CN109724020A - Outdoor lighting structure and its operating method - Google Patents
Outdoor lighting structure and its operating method Download PDFInfo
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- CN109724020A CN109724020A CN201711031836.8A CN201711031836A CN109724020A CN 109724020 A CN109724020 A CN 109724020A CN 201711031836 A CN201711031836 A CN 201711031836A CN 109724020 A CN109724020 A CN 109724020A
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Abstract
It includes lamp stand, lamps and lanterns and detector that the present invention, which provides a kind of outdoor lighting structure and its operating method, the outdoor lighting structure,.Lamps and lanterns are set on lamp stand.Detector telecommunication is connected to lamps and lanterns, and wherein lamps and lanterns selectively issue the light with the first light type or the second light type according to the signal for the first light type glare area for whether having vehicle to enter the outdoor lighting structure detected by detector.
Description
Technical field
The present invention relates to a kind of outdoor lighting structure and its operating methods, more particularly to a kind of machine that can reduce generation dazzle
The outdoor lighting structure and its operating method of rate.
Background technique
The light issued by street lamp can on special angle with the light of high brightness, the light of such high brightness with
Environment light around when night has very big luminance difference, and quite dazzling for human eye, is easy to happen the situation of dazzle,
And increase risk.Therefore, the probability of dazzle generation how is reduced, it is quite important to driver to enhance road safety.
Summary of the invention
The present invention provides a kind of outdoor lighting structure and its operating method, can reduce the probability that dazzle occurs.
A kind of outdoor lighting structure of the invention, including lamp stand, lamps and lanterns and detector.Lamps and lanterns are set on lamp stand.Detection
Device telecommunication is connected to lamps and lanterns, and wherein lamps and lanterns are according to whether have detected by detector vehicle to enter the outdoor lighting structure the
The signal of one light type glare area selectively issues the light with the first light type or the second light type.
In one embodiment of this invention, above-mentioned lamps and lanterns include shell, the first lamp group for being fixed on shell and are articulated in
Second lamp group of shell, the second lamp group are adapted to shell and rotate between the first location and the second location, the first lamp group with
The second lamp group when positioned at first position issues the light of the first light type jointly, and the first lamp group and second when being located at the second position
Lamp group issues the light of the second light type jointly.
In one embodiment of this invention, the second above-mentioned lamp group includes light source and covers at optical lens on light source,
Optical lens has symmetry axis, and the pivot axis parallel of the second lamp group is in the symmetry axis of optical lens.
In one embodiment of this invention, above-mentioned lamps and lanterns include the first lamp group and the second lamp group, the first lamp group and second
Lamp group issues the light of the first light type jointly, and the first lamp group issues alone the light of the second light type.
In one embodiment of this invention, above-mentioned lamps and lanterns include the first lamp group and the second lamp group, the first lamp group and second
Lamp group issues the light of first light type jointly with the first luminous intensity, and the first lamp group and the second lamp group are jointly with the second strong light
Degree issues the light of second light type, wherein the first luminous intensity is different from the second luminous intensity.
A kind of operating method of outdoor lighting structure of the invention, has included detecting whether that a vehicle enters outdoor lighting knot
First light type glare area of structure；When not detecting that vehicle enters the first light type glare area, the sending of outdoor lighting structure has
The light of first light type；And when detecting that vehicle enters the first light type glare area, outdoor lighting structure, which issues, has the second light
The light of type.
In one embodiment of this invention, above-mentioned outdoor lighting structure include lamp stand and the lamps and lanterns being set on lamp stand,
The controller and telecommunication that are set to lamps and lanterns are connected to the detector of controller, and vehicle includes transmitter, the inspection of outdoor lighting structure
It surveys device and is adapted to detect for the signal that the transmitter of vehicle is issued, and be suitable for transmitting signals to controller, controller is suitable for basis
Signal converses the distance between outdoor lighting structure and vehicle.
In one embodiment of this invention, above-mentioned lamps and lanterns include the first lamp group and the second lamp group, and the second lamp group is suitable for
It is rotated between first position and the second position, the first lamp group issues the first light type with the second lamp group when being located at first position jointly
Light, and the first lamp group issues the light of the second light type with the second lamp group when being located at the second position jointly.
In one embodiment of this invention, the line and lamp stand of the inlet point and lamps and lanterns of the first above-mentioned light type glare area
Extending direction between angle between 50 degree to 85 degree, and the second lamp group in first position and the second lamp group in the second position
Between angle between 0 degree to 15 degree.
In one embodiment of this invention, the second above-mentioned lamp group includes light source and covers at optical lens on light source,
Optical lens has symmetry axis, and the pivot axis parallel of the second lamp group is in the symmetry axis of optical lens.
In one embodiment of this invention, above-mentioned lamps and lanterns include the first lamp group and the second lamp group, the first lamp group and second
Lamp group issues the light of the first light type jointly, and the first lamp group issues alone the light of the second light type.
In one embodiment of this invention, above-mentioned lamps and lanterns include the first lamp group and the second lamp group, the first lamp group and second
Lamp group issues the light of first light type jointly with the first luminous intensity, and the first lamp group and the second lamp group are jointly with the second strong light
Degree issues the light of second light type, wherein the first luminous intensity is different from the second luminous intensity.
To make the foregoing features and advantages of the present invention clearer and more comprehensible, special embodiment below, and it is detailed to cooperate attached drawing to make
Carefully it is described as follows.
Detailed description of the invention
Fig. 1 is the schematic diagram according to a kind of outdoor lighting structure of one embodiment of the invention；
Fig. 2 is the schematic internal view of the lamps and lanterns of the outdoor lighting structure of Fig. 1；
Fig. 3 is the signal of the first lamp group and the second lamp group for being located at first position of the lamps and lanterns of the outdoor lighting structure of Fig. 1
Figure；
Fig. 4 is the signal of the first lamp group and the second lamp group for being located at the second position of the lamps and lanterns of the outdoor lighting structure of Fig. 1
Figure；
Schematic diagram when Fig. 5 is the first light type glare area of the outdoor lighting structure that vehicle enters Fig. 1；
Fig. 6 is the first light type of the light that the lamps and lanterns of the outdoor lighting structure of Fig. 1 are issued and the schematic diagram of the second light type.
Drawing reference numeral explanation
θ 1, θ 2, θ 3: angle；
P1: first position；
P2: the second position；
S1: the first light type；
S2: the second light type；
Z: the first light type glare area；
E: inlet point；
W: road；
5: vehicle；
6: transmitter；
10: outdoor lighting structure；
20: lamp stand；
30: detector；
40: controller；
100: lamps and lanterns；
110: shell；
112: upper cover；
114: lower cover；
116: pedestal；
120: the first lamp groups；
130: the second lamp groups；
132: light source；
134: optical lens；
135: pivot.
Specific embodiment
Fig. 1 is the schematic diagram according to a kind of outdoor lighting structure of one embodiment of the invention.Referring to Fig. 1, in this reality
It applies in example, outdoor lighting structure 10 includes lamp stand 20 and the lamps and lanterns 100 being set on lamp stand 20.Outdoor lighting structure 10 is with street lamp
For, but the type of outdoor lighting structure 10 is not limited system, and in other embodiments, outdoor lighting structure 10 is also possible to
Indicator light or other lamp kinds.
In general, the light that the lamps and lanterns 100 of outdoor lighting structure 10 are issued can have high brightness on special angle
Light, when the light of such high brightness and night around environment light there is very big luminance difference, and the phase for human eye
When dazzling, it is easy to happen the situation of dazzle.The outdoor lighting structure 10 of the present embodiment is by special design, to make lamps and lanterns 100
The light of different light type can be issued under particular condition, to reduce the probability that dazzle occurs, this will be carried out in detail below
It introduces.
Fig. 2 is the schematic internal view of the lamps and lanterns of the outdoor lighting structure of Fig. 1.Fig. 3 is the lamp of the outdoor lighting structure 10 of Fig. 1
The schematic diagram of first lamp group 120 and the second lamp group 130 positioned at first position P1 of tool 100.Fig. 4 is the outdoor lighting knot of Fig. 1
The schematic diagram of first lamp group 120 and the second lamp group 130 positioned at second position P2 of the lamps and lanterns 100 of structure 10.
Please see Fig. 2 to Fig. 4, the lamps and lanterns 100 of the present embodiment include shell 110, the first lamp group for being fixed on shell 110
120 and it is articulated in the second lamp group 130 of shell 110.Shell 110 is including upper cover 112, lower cover 114 and is located at upper cover 112 and lower cover
Pedestal 116 between 114.Second lamp group 130 is articulated in the pedestal 116 of shell 110 by pivot 135, wherein preferable situation
It is the extending direction of pivot 135 and the extending direction of road W is to be vertically arranged (as shown in Figure 5), and can exist relative to shell 110
It is rotated between first position P1 (Fig. 3) and second position P2 (Fig. 4).In the present embodiment, the second lamp group 130 is in first position P1
With angle, θ 1 of second lamp group 130 between the P2 of the second position between 0 degree to 15 degree, but the second lamp group 130 is in first position
1 range of angle, θ of P1 and the second lamp group 130 between the P2 of the second position is not limited system.
Since the second lamp group 130 is different from the angle, θ 1 of second position P2 in first position P1, the second lamp group 130 is first
The light type of the light issued jointly when the P1 of position with the first lamp group 120 can also be different from the second lamp group 130 in second position P2
When the light type of light that is issued jointly with the first lamp group 120.Therefore, in the present embodiment, lamps and lanterns 100 can be by adjusting second
The position of lamp group 130 issues the light of different light type.
Fig. 5 is to enter the first light type glare area of the outdoor lighting structure of Fig. 1 with passerby (road user), such as vehicle
When schematic diagram.Fig. 6 is the first light type of the light that the lamps and lanterns of the outdoor lighting structure of Fig. 1 are issued and the signal of the second light type
Figure.Please refer to Fig. 5 and Fig. 6, Fig. 5 show vehicle 5 i.e. and will enter the first light type glare area Z of outdoor lighting structure 10 (
Just refer to, be easy to happen the position of dazzle when the irradiation of the light of the first light type S1, or says the light of the first light type S1 with most light
The position of degree) relative position, and then can be seen that the first light type S1, the shape of the second light type S2 and the first light type are dizzy from Fig. 6
Light area Z is how to be defined out.
The first lamp group 120 and the second lamp group 130 of lamps and lanterns 100 are respectively using the lamp group of light-emitting diode as example, to distinguish
Define light of the light in range and the second light type S2 close to the angle, θ 2 with maximum brightness position of the first light type S1
In the range close to the angle with maximum brightness position.Certainly, if the first lamp group 120 and second lamp group 130 other lamps
Kind lamp group, can also be defined by way of being set forth below the light of the first light type S1 that this lamp kind is issued close to
The light of the range of angle, θ 2 with maximum brightness position and the second light type S2 are close to the angle with maximum brightness position
The range of degree, and identical technological means can also be used to reduce the probability of dazzle generation.
Specifically, in the present embodiment, the first lamp group 120 (being shown in Fig. 5) of lamps and lanterns 100 be located at first position P1
The second lamp group 130 (being shown in Fig. 5) when (being shown in Fig. 3) issues the light of the first light type S1, and the first lamp group 120 and position jointly
The second lamp group 130 when second position P2 (being shown in Fig. 4) issues the light of the second light type S2 jointly.By Fig. 6 it can be seen that, not
It is different with the angle that in light type, maximum brightness is occurred.More particularly, in the present embodiment, the light of the first light type S1 is having
There is the angle, θ 2 of maximum brightness position (the namely peak value of the first light type S1) about at 67 degree, the light of the second light type S2 has most
The angle of big brightness position (the namely peak value of the second light type S2) is about at 48 degree.Also, in Fig. 6 it can also be seen that the first light
The light of type S1 is being approximately the light of the second light type S2 between 60 degree to 72 degree close to the angular range with maximum brightness position
It is being approximately between 38 degree to 55 degree close to the angular range with maximum brightness position.
This represents, and the position corresponding to range of the angle, θ 2 between 60 degree to 72 degree is the first light type glare area Z,
This it should be noted that, the range of the first light type glare area Z is the light type designed by each lamps and lanterns to define.Therefore, when lamps and lanterns 100
The light of the first light type S1 is issued, and when driver is located at the first light type glare area Z, by the light that lamps and lanterns 100 are issued at this time
Brightness and environmental light brightness diversity factor are larger, and driver is easy to experience dazzle in the first light type glare area Z.
In order to reduce the probability of above problem generation, in the present embodiment, as shown in Fig. 2, the outdoor lighting of the present embodiment
Structure 10 includes detector 30 and controller 40.The position of the detectable vehicle 5 that will pass through of detector 30, in the present embodiment
In, transmitter 6 can be installed on vehicle 5 (being illustrated in Fig. 5), detector 30 can receive the signal of transmitter 6, and can converse with
The distance between vehicle 5.Communication modes between vehicle 5 and detector 30 can for example use dedicated short-range communication technology
(Dedicated Short Range Communications, DSRC), this communication technology was for linking vehicle 5 and vehicle originally
General radio frequency (RF) mechanics of communication between 5 (V2V) and vehicle 5 and apparatus for measuring road (V2R).Alternatively, in other embodiments, inspection
Device 30 is surveyed to be also possible to infrared detector 30 or the detector 30 of the object of high-speed motion can be measured.The kind of detector 30
Class and placement position are not limitation with attached drawing.
In the present embodiment, the signal that detector 30 can will test is transferred to controller 40, and controller 40 is electrically connected
In lamps and lanterns 100, controller 40 issued according to signal designation lamps and lanterns 100 received by detector 30 have the first light type S1 or
The light of second light type S2.
In the present embodiment, detector 30 can detect whether that vehicle 5 is dizzy into the first light type of outdoor lighting structure 10
Light area Z.Specifically, detector 30 can measure its line distance between vehicle 5, since the height of street lamp is it is known that control
Device 40 processed can be extrapolated by mathematical expressions such as trigonometric functions vehicle 5 and lamps and lanterns 100 line and lamp stand 20 extending direction it
Between angle theta 3 (being shown in Fig. 5) angle.If this angle not yet falls into the light of the first light type S1 most light close to having
It spends in the range of the angle, θ 2 of position, then can determine whether out, vehicle 5 not yet enters the first light type glare area Z.When not detecting vehicle
5 when entering the first light type glare area Z, and outdoor lighting structure 10 issues the light with the first light type S1.
If this angle falls into the light of the first light type S1 in the range of close to angle, θ 2 with maximum brightness position,
It can determine whether out, vehicle 5 has driven to the inlet point E of the first light type glare area Z.At this point, controller 40 will be 100 turns of indicating lamp
Change the light type of light.The light emitting species of the lamps and lanterns 100 of outdoor lighting structure 10 will be adjusted and send out the second light type S2's elsewhere
Light, that is, the second lamp group 130 turns to second position P2 (Fig. 4) by pivot 135 at this time.In one embodiment, inlet point E
Angle between the line of lamps and lanterns 100 and the extending direction of lamp stand 20 is, for example, 72 degree for (67 degree of+5 degree), but not with
This is limitation.
In this way, originally be located at the first light type glare area Z in driver experienced be the second light type S2 herein
The light luminance of angular interval, rather than experience the first light type S1 light luminance so big in this angular interval.Therefore,
The light luminance and environmental light brightness diversity factor that driver in the first light type glare area Z is experienced are no so big,
And the Probability of dazzle can be reduced whereby.
In addition, detector 30 can detect in the first light type glare area Z when driver leaves the first light type glare area Z
There is no vehicle 5, the light emitting species of lamps and lanterns 100 can be adjusted once again and become again from the light for issuing the second light type S2 and issue the first light type S1
Light, that is, at this time the second lamp group 130 by pivot 135 rotate at first position P1 (Fig. 3).Even if in this way, drive
Person moves on, enter the second light type S2 dazzle occur position (in the present embodiment be, for example, angle, θ 2 about at 38 degree extremely
Position between 55 degree), although what is issued at this time is the light of the first light type S1, position occurs for the dazzle positioned at the second light type S2
Driver be also less likely to occur dazzle.That is, the light type for the light that lamps and lanterns 100 are issued is connect according to detector 30
The signal that receives determines.
Although being noted that in Fig. 5 and Fig. 6, by taking vehicle 5 enters the first light type glare area Z as an example, however, at it
In his embodiment, the object into the first light type glare area Z is not limitation with vehicle 5, in other embodiments, can be with passerby
Including pedestrian's (not shown), that is to say, that when pedestrian enters the first light type glare area Z, lamps and lanterns 100 can also have corresponding actuation
To reduce the probability of dazzle generation.In this state sample implementation, transmitter 6 is, for example, that can be only fitted to mobile phone entrained by pedestrian
On (not shown) or other devices, configuring can be sentenced in the detector 30 on lamps and lanterns 100 by the transmitter 6 with detection pedestrian
Whether line-break people enters the first light type glare area Z.
In addition, controller 40 judges when outdoor lighting structure 10 needs to issue with the first light type S1 by angle theta 3
Light or the mode of the light with the second light type S2 be one of judgment mode.In other embodiments, controller 40
It can also be by the distance between the inlet point E of calculating vehicle 5 and the first light type glare area Z, to judge outdoor lighting structure 10
When need to issue the light with the first light type S1 or the light with the second light type S2.
For example, in one embodiment, if the light of the first light type S1 of outdoor lighting structure 10 is with maximum brightness
The angle, θ 2 of position (the namely peak value of the first light type S1) is 65 degree, and lamps and lanterns height is 11.5 meters, and driver's eyes are liftoff
Height is 1.5 meters, and the inlet point E and outdoor lighting structure 10 of the first light type glare area Z can be conversed via trigonometric function
The distance between bottom (the namely intersection of lamp stand 20 and road) is about 21.44 meters.Later, if the speed limit of road W with
For 60 kilometers/hour, the speed per hour of vehicle 5 is up to 60 kilometers/hour, that is, is approximately 16.67 meter/seconds, if lamps and lanterns 100
The time of light type is converted for less than two seconds, moving distance of the vehicle 5 in two seconds is up to about 33.34 meters.Cause
This, when the distance between vehicle 5 and outdoor lighting structure 10 are, for example, 54.78 meters, (33.34 meters total with 21.44 meters
With) when, controller 40 will indicating lamp 100 convert the light type of light, such as via the electric motor being connect with controller 40,
Rotate the lamp plate of the second lamp group 130 by pivot 135.The light emitting species of the lamps and lanterns 100 of outdoor lighting structure 10 will be adjusted
Light that is whole and sending out the second light type S2 elsewhere, that is, the second lamp group 130 turns to second position P2 (Fig. 4) at this time.The angle of rotation
Degree is, for example, 10 degree, avoids dazzle by changing the luminous light type of lamps and lanterns 100.Similarly, when driver leaves first
When the Z of light type glare area, detector 30 can detect in the first light type glare area Z that controller 40 will indicating lamp without vehicle 5
100 adjust the light emitting species of lamps and lanterns 100 once again and become the light for issuing the first light type S1 again from the light for issuing the second light type S2, also
It is to be connected to electric motor via controller 40, replys the lamp plate of the second lamp group 130 in first position by the rotation of pivot 135
P1 (Fig. 3).Certainly, above-mentioned numerical value is only illustrative citing, is not intended to limit operation of the invention.
It is noted that the light type with different demands designs, the light of the first light type S1 is close to maximum brightness position
2 range of angle, θ of (the namely peak value of the first light type S1) is set not with the above-mentioned system that is limited.In other embodiments, the first light
The light of type S1 can be at 50 degree extremely in 2 range of angle, θ close to maximum brightness position (the namely peak value of the first light type S1)
Between 85 degree, in other words, the extension of the line and lamp stand 20 of the inlet point E and lamps and lanterns 100 of the first light type glare area Z in Fig. 5
The angle, θ 2 of angle between direction is between 50 degree to 85 degree.Regardless of the light of the first light type S1 is close to maximum brightness position
Why is 2 range of angle, θ set, angle of second lamp group 130 in first position P1 and the second lamp group 130 between the P2 of the second position
1 range of θ is between 0 degree to 15 degree, when wherein θ 2 is bigger, θ 1 also bigger or θ 2 when it is smaller, θ 1 is also smaller.
Specifically, in one embodiment, when the range of angle, θ 2 is between 50 degree to 60 degree, the range of angle, θ 1 exists
Between 0 degree to 5 degree；When the range of angle, θ 2 is between 60 degree to 70 degree, the range of angle, θ 1 is between 5 degree to 10 degree；When
When the range of angle, θ 2 is between 70 degree to 85 degree, the range of angle, θ 1 is between 10 degree to 15 degree.Above-mentioned is only one of
The relationship of angle, θ 2 and angle, θ 1 is not limited thereto system.
In addition, the mode for the light for alloing lamps and lanterns 100 to issue different light type is not limited thereto system.In other embodiments
In, it is also possible to the first lamp group 120 and the second lamp group 130 operates simultaneously and issue jointly the light of the first light type S1, and the first lamp
Group 120 operates alone and issues the light of the second light type S2.In other words, when detector 30 detects that vehicle 5 enters the first light type
When the Z of glare area, this information can be passed to controller 40, controller 40 can close the power supply of the second lamp group 130, and only allow
The running of one lamp group 120.At this time since the position to shine in lamps and lanterns 100 and intensity change, light type is also changed correspondingly, and can reach
State the effect for avoiding dazzle.
Alternatively, in other embodiments, it is also possible to the magnitude of current of adjustment input the first lamp group 120 and the second lamp group 130,
And change the luminous intensity of the first lamp group 120 and the second lamp group 130, change light type whereby.Or in other embodiments
In, it is also possible to the part light source closed in the first lamp group 120 and/or the second lamp group 130, provides not changing luminous intensity
Same light type.That is, the first lamp group 120 and the second lamp group 130 can issue the first light type S1's jointly with the first luminous intensity
Light, and the first lamp group 120 and the second lamp group 130 can issue the light of the second light type S2 jointly also with the second luminous intensity, wherein the
One luminous intensity is different from the second luminous intensity, and provides different light type (such as first light type S1 and the second light type S2) whereby.
Or in other embodiments, it is also possible to the first lamp group 120 or/and the second lamp group 130 has can be rotated or mobile set
Meter, to provide different light type.
The outdoor lighting structure 10 of the present embodiment can correspond to the position of vehicle 5, and selectively issuing lamps and lanterns 100 has the
To reduce driver dazzle occurs for the light of one light type S1 or light with the second light type S2 to change the position of glare area
Probability.It is only wherein several modes for making lamps and lanterns 100 be capable of providing different light type above, is not limited thereto system.
It is noted that the shape of optical lens 134 is not intended to limit, in Fig. 2, the optics on light source 132 is covered at
Lens 134 are hemispherical.In other embodiments, the shape of optical lens is a variety of curved combinations, in one embodiment, by
If a variety of curved combined optical lenses out have symmetry axis, this symmetry axis can be parallel to the pivot 135 of the second lamp group 130.
Certainly, the shape of optical lens 134 is also possible to other rules or irregular shape, not with the above-mentioned system that is limited.
In conclusion when the light type difference of the light issued by lamps and lanterns, angle model of these light type close to maximum brightness
Enclosing also can be different, and the lamps and lanterns of outdoor lighting structure of the invention can select to be to issue according to the signal received by detector
Light with the first light type or the light with the second light type.In this way, if having detected, vehicle enters outdoor lighting structure
The first light type glare area when, the light that the lamps and lanterns of outdoor lighting structure issue will change into the second light type by the first light type, and drop
Light luminance in low first light type glare area.Therefore, vehicle is even located at the first light type glare area, due to the first light at this time
Without so big, the probability that dazzle occurs can be lowered the difference of the brightness of light luminance and ambient enviroment in type glare area.
Although the present invention is disclosed as above with embodiment, however, it is not to limit the invention, any technical field
Middle technical staff, without departing from the spirit and scope of the present invention, when can make a little change and retouching, therefore protection of the invention
Range is subject to view as defined in claim.
Claims (10)
1. a kind of outdoor lighting structure characterized by comprising
Lamp stand；
Lamps and lanterns are set on the lamp stand；And
Detector, telecommunication are connected to the lamps and lanterns, wherein the lamps and lanterns according to whether have detected by the detector vehicle into
The signal for entering the first light type glare area of the outdoor lighting structure, which selectively issues, has the first light type or the second light type
Light.
2. outdoor lighting structure according to claim 1, which is characterized in that the lamps and lanterns include shell, be fixed on it is described
First lamp group of shell and the second lamp group for being articulated in the shell, second lamp group are adapted to the shell first
It is rotated between position and the second position, first lamp group issues jointly with second lamp group when being located at the first position
The light of first light type, and first lamp group be located at the second position when second lamp group issue jointly described in
The light of second light type.
3. outdoor lighting structure according to claim 2, which is characterized in that second lamp group includes light source and covers at
Optical lens on the light source, the optical lens have symmetry axis, and the pivot axis parallel of second lamp group is in the optics
The symmetry axis of lens.
4. outdoor lighting structure according to claim 1, which is characterized in that the lamps and lanterns include the first lamp group and the second lamp
Group, wherein first lamp group issues the light of first light type with second lamp group jointly, and first lamp group is alone
The light of second light type is issued, or wherein, first lamp group and second lamp group are jointly with the first luminous intensity hair
The light of first light type out, first lamp group and second lamp group issue second light jointly with the second luminous intensity
The light of type, and first luminous intensity is different from second luminous intensity.
5. a kind of operating method of outdoor lighting structure characterized by comprising
Detect whether that vehicle enters the first light type glare area of outdoor lighting structure；
When not detecting that the vehicle enters the first light type glare area, the outdoor lighting structure, which issues, has first
The light of light type；And
When detecting that the vehicle enters the first light type glare area, the outdoor lighting structure, which issues, has the second light type
Light.
6. the operating method of outdoor lighting structure according to claim 5, which is characterized in that the outdoor lighting structure packet
It includes lamp stand, the lamps and lanterns being set on the lamp stand, the controller for being set to the lamps and lanterns and telecommunication and is connected to the controller
Detector, the vehicle include transmitter, and the detector of the outdoor lighting structure is adapted to detect for the described of the vehicle
The signal that transmitter is issued, and it is suitable for transmitting the signal to the controller, the controller is suitable for according to the letter
Number converse the distance between the outdoor lighting structure and the vehicle.
7. the operating method of outdoor lighting structure according to claim 5, which is characterized in that the lamps and lanterns include the first lamp
Group and the second lamp group, second lamp group be suitable for rotate between the first location and the second location, first lamp group be located at
Second lamp group when first position issues the light of first light type jointly, and first lamp group be located at it is described
Second lamp group when second position issues the light of second light type jointly.
8. the operating method of outdoor lighting structure according to claim 7, which is characterized in that first light type glare area
Inlet point and the lamps and lanterns line and the lamp stand extending direction between angle between 50 degree to 85 degree, and institute
State the second lamp group angle between the second position of the first position and second lamp group 0 degree to 15 degree it
Between.
9. the operating method of outdoor lighting structure according to claim 7, which is characterized in that second lamp group includes light
Source and optical lens on the light source is covered at, the optical lens has symmetry axis, the pivot axis parallel of second lamp group
In the symmetry axis of the optical lens.
10. the operating method of outdoor lighting structure according to claim 5, which is characterized in that the lamps and lanterns include first
Lamp group and the second lamp group, wherein first lamp group issues the light of first light type with second lamp group jointly, and described
First lamp group issues alone the light of second light type, or wherein, and first lamp group and second lamp group are jointly with the
One luminous intensity issues the light of first light type, and first lamp group and second lamp group are jointly with the second luminous intensity hair
The light of second light type out, and first luminous intensity is different from second luminous intensity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201711031836.8A CN109724020A (en) | 2017-10-30 | 2017-10-30 | Outdoor lighting structure and its operating method |
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| CN201711031836.8A CN109724020A (en) | 2017-10-30 | 2017-10-30 | Outdoor lighting structure and its operating method |
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| CN (1) | CN109724020A (en) |
Cited By (1)
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| EP3760914A1 (en) * | 2019-07-05 | 2021-01-06 | Siteco GmbH | Personal and vehicle-related glare suppression for lights |
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Application publication date: 20190507 |