9 be mounting bracket, and 10 be collimator lens array, and 11 be semiconductor laser display, and 12 be convergence laser
Spot, 13 be coated reflective lens array, and 14 be light absorption body.
Embodiment
Embodiment
A kind of novel intelligent car light module, including：Include the laser light of 16-42 high-power blue-light semiconductor laser diode
Source array, laser alignment unit, dynamic transmission-type fluorescent wheel, relay lens group, dmd chip system and projection lens set,
Laser alignment unit contain with the one-to-one lens of LASER Light Source quantity, sent out with collecting each LASER Light Source
The light gone out, and be directional light by LASER Light Source light collimation,
Dynamic transmission-type fluorescent wheel will be produced by laser source array, be radiated at the fluorescent wheel plane of incidence, i.e., positive blueness
Single wavelength small light spot, is converted into meeting the white composite spectrum of vehicle light illumination needs, is exported at the back side of fluorescent wheel,
Relay lens group is installed on fluorescent wheel exiting surface, i.e. back side rear, by the lambertian distribution changed out by fluorescent wheel
White light is collected, and is radiated on the dmd chip at relay lens group rear,
Dmd chip be realize be electronically entered, optics output MEMS (MEMS), perform space light modulation,
Projection lens set will go out by the modulated light amplification projections of DMD, form the final illumination light type of car light.
According to the utility model, by the coated reflective lens array before lens, left and right both direction is penetrated what is come
Collimated ray is all reflected towards same direction, i.e., the light that all lasers are sent all has collimated as the parallel of equidirectional
Light, optical axis of the laser alignment unit along the plus lens group being installed on above module enters plus lens group.It is saturating by convergence
The light collection that microscope group sends all lasers is in a point on the front of fluorescence ceramics, such as Fig. 3 C, Fig. 4 F, Fig. 8 institutes
Show.
According to the utility model, the hot spot dimensional energy distribution of output is Lambertian.Simultaneously because laser irradiation power ratio
It is larger, using the scheme of the fluorescent wheel of dynamic rotary, it is to avoid irradiation same point causes fluorescence ceramics to damage to laser for a long time, such as schemes
Shown in 4A-F, Figure 10.
The size shape of the white hot spot at the fluorescent wheel back side, it is corresponding with being radiated at its positive laser facula but all remote small
In the size of DMD working faces.Relay lens group will can be imaged in by design after the white hot spot amplification at the fluorescent wheel back side
On the working face of dmd chip, size meets the requirement of DMD working faces, avoids light to be irradiated to the area beyond working face as far as possible
Domain, improves efficiency, such as Fig. 5 D, shown in Fig. 7.
Dmd chip be one kind developed, produced by Texas Instruments, to realize be electronically entered, optics output microcomputer
Electric system (MEMS), developer can perform high speed, the light modulation of efficient and reliable space by the system.Each DMD
Micro mirror (being implemented on corresponding cmos memory cell) containing most 2,000,000 independent controls.
Specifically, when a certain pixel in DMD working faces be in "On" state when, by relay lens group come light
Line, can be reflected into the entrance pupil scope of projection lens set by this specific pixel on DMD, so as to be projected lens group projection
Go out (on screen) form the pixel lighted, as shown in Figure 6 C.If a certain pixel is in "Off" state, then will be
The light being radiated at thereon is reflected into the light absorber being arranged in dmd chip system, because the light in the pixel is not thrown
Shadow lens group is received, so (on screen) can form dark pixel accordingly.During running, DMD controllers are each base
This memory cell loads one " 1 " or one " 0 ".Next mirror image reset pulse can be applied, this can cause each micro mirror electrostatic
Deviate about hinge, so as to reach corresponding +/- 12 ° of states.Due to can by two spring thimbles resistance and physics
Stop, the deviation angle of the two effective statuses is repeatable.In projection systems ,+12 ° of state correspondence "ON" pixels ,-
12 ° of state correspondence "Off" pixels.It is programmed to create gray scale figure by the ON/OFF dutycycle to each eyeglass, and can
To multiplex multiple light sources to create RGB full color images.In other application, +/- 12 ° of states are two general purpose outputs mouthful
One figure and its reverse figure are provided.
According to the utility model, using DMD DMDs, with laser source array light source, dynamic transmission-type fluorescence
Ceramic combination, creates a kind of new vehicle light illumination optics module design and realizes that high-resolution is intelligently big there is provided one kind
The optical solutions of lamp.And the program uses LASER Light Source, the hot spot formed by laser, collimating array can be much smaller than LED
Light source, therefore the volume of whole system can significantly reduce, and it is essential that the optical efficiency of system can be higher than using LED light
The similar device in source.
According to the utility model, it both can guarantee that we (carried the adaptive headlights of LED of technical solutions of the utility model
Driver) the high-quality illumination in front, again will not be to (the such as opposite, vehicles that travel in the same direction of other participants on road
Deng) form the dazzling of danger, it is ensured that the nighttime driving safety of each side on road.
Claims (10)
1. a kind of novel intelligent car light module, including：Laser source array, laser alignment unit, dynamic transmission-type fluorescent wheel, in
After lens group, dmd chip system and projection lens set, it is characterised in that
Laser source array group includes 6-48 high-power blue-light semiconductor laser diode,
Laser alignment unit contain with the one-to-one collimation lens of LASER Light Source quantity (1), to collect each laser light
The light that source is sent, and be directional light by LASER Light Source light collimation,
Dynamic and static transmission-type fluorescent wheel will be produced by laser source array, be radiated at the fluorescent wheel plane of incidence, i.e., positive blueness is single
Wavelength small light spot, is converted into meeting the white composite spectrum of vehicle light illumination needs, is exported at the back side of fluorescent wheel,
Relay lens group is installed on fluorescent wheel exiting surface, i.e. back side rear, by the white light for the lambertian distribution changed out by fluorescent wheel
Collect, and be radiated on the dmd chip at relay lens group rear,
Dmd chip be realize be electronically entered, optics output MEMS (MEMS), perform space light modulation,
Projection lens set will go out by the modulated light amplification projections of DMD, form the final illumination light type of car light.
2. a kind of novel intelligent car light module as claimed in claim 1, it is characterised in that
The laser alignment unit is by the coated reflective lens array before collimation lens, by the LASER Light Source of rectangular frame
Array is all reflected towards same direction to penetrating the collimated ray come to both direction, will the light that sends of all semiconductor lasers
Line all collimates the directional light for equidirectional, along the optical axis for the plus lens group being installed on above unit, into
Plus lens group before lens group, the light collection for being sent all semiconductor lasers by plus lens group is in convergence
A point on the fluorescence ceramics front of lens group, obtains the blue small light spot of a high luminous power, the spot size 1.6-
1.8 square millimeters, luminous power 50-70W.
3. a kind of novel intelligent car light module as claimed in claim 1 or 2, it is characterised in that
It is upper and lower it is oblique be placed in the middle of rectangular frame, i.e. plated film between laser collimator lens array and semiconductor laser array
Reflection mirror array, 420~720nm reflectivity of its metallic-membrane plating reflector is more than 97%.
4. a kind of novel intelligent car light module as claimed in claim 1 or 2, it is characterised in that
The laser source array is is spaced opposed rectangular frame, and the side of rectangular frame two is relatively set with into the semiconductor of row pattern
Laser, forms LASER Light Source；
The laser collimator lens array is with being formed at swashing into row pattern semiconductor for the side of laser source array rectangular frame two
Light device is arranged on homonymy, the laser collimator lens array be embedded at the laser source array into row pattern semiconductor laser
Between while, with the laser source array offside into row pattern semiconductor laser just to set, and with the semiconductor
The position of laser, quantity are corresponded,
The semiconductor laser number into row pattern that the side of rectangular frame two is oppositely arranged is 16-42.
5. a kind of novel intelligent car light module as claimed in claim 3, it is characterised in that
The laser source array is is spaced opposed rectangular frame, and the side of rectangular frame two is relatively set with into the semiconductor of row pattern
Laser, forms LASER Light Source；
The laser collimator lens array is with being formed at swashing into row pattern semiconductor for the side of laser source array rectangular frame two
Light device is arranged on homonymy, the laser collimator lens array be embedded at the laser source array into row pattern semiconductor laser
Between while, with the laser source array offside into row pattern semiconductor laser just to set, and with the semiconductor
The position of laser, quantity are corresponded,
The semiconductor laser number into row pattern that the side of rectangular frame two is oppositely arranged is 16-42.
6. a kind of novel intelligent car light module as claimed in claim 1, it is characterised in that
The semiconductor laser number vertical, horizontal number of permutations respectively 3-7 into row pattern that the side of rectangular frame two is oppositely arranged, it is described to swash
Radiant array is interval 21-28mm rectangular frames.
7. a kind of novel intelligent car light module as claimed in claim 1, it is characterised in that
When a certain specific pixel in DMD working faces be in "On" state when, by relay lens group come light, by DMD
The specific pixel the entrance pupil scope for being reflected into projection lens set, projected away so as to be projected lens group, projection
A pixel lighted is formed on screen；
If a certain pixel in DMD working faces is in "Off" state, then the light irradiated in the pixel is reflected into cloth
The light absorber being placed in dmd chip system, is received, institute simultaneously as the light irradiated in the pixel is not projected lens group
So that dark pixel can be formed accordingly on the projection screen.
8. a kind of novel intelligent car light module as claimed in claim 1, it is characterised in that：
The transmission-type Dynamic Fluorescence wheel uses transmission-type scheme, and is dynamic rotary, will be irradiated in the positive monochrome of fluorescent wheel
Laser facula is converted to secondary color white light and exported at the back side of fluorescent wheel.
9. a kind of novel intelligent car light module as claimed in claim 1, it is characterised in that：
Using relay lens group, the white hot spot at the fluorescent wheel back side is imaged on the working face of dmd chip, and using reflection
The light path folding of whole module is formed the distribution of " Z " font, to reduce the volume of whole module by mirror.
10. a kind of novel intelligent car light module as claimed in claim 9, it is characterised in that：
Speculum is between second and the 3rd piece of lens in relay lens group, by the optical axis of whole the first, the second lens
Folded at speculum so that optical axis deflects 130 ° ± 15 °, the optical axis as the 3rd piece of lens.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621192419.2U CN206592960U (en) | 2016-11-03 | 2016-11-03 | A kind of novel intelligent car light module |
| PCT/CN2017/074197 WO2018082222A1 (en) | 2016-11-03 | 2017-02-21 | Novel intelligent vehicle lamp module and application method therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621192419.2U CN206592960U (en) | 2016-11-03 | 2016-11-03 | A kind of novel intelligent car light module |
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| Publication Number | Publication Date |
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| CN206592960U true CN206592960U (en) | 2017-10-27 |
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| CN201621192419.2U Active CN206592960U (en) | 2016-11-03 | 2016-11-03 | A kind of novel intelligent car light module |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111895364A (en) * | 2019-10-31 | 2020-11-06 | 长城汽车股份有限公司 | Lighting device and vehicle |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111895364A (en) * | 2019-10-31 | 2020-11-06 | 长城汽车股份有限公司 | Lighting device and vehicle |
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