CN101097056A - Combined lamp illuminating system - Google Patents
Combined lamp illuminating system Download PDFInfo
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- CN101097056A CN101097056A CNA200610090161XA CN200610090161A CN101097056A CN 101097056 A CN101097056 A CN 101097056A CN A200610090161X A CNA200610090161X A CN A200610090161XA CN 200610090161 A CN200610090161 A CN 200610090161A CN 101097056 A CN101097056 A CN 101097056A
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Abstract
The invention discloses a combined type lamp lighting system, which is characterized by the following: comprising a luminous unit, a reflecting unit and a filtering unit; arranging the filtering unit at the front of the reflecting unit; setting the filtering unit as filtering component and interlock device; setting the filtering component as ultraviolet to inhibit the light from the luminous unit and luminous ray; projecting the light to infrared through the filtering component; connecting the interlock device to the filtering component. This invention can increase safety for driving at night.
Description
Technical field
The present invention relates to a kind of light fixture hybrid system, be particularly related to and a kind ofly make the lighting device of vehicle and have visible light and infrared ray handoff functionality, to make the driver when the nighttime driving means of transport, can promote combined lamp illuminating system to surrounding enviroment visibility.
Background technology
Existing vehicle is to be installed with lighting device in its front side, and as head lamp, and the purpose of described lighting device can be known the situation of seeing sending a car in context and the place ahead when night running for the driver.As when meeting emergency situations, the driver can make a response in real time, to avoid the generation of driving accident.
Yet human visibility at night can not show a candle to the visibility on daytime, even if be the visibility that can strengthen night when steering vehicle by the lighting device of vehicle, the restriction of visual range is arranged still.Especially not good or do not have under the situation of street lighting at the street lighting on the road, only in the distance that the lighting device of vehicle can shine, the driver just may see the ambient conditions in the illuminated scope.For situation arround beyond the range of exposures, then be to make the driver obtain best road conditions information.
In view of this, The present invention be directed to the disappearance that the lighting device of existing vehicle is produced when using night, is to invent out this case after time study for a long time, and the phase can reach the requirement that meets numerous vehicle drivers' traffic safety.
Summary of the invention
Purpose of the present invention, a kind of combined lamp illuminating system is being provided, but it has project visible light line and ultrared function, and can be convenient to the vehicle driver according to different demands, and with luminous ray or infrared ray as lighting source, and the infrared ray night vision system of arranging in pairs or groups simultaneously makes the vehicle driver when night running, can be convenient to has clear and definite grasp to the road conditions in the place ahead, and improves the security of nighttime driving.
For realizing above-mentioned goal of the invention, the invention provides a kind of combined lamp illuminating system, include: luminescence unit, described luminescence unit provides the combined lamp light source; Reflector element, described luminescence unit wear and are limited in the described reflector element, and the light that luminescence unit produced is via outside the reflector element reflection and being projeced into; Filter unit, described filter unit are to be located at reflector element the place ahead, and described filter unit is to include filtering assembly and linkage; Described filtering assembly is to stop the ultraviolet ray of light that luminescence unit produces and the light penetrating object of luminous ray, the light of luminescence unit projects infrared ray via filtering assembly, described linkage is to be connected with filtering assembly, drives the filtering assembly start when the linkage start.Thus, when the linkage start, can make the related start of filtering assembly, with make combined lamp can be separately with luminous ray or infrared ray as lighting source, or simultaneously with luminous ray and infrared ray as lighting source.
According to above-mentioned conception, wherein said filtering assembly is with the made light penetrating object of material of the function of ultraviolet ray with filtering light and luminous ray, when the linkage start, makes that described combined lamp is to be lighting source with the infrared ray.
According to above-mentioned conception, wherein said filtering assembly is to be hollow cylindrical, and can make filtering assembly when the linkage start is to break away from or cover to cover luminescence unit, and be provided with optical coating in the plating of the light outgoing plane of filtering assembly, make described filtering assembly stop the ultraviolet ray and the luminous ray of light that luminescence unit produces.
According to above-mentioned conception, wherein said filtering assembly is that two corresponding concave arc bodies can be the folding start, when the linkage start, can make filtering assembly is to open or cover to both sides to cover luminescence unit, and be provided with optical coating in the plating of the light outgoing plane of filtering assembly, make described filtering assembly stop the ultraviolet ray and the luminous ray of light that luminescence unit produces.
According to above-mentioned conception, wherein said combined lamp illuminating system is to be provided with a lenticular body in filter unit the place ahead, and the filtering assembly of described filter unit is plates, and be provided with comprehensively or the part optical coating in the light entering surface of filtering assembly or outgoing plane plating, make described filtering assembly stop the ultraviolet ray and the luminous ray of light that luminescence unit produces.
According to above-mentioned conception, wherein said filtering assembly is to can be half-and-half to separate shape up and down, and each half of filtering assembly is to set firmly with a linkage respectively, and when the linkage start, filtering assembly that can be simultaneously that each is half of maybe can make each half of filtering assembly for closing separately and opening separately for closing simultaneously or opening simultaneously.
The present invention also provides a kind of combined lamp illuminating system, includes: luminescence unit, and described luminescence unit provides the combined lamp light source; Reflector element, described luminescence unit wear and are limited in the described reflector element, and the light that luminescence unit produced is via outside the reflector element reflection and being projeced into; Filtering assembly, described filtering assembly are to stop the ultraviolet ray of light that luminescence unit produces and the light penetrating object of luminous ray, and the light of luminescence unit projects infrared ray via filtering assembly.Thus, when luminescence unit produces light, with make combined lamp simultaneously with visible light and infrared ray as lighting source, or with infrared ray as lighting source.
According to above-mentioned conception, wherein said filtering assembly is with the made lenticular body of material of the function of ultraviolet ray with filtering light and luminous ray, makes that described combined lamp is to be lighting source with the infrared ray.
According to above-mentioned conception, wherein said filtering assembly is a lenticular body, and be provided with the part optical coating that the ultraviolet ray that can stop light that luminescence unit produces and luminous ray penetrate in lenticular body plating, make the combined lamp while with visible light and infrared ray as lighting source.
The present invention has advantage what follows:
1. the present invention is in limited car light space, but integrate light fixture and have project visible light line and ultrared function, and the luminous ray of described light fixture is to have dipped headlights or high beam effect as head lamp, and can be convenient to the vehicle driver according to different demand, and with luminous ray or infrared ray as lighting source.
The present invention be can be with automobile-used head lamp with luminous ray or infrared ray as independent lighting source, or simultaneously with luminous ray and infrared ray as lighting source, and collocation infrared ray night vision system, make the vehicle driver when night running, can be convenient to has clear and definite grasp to the road conditions in the place ahead, and improves the security of nighttime driving.
3. the present invention is that plating is provided with the ultraviolet ray that can stop light and the optical coating of luminous ray on filtering assembly, or filtering assembly is made with the material of the function of ultraviolet ray with filtering light and luminous ray, light fixture is reached have with the function of infrared ray as lighting source, light fixture need not be installed again additional, and the cost of manufacturing can be saved with infrared function.
Description of drawings
Fig. 1 is that whole group of the present invention is established schematic diagram;
Fig. 2 is the three-dimensional appearance schematic diagram of first embodiment;
Fig. 3 is that the filtering assembly cover of first embodiment is overlying on the luminescence unit schematic diagram;
Fig. 4 is that the filtering assembly of first embodiment breaks away from the luminescence unit schematic diagram;
Fig. 5 is the filtering assembly of second embodiment and the three-dimensional appearance schematic diagram of linkage;
Fig. 6 is that the filtering assembly cover of second embodiment is overlying on the luminescence unit schematic diagram;
Fig. 7 is that the filtering assembly of second embodiment breaks away from the luminescence unit schematic diagram;
Fig. 8 is the schematic top plan view that the closed also cover of the filtering assembly of the 3rd embodiment is overlying on luminescence unit;
Fig. 9 is that the filtering assembly of the 3rd embodiment is opened and broken away from schematic top plan view in luminescence unit;
Figure 10 is that the integral body group of the 4th embodiment is established schematic diagram;
Figure 11 is the last ora terminalis schematic diagram that the filtering assembly of the 4th embodiment is fixedly arranged on reflector element;
Figure 12 is the following ora terminalis schematic diagram that the filtering assembly of the 4th embodiment is fixedly arranged on reflector element;
Figure 13 is the right-hand member edge schematic diagram that the filtering assembly of the 4th embodiment is fixedly arranged on reflector element;
Figure 14 is the left end edge schematic diagram that the filtering assembly of the 4th embodiment is fixedly arranged on reflector element;
Figure 15 is the schematic side view that the filtering assembly of the 4th embodiment covers on reflector element;
Figure 16 is that the filtering assembly of the 4th embodiment breaks away from the schematic side view in reflector element;
Figure 17 is the schematic side view that the filtering assembly of the 5th embodiment covers on reflector element;
Figure 18 is that the filtering assembly of the 5th embodiment breaks away from the schematic side view in reflector element;
Figure 19 is the three-dimensional appearance schematic diagram of the 6th embodiment;
Figure 20 is the front-view schematic diagram that the filtering assembly of the 6th embodiment covers whole opening ora terminalis of reflector element;
Figure 21 is the front-view schematic diagram that the filtering assembly of the 6th embodiment covers the part opening ora terminalis of reflector element;
Figure 22 is that the integral body group of the 7th embodiment is established schematic diagram;
Figure 23 is the schematic side view that the filtering assembly of the 7th embodiment covers whole opening ora terminalis of reflector element;
Figure 24 is the schematic side view that the filtering assembly of the 7th embodiment covers the part opening ora terminalis of reflector element;
Figure 25 is that the filtering assembly of the 8th embodiment is the schematic side view of full open state;
Figure 26 is that the filtering assembly of the 8th embodiment is the schematic side view of a unlatching and a closure state;
Figure 27 is that the filtering assembly of the 8th embodiment is the schematic side view of complete closure state;
Figure 28 is that the integral body group of the 9th embodiment is established schematic diagram.
Description of reference numerals: 1 luminescence unit; 2 reflector elements; 21 guide grooves; 3 filter units; 31 filtering assemblies; 311 optical coatings; 32 linkages; 321 traces; 322 fixation kits; 4 lenticular bodies; 5 filtering assemblies; 51 optical coatings.
The specific embodiment
About technological means of the present invention, lift the number preferred embodiment and cooperate graphic in hereinafter being elaborated, for understanding and admit the present invention in depth.
Combined lamp illuminating system of the present invention is to be fixedly arranged on the vehicle body front side, and be used with image acquisition system that is fixedly arranged on vehicle body (CCD) and display system (LCD), to make image acquisition system that the image that is captured is sent to display system, and can watch shown image for the driver, described image acquisition system is the image of fechtable via infrared ray (IR) irradiation.See also shown in Figure 1, for the integral body group of combined lamp is established schematic diagram; Described combined lamp is to comprise luminescence unit 1, reflector element 2 and filter unit 3, wherein:
Described luminescence unit 1 provides the required light source of combined lamp, and described luminescence unit 1 is to can be the led module that based on halogen bulb, Xe lamp bulb or a plurality of light emitting diode (LED) are formed;
Described reflector element 2 be wear for luminescence unit 1 spacing, and outside the light that luminescence unit 1 is produced is projeced into via reflector element 2;
Described filter unit 3 is to be located at reflector element 2 the place aheads, and described filter unit 3 is to include filtering assembly 31 and linkage 32; Described filtering assembly 31 is with the made light penetrating object of material of the function of ultraviolet ray with filtering light and luminous ray, or with glass or the made light-permeable body of plastic material, and described filtering assembly 31 is to be provided with the optical coating 311 that the ultraviolet ray (UV) that can stop light and visible light penetrate in light outgoing plane plating, makes light project sightless infrared ray via filtering assembly 31; Described linkage 32 is to be connected with filtering assembly 31, can drive filtering assembly 31 starts when linkage 32 starts.
The above is established for the essential structure group of combined lamp.The following stated then is several preferred embodiment of the present invention.
The following stated is the first embodiment of the present invention, and described first embodiment establishes with the essential structure group of above-mentioned combined lamp to have same section, assembly that remarks is identical numbering, and short ofly mention especially, then being used as is to have equal structure and function.
The luminescence unit 1 of described first embodiment is a based on halogen bulb, and described filtering assembly 31 is to be hollow cylindrical, and in the light outgoing plane of filtering assembly 31 comprehensively plating be provided with optical coating 311, as shown in Figure 2.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related direction start that makes filtering assembly 31 towards luminescence unit 1, as shown in Figure 3, to make filtering assembly 31 covers cover luminescence unit 1, and a part of luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31, and throws away towards vehicle body the place ahead after reflector element 2 reflections; The luminous ray of another part then can throw away towards vehicle body the place ahead along the axle center of luminescence unit 1, and described luminous ray can be tool high beam effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related filtering assembly 31 that sets firmly with linkage 32 that makes breaks away from luminescence unit 1 towards the direction start away from luminescence unit 1 to make filtering assembly 31, as shown in Figure 4.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throws away towards the place ahead of vehicle body, makes described luminous ray can be tool dipped headlights effect.
The following stated is the second embodiment of the present invention, and described second embodiment has same section with the first above-mentioned embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
The luminescence unit 1 of described second embodiment is a based on halogen bulb, and described filtering assembly 31 is to be hollow cylindrical, and is provided with optical coating 311 in the light outgoing plane plating of filtering assembly 31.And described filtering assembly 31 is to be connected with the trace 321 of linkage 32, and described trace 321 is to articulate with the fixation kit 322 that is fixedly arranged on the combined lamp appropriate location in its body center, can when linkage 32 starts, make filtering assembly 31 be the fixed-point type swing, as shown in Figure 5.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related filtering assembly 31 that makes is the fixed-point type swing towards the direction of luminescence unit 1, to make filtering assembly 31 covers cover luminescence unit 1, as shown in Figure 6, and a part of luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31, and after reflector element 2 reflections, throw away towards vehicle body the place ahead, the luminous ray of another part then can throw away towards vehicle body the place ahead along the axle center of luminescence unit 1, and described luminous ray can be tool high beam effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related filtering assembly 31 that sets firmly with linkage 32 of making is the fixed-point type swing towards the direction away from luminescence unit 1, breaks away from luminescence units 1 to make filtering assembly 31, as shown in Figure 7.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throws away towards the place ahead of vehicle body, makes described luminous ray can be tool dipped headlights effect.
The following stated is the third embodiment of the present invention, and described the 3rd embodiment has same section with the first above-mentioned embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
The luminescence unit 1 of described the 3rd embodiment is a based on halogen bulb, and described filtering assembly 31 is that two corresponding concave arc bodies can be the folding start, and is provided with optical coating 311 in comprehensive plating of the light outgoing plane of filtering assembly 31.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related direction closure that makes the filtering assembly 31 that sets firmly with linkage 32 towards luminescence unit 1, to make filtering assembly 31 covers cover luminescence unit 1, as shown in Figure 8, and a part of luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31, and throws away towards vehicle body the place ahead after reflector element 2 reflections.The luminous ray of another part then can throw away towards vehicle body the place ahead along the axle center of luminescence unit 1, and described luminous ray can be tool high beam effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and transmitted institute's picked image to display system that the driver watched.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related filtering assembly 31 that sets firmly with linkage 32 that makes is opened towards the direction away from luminescence unit 1 both sides, as shown in Figure 9.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throws away towards the place ahead of vehicle body, makes described luminous ray can be tool dipped headlights effect.
The following stated is the fourth embodiment of the present invention, and described the 4th embodiment establishes with the essential structure group of above-mentioned combined lamp to have same section, assembly that remarks is identical numbering, and short ofly mention especially, then being used as is to have equal structure and function.
The difference of described the 4th embodiment is, the place ahead of described filtering assembly 31 is provided with the lenticular body 4 of light-permeable, as shown in figure 10, described lenticular body 4 be can glass material or plastic material made, and the luminescence unit 1 of present embodiment is a based on halogen bulb, described filtering assembly 31 is plates, and in the light entering surface of filtering assembly 31 comprehensively plating be provided with optical coating 311, and described filtering assembly 31 is the last ora terminalis (as shown in figure 11) that can be fixedly arranged on reflector element 2 respectively, following ora terminalis (as shown in figure 12), right-hand member edge (as shown in figure 13) or left end edge (as shown in figure 14).
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related direction closure that makes the filtering assembly 31 that sets firmly with linkage 32 towards reflector element 2, to make filtering assembly 31 cover on reflector element 2, (described Figure 15 is fixedly arranged on the last ora terminalis of reflector element 2 as the signal representative with filtering assembly 31 as shown in figure 15, if described filtering assembly 31 is fixedly arranged on the following ora terminalis in reflector element 2, left end edge or right-hand member edge also can be identical making flowing mode and produce identical effect as described below), and the luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31 and throw away via reflector element 2 reflections again.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related filtering assembly 31 that sets firmly with linkage 32 that makes is opened towards the direction away from reflector element 2, as shown in figure 16.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throws away towards the place ahead of vehicle body.
The following stated is the fifth embodiment of the present invention, and described the 5th embodiment has same section with the 4th above-mentioned embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
The difference of described the 5th embodiment is, the place ahead of described filtering assembly 31 is provided with the lenticular body 4 of light-permeable, and the luminescence unit 1 of present embodiment is a based on halogen bulb, described filtering assembly 31 is plates, and be provided with part optical coating 311 in the plating of the light entering surface of filtering assembly 31, and described filtering assembly 31 is last ora terminalis, time ora terminalis, left end edge or the right-hand member edge that can be fixedly arranged on reflector element 2 respectively.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related direction closure that makes the filtering assembly 31 that sets firmly with linkage 32 towards reflector element 2, to make filtering assembly 31 cover on reflector element 2, as shown in figure 17, after the light that luminescence unit 1 is produced reflects via reflector element 2, part luminous ray can be converted to sightless infrared ray via the optical coating 311 of filtering assembly 31 and throw away, the luminous ray of another part then can be provided with optical coating 311 parts via the nothing plating of filtering assembly 31, and throw away towards vehicle body the place ahead, and described luminous ray can be tool dipped headlights effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related filtering assembly 31 that sets firmly with linkage 32 that makes is opened towards the direction away from reflector element 2, shown in the 18 figure.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throw away towards the place ahead of vehicle body, and described luminous ray can be tool high beam effect.
The following stated is the sixth embodiment of the present invention, and described the 6th embodiment has same section with above-mentioned the 4th embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
Continuous see also shown in Figure 19, the place ahead of described filter unit 3 is provided with the lenticular body 4 of light-permeable, and described luminescence unit 1 is a based on halogen bulb, described filter unit 3 is sides of being located at reflector element 2, and the filtering assembly 31 of described filter unit 3 is plates, and in the light entering surface of filtering assembly 31 comprehensively plating be provided with optical coating 311, the ora terminalis of described reflector element 2 is provided with the guide groove 21 that can advance for guiding filtering assembly 31, described filtering assembly 31 is to be connected with linkage 32.When linkage 32 starts, making filtering assembly 31 is the opening ora terminalis (guide groove 21 that reflector element 2 as shown in figure 19 is provided with is following ora terminalis of being located at reflector element 2, and described guide groove 21 also can be located at the last ora terminalis of reflector element 2) that can cover reflector element 2 wholly or in part.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related guide groove 21 that makes filtering assembly 31 slip into reflector element 2, to make filtering assembly 31 cover the opening ora terminalis of reflector element 2 fully, as shown in figure 20, and the luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31, and throw away towards vehicle body the place ahead via after reflector element 2 reflections again.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related guide groove 21 that makes filtering assembly 31 skid off reflector element 2, leave the opening ora terminalis of reflector element 2 to make filtering assembly 31, as shown in figure 19.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throws away towards the place ahead of vehicle body.
When the dead area of filtering assembly 31 is opening ora terminalis less than reflector element 2, then in driving linkage 32 starts and driving filtering assembly 31, and reflector element 2 is covered for part, as shown in figure 21, a part of luminous ray that luminescence unit 1 is produced can be via after reflector element 2 reflections, be converted to sightless infrared ray via filtering assembly 31 again, and throw away towards vehicle body the place ahead, the luminous ray of another part then can throw away towards vehicle body the place ahead via reflector element 2 reflections, and described luminous ray can be tool dipped headlights effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
The following stated is the seventh embodiment of the present invention, and described the 7th embodiment has same section with above-mentioned the 4th embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
The difference of described the 7th embodiment is, the place ahead of described filter unit 3 is provided with the lenticular body 4 of light-permeable, and described luminescence unit 1 is a based on halogen bulb, described filter unit 3 is belows of being located at reflector element 2, as shown in figure 22, and the filtering assembly 31 of described filter unit 3 is plates, and in the light entering surface of filtering assembly 31 comprehensively plating be provided with optical coating 311, described filtering assembly 31 is to be connected with linkage 32, when linkage 32 starts, can make filtering assembly 31 is the opening ora terminalis that can cover reflector element 2 wholly or in part.
When desiring to make combined lamp project infrared ray, can drive linkage 32 starts, and the related filtering assembly 31 that makes is towards the top start, to make filtering assembly 31 cover the opening ora terminalis of reflector element 2 fully, as shown in figure 23, and the luminous ray that luminescence unit 1 is produced can be converted to sightless infrared ray via filtering assembly 31, and throw away towards vehicle body the place ahead via after reflector element 2 reflections again.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp throw general luminous ray, can drive linkage 32 starts, and the related guide groove 21 that makes the filtering assembly 31 that sets firmly with linkage 32 skid off reflector element 2 leaves the opening ora terminalis of reflector element 2 to make filtering assembly 31, as shown in figure 22.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throw away towards the place ahead of vehicle body, and described luminous ray can be tool high beam effect.
When the dead area of filtering assembly 31 is opening ora terminalis less than reflector element 2, then in driving linkage 32 starts and driving filtering assembly 31, and reflector element 2 is covered for part, as shown in figure 24, a part of luminous ray that luminescence unit 1 is produced can be via after reflector element 2 reflections, be converted to sightless infrared ray via filtering assembly 31 again, and throw away towards vehicle body the place ahead, the luminous ray of another part then can throw away towards vehicle body the place ahead via reflector element 2 reflections, and described luminous ray can be tool dipped headlights effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
The following stated is the eighth embodiment of the present invention, and described the 8th embodiment has same section with the 4th above-mentioned embodiment, the assembly numbering that remarks is identical, and short ofly mention especially, then being used as is to have equal structure and function.
The difference of described the 8th embodiment is, be provided with the lenticular body 4 of light-permeable in the place ahead of filtering assembly 31, and the luminescence unit 1 of present embodiment is a based on halogen bulb, described filtering assembly 31 is plates, and in the light entering surface of filtering assembly 31 comprehensively plating be provided with optical coating 311, and described filtering assembly 31 is shape separately half-and-half up and down, and each half of filtering assembly 31 is ora terminalis under the last ora terminalis that is fixedly arranged on reflector element 2 respectively reaches, and set firmly with two linkages 32 respectively, as shown in figure 25.
When desiring to make combined lamp is simultaneously when project visible light line and infrared ray, can drive a wherein linkage 32 starts, and make the direction closure of the filtering assembly 31 of one side of something wherein towards reflector element 2, make described half of filtering assembly 31 cover on the ora terminalis opening of reflector element 2, as shown in figure 26, a part of luminous ray that luminescence unit 1 is produced can be through reflector element 2 reflections, filtering assembly 31 via one side of something is converted to sightless infrared ray again, throw away towards vehicle body the place ahead, the luminous ray of another part then can be via reflector element 2 reflections, and directly throw away towards vehicle body the place ahead, and described luminous ray can be tool dipped headlights effect, makes combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp is when only projecting infrared ray, can drive 32 starts simultaneously of two linkages, and the related direction closure that makes each half of filtering assembly 31 towards reflector element 2, to make filtering assembly 31 cover on the ora terminalis opening of reflector element 2, as shown in figure 27, and the luminous ray that luminescence unit 1 is produced can all be converted to sightless infrared ray via filtering assembly 31 more all via reflector element 2 reflections, throws away towards vehicle body the place ahead.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
When desiring to make combined lamp only throw general luminous ray, can drive 32 starts simultaneously of two linkages, and related each half of filtering assembly 31 that makes is opened towards the direction away from reflector element 2, as shown in figure 25.The luminous ray that this moment, luminescence unit 1 was produced after reflector element 2 reflections, promptly throw away towards the place ahead of vehicle body, and described luminous ray can be tool high beam effect.
The following stated is the ninth embodiment of the present invention, and described the 9th embodiment establishes with the essential structure group of above-mentioned combined lamp to have same section, assembly that remarks is identical numbering, and short ofly mention especially, then being used as is to have equal structure and function.
The main difference of described the 9th embodiment is, described combined lamp is to include a luminescence unit 1, a reflector element 2 and a filtering assembly 5, wherein said luminescence unit 1 is a based on halogen bulb, described filtering assembly 5 is the lenticular bodies that can be a light-permeable, and described filtering assembly 5 is part optical coatings 51 that plating is provided with the ultraviolet ray that can stop light that luminescence unit produces and luminous ray ejaculation, the light that luminescence unit 1 is produced, can project infrared ray via the optical coating 51 of filtering assembly 5, as shown in figure 28.
When combined lamp starts, a part of luminous ray that luminescence unit 1 is produced can be through reflector element 2 reflections, be converted to sightless infrared ray again via the optical coating 51 of filtering assembly 5, and throw away towards vehicle body the place ahead, the luminous ray of another part then can be via reflector element 2 reflections, and via filtering assembly 5 no optics plated film 51 parts, directly throw away towards vehicle body the place ahead, make combined lamp have luminous ray simultaneously and infrared ray is a lighting source.This moment, image acquisition system then can capture the object image that the infrared radiation of being throwed by combined lamp is arrived, and institute's picked image is sent to the display system that the driver watches.
The above only is preferred embodiment of the present invention, and when not limiting scope of the invention process with this, i.e. the equivalence of being done according to claim of the present invention and description of the invention content generally changes and modifies, and all should still belong in the covering scope of patent of the present invention.
Claims (14)
1. a combined lamp illuminating system is characterized in that, includes:
Luminescence unit, described luminescence unit provides the combined lamp light source;
Reflector element, described luminescence unit wear and are limited in the described reflector element, and the light that luminescence unit produced is via outside the reflector element reflection and being projeced into;
Filter unit, described filter unit are to be located at reflector element the place ahead, and described filter unit is to include filtering assembly and linkage; Described filtering assembly is to stop the ultraviolet ray of light that luminescence unit produces and the light penetrating object of luminous ray, the light of luminescence unit projects infrared ray via filtering assembly, described linkage is to be connected with filtering assembly, drives the filtering assembly start when the linkage start.
2. combined lamp illuminating system as claimed in claim 1 is characterized in that: described filtering assembly is with the made light penetrating object of material of the function of ultraviolet ray with filtering light and luminous ray.
3. combined lamp illuminating system as claimed in claim 1, it is characterized in that: described filtering assembly is hollow cylindrical, filtering assembly is for breaking away from or cover covers luminescence unit during the linkage start, and in the light outgoing plane of filtering assembly comprehensively plating be provided with the ultraviolet ray that stops light that luminescence unit produces and the optical coating of luminous ray.
4. combined lamp illuminating system as claimed in claim 1, it is characterized in that: described filtering assembly is the two corresponding concave arc bodies that can be the folding start, when the linkage start, filtering assembly is for opening to both sides or cover covers luminescence unit, and in the light outgoing plane of filtering assembly comprehensively plating be provided with the ultraviolet ray that stops light that luminescence unit produces and the optical coating of luminous ray.
5. combined lamp illuminating system as claimed in claim 1 is characterized in that: described combined lamp illuminating system is provided with lenticular body in filter unit the place ahead.
6. combined lamp illuminating system as claimed in claim 5, it is characterized in that: the filtering assembly of described filter unit is plates, and partly plates in the light entering surface of filtering assembly or outgoing plane and to be provided with the ultraviolet ray that stops light that luminescence unit produces and the optical coating of luminous ray.
7. combined lamp illuminating system as claimed in claim 5, it is characterized in that: the filtering assembly of described filter unit is plates, and is provided with the ultraviolet ray that stops light that luminescence unit produces and the optical coating of luminous ray in comprehensive plating of the light entering surface of filtering assembly or outgoing plane.
8. combined lamp illuminating system as claimed in claim 7, it is characterized in that: described filtering assembly is for half-and-half separating shape up and down, and each half of filtering assembly is to set firmly with linkage respectively, and when the linkage start, each half of filtering assembly is for closing simultaneously or open simultaneously, or each half of filtering assembly is for closing separately and opening separately.
9. as each described combined lamp illuminating system in the claim 1 to 8, it is characterized in that: described luminescence unit is the led module that based on halogen bulb, Xe lamp bulb or a plurality of light emitting diode are formed.
10. a combined lamp illuminating system is characterized in that, includes:
Luminescence unit, described luminescence unit provides the combined lamp light source;
Reflector element, described luminescence unit wear and are limited in the described reflector element, and the light that luminescence unit produced is via outside the reflector element reflection and being projeced into;
Filtering assembly, described filtering assembly are to stop the ultraviolet ray of light that luminescence unit produces and the light penetrating object of luminous ray, and the light of luminescence unit projects infrared ray via filtering assembly.
11. combined lamp illuminating system as claimed in claim 10 is characterized in that: described filtering assembly is with the made light penetrating object of the material of the function of ultraviolet ray with filtering light and luminous ray.
12. combined lamp illuminating system as claimed in claim 10 is characterized in that: described filtering assembly is the part optical coating that plating is provided with the ultraviolet ray that stops light that luminescence unit produces and luminous ray ejaculation.
13. as claim 11 or 12 described combined lamp illuminating systems, it is characterized in that: described filtering assembly is a lenticular body.
14. as each described combined lamp illuminating system in the claim 10 to 12, it is characterized in that: described luminescence unit is the led module that based on halogen bulb, Xe lamp bulb or a plurality of light emitting diode are formed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200610090161XA CN101097056A (en) | 2006-06-29 | 2006-06-29 | Combined lamp illuminating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA200610090161XA CN101097056A (en) | 2006-06-29 | 2006-06-29 | Combined lamp illuminating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101097056A true CN101097056A (en) | 2008-01-02 |
Family
ID=39011067
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA200610090161XA Pending CN101097056A (en) | 2006-06-29 | 2006-06-29 | Combined lamp illuminating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101097056A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102426410A (en) * | 2011-08-23 | 2012-04-25 | 奇瑞汽车股份有限公司 | Vehicle-mounted light supplementing system and control method thereof |
| CN102563542A (en) * | 2009-05-13 | 2012-07-11 | 李欣洋 | LED light source comprising COC (cyclic olefin copolymer) optical filter |
| CN103047570A (en) * | 2012-12-25 | 2013-04-17 | 宁波友康照明电器有限公司 | Led lamp |
| CN103822099A (en) * | 2014-01-14 | 2014-05-28 | 漳浦桂宏工业有限公司 | Lamp device with changeable illumination mode |
-
2006
- 2006-06-29 CN CNA200610090161XA patent/CN101097056A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102563542A (en) * | 2009-05-13 | 2012-07-11 | 李欣洋 | LED light source comprising COC (cyclic olefin copolymer) optical filter |
| CN102426410A (en) * | 2011-08-23 | 2012-04-25 | 奇瑞汽车股份有限公司 | Vehicle-mounted light supplementing system and control method thereof |
| CN103047570A (en) * | 2012-12-25 | 2013-04-17 | 宁波友康照明电器有限公司 | Led lamp |
| CN103822099A (en) * | 2014-01-14 | 2014-05-28 | 漳浦桂宏工业有限公司 | Lamp device with changeable illumination mode |
| CN103822099B (en) * | 2014-01-14 | 2016-09-07 | 漳浦桂宏工业有限公司 | A kind of lamp device of convertible light illumination mode |
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