CN107426862A - Solar LED street lamp control method and device - Google Patents
Solar LED street lamp control method and device Download PDFInfo
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- CN107426862A CN107426862A CN201710471073.2A CN201710471073A CN107426862A CN 107426862 A CN107426862 A CN 107426862A CN 201710471073 A CN201710471073 A CN 201710471073A CN 107426862 A CN107426862 A CN 107426862A
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/50—Circuit arrangements for operating light-emitting diodes [LED] responsive to malfunctions or undesirable behaviour of LEDs; responsive to LED life; Protective circuits
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
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Abstract
The invention provides a kind of solar LED street lamp control method and device, method includes：Start timing when receiving induced signal until induced signal occurs end and reaches default test point, the calculating speed of travel；The spacing distance inquired about between adjacent solar LED street lamp, control time is calculated, sequentially controls solar LED street lamp to switch to mode of operation using control time as time interval；The fluorescent lifetime of solar LED street lamp in the operational mode is detected respectively, and when operating between when being equal to control time, the solar LED street lamp for having run fluorescent lifetime in the operational mode is switched into park mode, the present invention is not when receiving induced signal, solar LED street lamp is in institute's sleep mode, relatively low light is only provided, when receiving the induced signal, mode of operation is sequentially switched to as the movement at induced signal generation end automatically controls solar LED street lamp, and then the effect for saving the energy is served in the state of effective offer illumination, and the simply automatic degree of flow is higher.
Description
Technical field
The present invention relates to street lamp technology field, more particularly to a kind of solar LED street lamp control method and device.
Background technology
Street lamp is the important component of city illumination, and traditional street lamp is frequently with high-pressure mercury lamp, 360 degree of hairs of high-pressure mercury lamp
Light, the shortcomings that its light loss is big, cause the huge waste of the energy.Compared with conventional road lamp, solar LED street lamp not only has
The characteristics of colourity is good, non-maintaining and long lifespan, and crucially it is more saved than conventional road lamp, in energy supply contradiction day
Today that benefit protrudes, this point become to be even more important.
Existing solar LED street lamp control method is by using the mode of integrated control simultaneously to the road on entire road
Lamp is illuminated control.
Existing solar LED street lamp control method is that control solar LED street lamp uses constant power at night
It is illuminated, but because night pedestrian and vehicle are less, may not all has pedestrian or vehicle on entire road within a certain period of time
By, but now the street lamp on entire road is still illuminated using constant power, and then result in illumination resource and electricity
The waste of energy.
The content of the invention
Based on this, the purpose of the embodiment of the present invention is the solar LED street lamp controlling party for providing a kind of good energy-conserving effect
Method and device.
A kind of solar LED street lamp control method, methods described include：
Start timing when receiving induced signal until the induced signal occurs end and reaches default test point, to calculate
The speed of travel at end occurs for the induced signal, and the default test point is located between the adjacent solar LED street lamp；
The spacing distance inquired about between the adjacent solar LED street lamp, and calculate the induced signal and end occurs in institute
State the control time for the spacing distance of being walked under the speed of travel, sequentially controlled using the control time as time interval it is described too
Positive energy LED street lamp switches to mode of operation, and the luminous power of the mode of operation is the first power；
Each fluorescent lifetime of the solar LED street lamp under the mode of operation is detected respectively, and works as the work
When time is equal to the control time, the solar LED road of the fluorescent lifetime will be run under the mode of operation
Lamp switches to park mode, and the luminous power of the park mode is the second power, and second power is less than first work(
Rate.
Above-mentioned solar LED street lamp control method, by obtaining setting for the speed of travel and the spacing distance respectively
Meter, to obtain the control time, and sequentially controls multiple solar LED street lamps to switch to institute according to the control time
State mode of operation, and then when the induced signal occurs end and reached beside presently described solar LED street lamp, it is presently described too
Positive energy LED street lamp is under the mode of operation, so that end, which occurs, for the induced signal provides preferable light, the above method
When not receiving the induced signal, the solar LED street lamp is in the park mode, only provides relatively low light
Line, when receiving the induced signal, the movement that end occurs with the induced signal automatically controls the solar LED street lamp
The mode of operation is sequentially switched to, and then the effect for saving the energy can be provided in the state of effective offer illumination, and
The simply automatic degree of flow is higher.
Further, it is described sequentially to control the solar LED street lamp to switch to using the control time as time interval
The step of mode of operation, includes：
Obtain each control time and the numbering of the solar LED street lamp respectively, and using the control time as
Coordinate interval makes numbering control table；
The power that adds lustre to being locally stored is inquired about, and according to the numbering control table sequentially by the solar LED street lamp
Add lustre to power described in tune, so as to which the solar LED street lamp is sequentially switched into the mode of operation.
Further, described, the step of solar LED street lamp is switched into park mode, includes：
Current weather data are obtained, and judge whether weather corresponding to the current weather data is rainy；
If it is not, second power being locally stored then is inquired about, and the power for adjusting the solar LED street lamp is described
Second power；
If so, the rainy day power being locally stored then is inquired about, and the power for adjusting the solar LED street lamp is the rainy day
Power, the rainy day power are more than second power and are less than first power.
Further, methods described also includes：
When receiving multiple induced signals in preset time, add lustre to power described in inquiry；
All solar LED street lamps are raised into the power that adds lustre to.
Further, before the spacing distance between the adjacent solar LED street lamp of the inquiry, methods described is also wrapped
Include：
The speed of travel is obtained, and judges whether the speed of travel is less than threshold speed；
If it is not, then inquire about the spacing distance between the adjacent solar LED street lamp；
If so, then stop the regulation of the solar LED street lamp working condition.
A kind of solar LED street lamp control device, including：
Computing module, for starting timing when receiving induced signal until the induced signal occurs end and reaches default
Test point, to calculate the speed of travel that end occurs for the induced signal, the default test point is located at the adjacent solar LED
Between street lamp；
First handover module, for inquiring about the spacing distance between the adjacent solar LED street lamp, and calculate the sense
Induction signal occurs end and walked under the speed of travel control time of the spacing distance, using the control time between the time
Every sequentially controlling the solar LED street lamp to switch to mode of operation, the luminous power of the mode of operation is the first power；
Detection module, for detecting fluorescent lifetime of each solar LED street lamp under the mode of operation respectively；
Second handover module, for the testing result according to the detection module, it is equal to the control when the working time
During the time processed, the solar LED street lamp that the fluorescent lifetime has been run under the mode of operation is switched into dormancy mould
Formula, the luminous power of the park mode is the second power, and second power is less than first power.
Above-mentioned solar LED street lamp control device, by the design of the computing module, calculate and obtain respectively the row
Speed and the spacing distance are walked, to obtain the control time, and by the design of first handover module, according to described
Control time sequentially controls multiple solar LED street lamps to switch to the mode of operation, and then when the induced signal is sent out
To cause trouble when reaching beside presently described solar LED street lamp, presently described solar LED street lamp is under the mode of operation,
So that end, which occurs, for the induced signal provides preferable light, said apparatus is described when not receiving the induced signal
Solar LED street lamp is in the park mode, only provides relatively low light, when receiving the induced signal, with
The movement at the induced signal generation end automatically controls the solar LED street lamp and sequentially switches to the mode of operation, and then
The effect for saving the energy can be served in the state of effective offer illumination, and the simply automatic degree of flow is higher.
Further, first handover module includes：
First acquisition module, for obtaining the numbering of each control time and the solar LED street lamp respectively, and
Numbering control table is made by coordinate interval of the control time；
First enquiry module, for inquiring about the power that adds lustre to being locally stored, and according to the numbering control table sequentially by institute
The power that adds lustre to described in solar LED street lamp up-regulation is stated, so as to which the solar LED street lamp is sequentially switched into the Working mould
Formula.
Further, second handover module includes：
Second acquisition module, for obtaining current weather data, and judge that weather corresponding to the current weather data is
No rain；
First adjustment module, for determining the day corresponding to the current weather data when second acquisition module
When gas does not rain, second power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is described second
Power；
Second adjustment module, for determining the day corresponding to the current weather data when second acquisition module
During gas rain, the rainy day power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is the rainy day power,
The rainy day power is more than second power and is less than first power.
Further, the solar LED street lamp control device also includes：
3rd adjustment module, for the work(that when receiving multiple induced signals in preset time, adds lustre to described in inquiry
Rate, and all solar LED street lamps are raised into the power that adds lustre to.
Further, the solar LED street lamp control device also includes：
Judge module, for obtaining the speed of travel, and judge whether the speed of travel is less than threshold speed, if
The spacing distance that is no, then inquiring about between the adjacent solar LED street lamp；If so, then stop the solar LED street lamp
The regulation of working condition.
Brief description of the drawings
Fig. 1 is the flow chart for the solar LED street lamp control method that first embodiment of the invention provides；
Fig. 2 is the flow chart for the solar LED street lamp control method that second embodiment of the invention provides；
Fig. 3 is the structural representation for the solar LED street lamp control device that third embodiment of the invention provides；
Fig. 4 is the structural representation for the solar LED street lamp control device that fourth embodiment of the invention provides；
Essential element symbol description
| Solar LED street lamp control device | 100,100a | Computing module | 10 |
| 3rd adjustment module | 11 | Judge module | 12 |
| First handover module | 20 | First acquisition module | 21 |
| First enquiry module | 22 | Detection module | 30 |
| Second handover module | 40 | Second acquisition module | 41 |
| First adjustment module | 42 | Second adjustment module | 43 |
Embodiment
For the ease of more fully understanding the present invention, the present invention is carried out further below in conjunction with related embodiment accompanying drawing
Explain.Embodiments of the invention are given in accompanying drawing, but the present invention is not limited in above-mentioned preferred embodiment.Conversely, there is provided
The purpose of these embodiments be in order that disclosure of the invention face more fully.
The present invention is used to carry out light to the solar LED street lamp of road both sides automatically when pedestrian and less vehicle on late into the night road
Line is adjusted, suitable for when pedestrian or vehicle at the uniform velocity when advancing on road, sent when sensing object by an inductor
Induced signal and timing, the speed of object is calculated when sensing that object reaches preset, so as to calculate the speed
To obtain the control time to the solar LED street lamp, existing street lamp carries out light at night using constant power
According to, but because night pedestrian or vehicle are less without providing larger intensity of illumination always, this method is by receiving induced signal
Control time corresponding to the speed of pedestrian or vehicle is calculated, to control the intensity of illumination of the solar LED street lamp respectively, to enter
And reached the effect for saving electric energy, and this method need not install inductor on each solar LED street lamp, and then
Cost-effective effect.
Referring to Fig. 1, the flow chart of the solar LED street lamp control method provided for first embodiment of the invention, including
Step S10 to S30.
Step S10, start timing when receiving induced signal until the induced signal occurs end and reaches default detection
Point, to calculate the speed of travel that end occurs for the induced signal；
Wherein, infrared inductor is provided with the outside of first solar LED street lamp, when the infrared inductor senses
Pedestrian sends the induced signal during vehicle to control system, and the generation end of the induced signal is pedestrian or vehicle, institute
Default test point is stated between the adjacent solar LED street lamp, test point is preset described in the present embodiment and is located at first
The centre of the solar LED street lamp and second solar LED street lamp, when being not sensed by pedestrian or car in the present embodiment
When the solar LED street lamp be in park mode, it is basic that the park mode is that relatively low illumination condition only provides
Illumination, light intensity is weaker, and the park mode is used to play the effect for saving electric energy, this implementation when without pedestrian or vehicle passing through
The control method of the LED solar street lights is controlled using integrated in example, so that by a control terminal simultaneously to whole piece
The LED sun energy circuit on street is controlled；
Start timing when the control system receives the induced signal until sensing that pedestrian or vehicle reach institute
Default test point is stated, it is pedestrian that end, which occurs, for induced signal described in the present embodiment, and the speed of travel is 1m/s；
Step S20, the spacing distance inquired about between the adjacent solar LED street lamp, and calculate the induced signal hair
Cause trouble the control time of the spacing distance of being walked under the speed of travel, sequentially controlled using the control time as time interval
Make the solar LED street lamp and switch to mode of operation；
Wherein, the luminous power of mode of operation described in the present embodiment is the first power, the mode of operation for it is described too
Working condition during positive energy LED street lamp normal illumination, power corresponding to the mode of operation are more than the power of the park mode,
Illuminating effect under the mode of operation is more than the illuminating effect under the park mode, and the spacing distance is 10m, and then
Be 10s to the control time, when pedestrian or vehicle reach the default test point, now obtained the control time and
Second solar LED street lamp of control switches to the mode of operation, and now starts timing and sequentially controlled using 10s as interval
Make the 3rd solar LED street lamp, the 4th solar LED street lamp, the 5th solar LED street lamp ...
The mode of operation is switched to, until solar LED street lamp described in last root；
Step S30, each fluorescent lifetime of the solar LED street lamp under the mode of operation is detected respectively, and work as
When the working time is equal to the control time, the sun of the fluorescent lifetime will be run under the mode of operation
Energy LED street lamp switches to park mode；
Wherein, the luminous power of park mode described in the present embodiment is the second power, and second power is more than institute
The first power is stated, such as when the fluorescent lifetime for detecting second solar LED street lamp is equal to 10s, is now gone
The people 10s that walked has run to second from the centre of first solar LED street lamp and second solar LED street lamp
The centre of solar LED street lamp and the 3rd solar LED street lamp, now because second solar LED street lamp need not
Preferable illumination is provided for pedestrian, second solar LED street lamp is switched into the park mode, electricity is saved to reach
The effect of energy.
The overall flow of the present embodiment is：When pedestrian is run to described in first solar LED street lamp and second
When between solar LED street lamp, the control time is calculated, now controls second solar LED street lamp switching
To the mode of operation, when have passed through the once control time, because pedestrian is by the way of at the uniform velocity walking, now pedestrian
The centre of second solar LED street lamp and the 3rd solar LED street lamp has been run to, has now controlled second
The solar LED street lamp switches to park mode and controls the 3rd solar LED street lamp to switch to mode of operation, can
The 3rd solar LED street lamp is controlled to switch to dormancy when pedestrian has walked second control time with understanding
After pattern simultaneously controls the 4th to switch to mode of operation with the solar LED street lamp, and this switching mode of use sequentially controls
The continuous solar LED street lamp, and then in the case where having ensured that pedestrian possesses preferable lighting environment, by automatically to institute
State solar LED street lamp and carry out state switching to reach the effect of saving electric energy, and only at first of road in the present embodiment
Solar LED street lamp described in the solar LED street lamp and last root is provided with the infrared inductor, so cost compared with
It is low.
The solar LED street lamp control method of the present embodiment, by obtaining the speed of travel and the spacer respectively
From design, to obtain the control time, and sequentially control multiple solar LED street lamps to cut according to the control time
The mode of operation is shifted to, and then when the induced signal occurs beside the presently described solar LED street lamp of end arrival, currently
The solar LED street lamp is under the mode of operation, so that end, which occurs, for the induced signal provides preferable light, on
Method is stated when not receiving the induced signal, the solar LED street lamp is in the park mode, only provide compared with
Low light, when receiving the induced signal, the movement that end occurs with the induced signal automatically controls the solar energy
LED street lamp sequentially switches to the mode of operation, and then can be served in the state of effective offer illumination and save the energy
Effect, and only need to be by the way that the control time be calculated after, sequentially control the pattern of the solar LED street lamp to cut automatically
Change, the simply automatic degree of flow is higher.
Referring to Fig. 2, the flow chart of the solar LED street lamp control method provided for second embodiment of the invention, described
Method includes step S11 to S81.
Step S11, start timing when receiving induced signal until the induced signal occurs end and reaches default detection
Point, to calculate the speed of travel that end occurs for the induced signal；
Wherein, infrared inductor is provided with the outside of first solar LED street lamp, when the infrared inductor senses
Pedestrian sends the induced signal during vehicle to control system, and the generation end of the induced signal is pedestrian or vehicle, institute
Default test point is stated between the adjacent solar LED street lamp, test point is preset described in the present embodiment and is located at first
The centre of the solar LED street lamp and second solar LED street lamp, when being not sensed by pedestrian or car in the present embodiment
When the solar LED street lamp be in park mode, it is basic that the park mode is that relatively low illumination condition only provides
Illumination, light intensity is weaker, and the park mode is used to play the effect for saving electric energy when without pedestrian or vehicle passing through；
Step S21, the speed of travel is obtained, and judge whether the speed of travel is less than threshold speed；
Wherein, by the judgement of the threshold speed, so that when occurring sensing wrong without to the solar LED road
Lamp carries out pattern switching, and then improves the precision of the solar LED street lamp control method；
When the step S21, which determines the speed of travel, is not less than the threshold speed, step S31 is performed.
Step S31, the spacing distance inquired about between the adjacent solar LED street lamp, and calculate the induced signal hair
Cause trouble the control time of the spacing distance of being walked under the speed of travel；
Wherein, control time described in the present embodiment is 10s；
Step S41, each control time and the numbering of the solar LED street lamp are obtained respectively, and with the control
Time processed is that coordinate interval makes numbering control table；
Wherein, it is second abscissa by first abscissa, 20s of 10s, 30s is the 3rd abscissa ... until institute
The number for stating abscissa is equal to the quantity of solar LED street lamp described in a row on entire road, and first abscissa is corresponding
First ordinate for the numbering of the 3rd solar LED street lamp, second ordinate corresponding to second abscissa
For the numbering of the 4th solar LED street lamp, to obtain the numbering control table；
Step S51, the power that adds lustre to being locally stored is inquired about, and according to the numbering control table sequentially by the solar energy
Add lustre to power described in LED street lamp up-regulation, so as to which the solar LED street lamp is sequentially switched into the mode of operation；
Wherein, the power of the mode of operation is the first power, when being not detected by the induced signal on entirety road
The solar LED street lamp park mode be in by control, the park mode only provides base for relatively low illumination condition
This illumination, light intensity is weaker, and the park mode is used to play the effect for saving electric energy when without pedestrian or vehicle passing through, because
This is by the design of the power that adds lustre to described in inquiry, so as to control the solar LED street lamp to increase institute on the park mode
The power that adds lustre to is stated, so that the solar LED switches to the mode of operation, power corresponding to the mode of operation is more than described
The power of park mode, the illuminating effect under the mode of operation are more than the illuminating effect under the park mode, so as to be row
People provides good lighting environment；
Because pedestrian runs to first solar LED street lamp and second solar energy in the present embodiment
Second solar LED street lamp has been controlled to switch to the mode of operation when between LED street lamp, therefore by described in inquiry
Numbering control table is sequentially by described in the 3rd：
Step S61, each fluorescent lifetime of the solar LED street lamp under the mode of operation is detected respectively, and work as
When the working time is equal to the control time, current weather data are obtained, and judge corresponding to the current weather data
Whether weather is rainy；
When weather rain corresponding to the step S61 determines the current weather data, step S71 is performed.
Step S71, the rainy day power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is the rain
Its power；
Wherein, because rainy weather needs the brightness of illumination that provides higher, therefore the sun during rainy day has been locally stored
Can the rainy day power corresponding to LED street lamp, so as to which the solar LED street lamp adjusted to described when determining and can rain
Rainy day power；
When weather corresponding to the step S61 determines the current weather data does not rain, step S81 is performed.
Step S81, second power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is institute
State the second power；
Wherein, the rainy day power is more than second power and is less than first power, the dormancy power for compared with
Low illumination condition only provides basic illumination, and light intensity is weaker, when the dormancy power is used to pass through without pedestrian or vehicle
The effect for saving electric energy is played, such as when the fluorescent lifetime for detecting second solar LED street lamp is equal to 10s
When, now the pedestrian 10s that walked walks among first solar LED street lamp and second solar LED street lamp
To the centre of second solar LED street lamp and the 3rd solar LED street lamp, now due to second solar energy
LED street lamp is preferably illuminated without being provided for pedestrian, and second solar LED street lamp is switched into the park mode,
To reach the effect for saving electric energy.
The solar LED street lamp control method of the present embodiment, by obtaining the speed of travel and the spacer respectively
From design, to obtain the control time, and sequentially control multiple solar LED street lamps to cut according to the control time
The mode of operation is shifted to, and then when the induced signal occurs beside the presently described solar LED street lamp of end arrival, currently
The solar LED street lamp is under the mode of operation, so that end, which occurs, for the induced signal provides preferable light, on
Method is stated when not receiving the induced signal, the solar LED street lamp is in the park mode, only provide compared with
Low light, when receiving the induced signal, the movement that end occurs with the induced signal automatically controls the solar energy
LED street lamp sequentially switches to the mode of operation, and then can be served in the state of effective offer illumination and save the energy
Effect, and only need to be by the way that the control time be calculated after, sequentially control the pattern of the solar LED street lamp to cut automatically
Change, the simply automatic degree of flow is higher.
Referring to Fig. 3, the structural representation of the solar LED street lamp control device 100 provided for third embodiment of the invention
Figure, the solar LED street lamp control device 100 are electrically connected with the solar LED street lamp on whole street, the sun
Energy LED street lamp control device 100 includes：
Computing module 10, for starting timing when receiving induced signal until the induced signal occurs end and reaches pre-
If test point, to calculate the speed of travel that end occurs for the induced signal, the default test point is located at the adjacent solar energy
Between LED street lamp, infrared inductor is provided with the outside of first solar LED street lamp, when the infrared inductor senses
Pedestrian sends the induced signal during vehicle to the computing module 10, and the generation end of the induced signal is pedestrian or car
, the default test point is located between the adjacent solar LED street lamp, and test point is preset described in the present embodiment located at the
The centre of a piece solar LED street lamp and second solar LED street lamp, when being not sensed by pedestrian in the present embodiment
Or the solar LED street lamp is in park mode during vehicle, the park mode is that relatively low illumination condition only provides base
This illumination, light intensity is weaker, and the park mode is used to play the effect for saving electric energy when without pedestrian or vehicle passing through；
First handover module 20, for inquiring about the spacing distance between the adjacent solar LED street lamp, and described in calculating
Induced signal occurs end and walked under the speed of travel control time of the spacing distance, using the control time as the time
Interval sequentially controls the solar LED street lamp to switch to mode of operation, and the luminous power of the mode of operation is the first power；
Detection module 30, during for detecting luminous under the mode of operation of each solar LED street lamp respectively
Between, and judging whether the fluorescent lifetime is equal to the control time, the detection module 30 is by timer respectively to described
Solar LED street lamp carries out the detection of the fluorescent lifetime, when the solar LED street lamp has switched to the mode of operation
Automatically begin to timing；
Second handover module 40, for the testing result according to the detection module 30, when detecting the fluorescent lifetime
During equal to the control time, the solar LED street lamp is switched into park mode, the luminous power of the park mode is
Second power, second power are less than first power, and the park mode is that relatively low illumination condition only provides substantially
Illumination, light intensity is weaker, and the park mode is used to play the effect for saving electric energy when without pedestrian or vehicle passing through.
First handover module 20 includes：
First acquisition module 21, for obtaining the numbering of each control time and the solar LED street lamp respectively,
And using the control time as coordinate interval make numbering control table, control time described in the present embodiment is 10s, using 10s as
First abscissa, 20s are second abscissa, 30s is the 3rd abscissa ... until the number of the abscissa be equal to it is whole
The quantity of solar LED street lamp described in a row on bar road, first ordinate corresponding to first abscissa is the 3rd
The numbering of solar LED street lamp described in root, second ordinate corresponding to second abscissa is the 4th solar LED
The numbering of street lamp, to obtain the numbering control table；
First enquiry module 22, sequentially will for inquiring about the power that adds lustre to being locally stored, and according to the numbering control table
Add lustre to power described in the solar LED street lamp up-regulation, so as to which the solar LED street lamp is sequentially switched into the Working mould
Formula, wherein the solar LED street lamp when being not detected by the induced signal on entirety road is in dormancy by control
Pattern, the park mode are that relatively low illumination condition only provides basic illumination, and light intensity is weaker, and the park mode is used
The effect for saving electric energy is played when passing through without pedestrian or vehicle, therefore by the design for the power that adds lustre to described in inquiry, so that control
Make the solar LED street lamp increase on the park mode described in add lustre to power so that the solar LED switches to institute
Mode of operation is stated, power corresponding to the mode of operation is more than the power of the park mode, the illumination under the mode of operation
Effect is more than the illuminating effect under the park mode, so as to provide good lighting environment for pedestrian.
Second handover module 40 includes：
Second acquisition module 41, for obtaining current weather data, and judge weather corresponding to the current weather data
It is whether rainy；
First adjustment module 42, for determining institute corresponding to the current weather data when second acquisition module 41
When stating weather and not raining, second power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is described
Second power；
Second adjustment module 43, for determining institute corresponding to the current weather data when second acquisition module 41
When stating weather rain, the rainy day power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is the rainy day work(
Rate, the rainy day power are more than second power and are less than first power, the illumination provided due to rainy weather needs
Brightness is higher, therefore the rainy day power corresponding to the solar LED street lamp during rainy day has been locally stored, and is determined so as to work as
The solar LED street lamp is adjusted to the rainy day power when can rain.
By the design of the computing module 10 in the present embodiment, calculate and obtain respectively the speed of travel and it is described between
Gauge is to obtain the control time, and by the design of first handover module 20, according to the control time sequentially
Control multiple solar LED street lamps to switch to the mode of operation, and then reached currently when end occurs for the induced signal
When beside the solar LED street lamp, presently described solar LED street lamp is under the mode of operation, so as to be the sense
Induction signal occurs end and provides preferable light, and said apparatus is not when receiving the induced signal, the solar LED street lamp
It is in the park mode, relatively low light is only provided, when receiving the induced signal, as the induced signal is sent out
The movement caused trouble automatically controls the solar LED street lamp and sequentially switches to the mode of operation, and then can effectively provide
The effect for saving the energy is served in the state of illumination, and the simply automatic degree of flow is higher.
Referring to Fig. 4, the solar LED street lamp control device 100a provided for fourth embodiment of the invention structural representation
The structure of figure, the fourth embodiment and 3rd embodiment is more or less the same, and its difference is, solar LED described in the present embodiment
Roam lamp control device 100a also includes：
3rd adjustment module 11, for when receiving multiple induced signals in preset time, adding lustre to described in inquiry
Power, and all solar LED street lamps are raised into the power that adds lustre to so that exist on road multiple pedestrians or
The solar LED street lamp is directly switched into the working condition during vehicle, so it is same for multiple pedestrians or vehicle
When provide preferable lighting environment.
Judge module 12, for obtaining the speed of travel, and judge whether the speed of travel is less than threshold speed, if
The spacing distance that is no, then inquiring about between the adjacent solar LED street lamp；If so, then stop the solar LED street lamp
The regulation of working condition.
By the design of the 3rd adjustment module 11 in the present embodiment, multiple pedestrians or vehicle are met in predetermined interval
Demand that is interior while being illuminated when being walked on road, improves Consumer's Experience, and by the design of the judge module 12, so that
When occurring sensing wrong without carrying out pattern switching to the solar LED street lamp, and then improve the solar LED road
Lamp control device 100a precision.
Above embodiment described the technical principle of the present invention, the description is merely to explain the principles of the invention, and
The limitation of the scope of the present invention can not be construed in any way.Based on explanation herein, those skilled in the art is not required to
Other embodiments of the present invention can be associated by paying performing creative labour, and these modes fall within the present invention's
In protection domain.
Claims (10)
1. a kind of solar LED street lamp control method, it is characterised in that methods described includes：
Start timing when receiving induced signal until the induced signal occurs end and reaches default test point, with described in calculating
The speed of travel at end occurs for induced signal, and the default test point is located between the adjacent solar LED street lamp；
The spacing distance inquired about between the adjacent solar LED street lamp, and calculate the induced signal and end occurs in the row
Walk speed it is descending walk the spacing distance control time, the solar energy is sequentially controlled as time interval using the control time
LED street lamp switches to mode of operation, and the luminous power of the mode of operation is the first power；
Each fluorescent lifetime of the solar LED street lamp under the mode of operation is detected respectively, and works as the working time
During equal to the control time, the solar LED street lamp that the fluorescent lifetime has been run under the mode of operation is cut
Park mode is shifted to, the luminous power of the park mode is the second power, and second power is less than first power.
2. solar LED street lamp control method according to claim 1, it is characterised in that described with the control time
The step of sequentially controlling the solar LED street lamp to switch to mode of operation for time interval includes：
Each control time and the numbering of the solar LED street lamp are obtained respectively, and using the control time as coordinate
Interval makes numbering control table；
The power that adds lustre to being locally stored is inquired about, and the solar LED street lamp is sequentially raised by institute according to the numbering control table
The power that adds lustre to is stated, so as to which the solar LED street lamp is sequentially switched into the mode of operation.
3. solar LED street lamp control method according to claim 1, it is characterised in that described then by the solar energy
LED street lamp, which switches to the step of park mode, to be included：
Current weather data are obtained, and judge whether weather corresponding to the current weather data is rainy；
If it is not, second power being locally stored then is inquired about, and the power for adjusting the solar LED street lamp is described second
Power；
If so, the rainy day power being locally stored then is inquired about, and the power for adjusting the solar LED street lamp is the rainy day work(
Rate, the rainy day power are more than second power and are less than first power, and the rainy day power is more than second work(
Rate and it is less than first power.
4. solar LED street lamp control method according to claim 2, it is characterised in that methods described also includes：
When receiving multiple induced signals in preset time, add lustre to power described in inquiry；
All solar LED street lamps are raised into the power that adds lustre to.
5. solar LED street lamp control method according to claim 1, it is characterised in that described in the inquiry is adjacent too
Before spacing distance between positive energy LED street lamp, methods described also includes：
The speed of travel is obtained, and judges whether the speed of travel is less than threshold speed；
If it is not, then inquire about the spacing distance between the adjacent solar LED street lamp；
If so, then stop the regulation of the solar LED street lamp working condition.
A kind of 6. solar LED street lamp control device, it is characterised in that including：
Computing module, for starting timing when receiving induced signal until the induced signal occurs end and reaches default detection
Point, to calculate the speed of travel that end occurs for the induced signal, the default test point is located at the adjacent solar LED street lamp
Between；
First handover module, for inquiring about the spacing distance between the adjacent solar LED street lamp, and calculate the sensing letter
End number occurs to walk under the speed of travel control time of the spacing distance, using the control time as time interval according to
Sequence controls the solar LED street lamp to switch to mode of operation, and the luminous power of the mode of operation is the first power；
Detection module, for detecting fluorescent lifetime of each solar LED street lamp under the mode of operation respectively；
Second handover module, for the testing result according to the detection module, when the working time being equal to the control
Between when, the solar LED street lamp that the fluorescent lifetime has been run under the mode of operation is switched into park mode, institute
The luminous power for stating park mode is the second power, and second power is less than first power.
7. solar LED street lamp control device according to claim 6, it is characterised in that the first handover module bag
Include：
First acquisition module, for obtaining the numbering of each control time and the solar LED street lamp respectively, and with institute
State control time and make numbering control table for coordinate interval；
First enquiry module, for inquiring about the power that adds lustre to being locally stored, and according to the numbering control table sequentially general too
Add lustre to power described in positive energy LED street lamp up-regulation, so as to which the solar LED street lamp is sequentially switched into the mode of operation.
8. solar LED street lamp control device according to claim 6, it is characterised in that the second handover module bag
Include：
Second acquisition module, for obtaining current weather data, and judge whether weather corresponding to the current weather data has
Rain；
First adjustment module, do not have for the weather corresponding to determining the current weather data when second acquisition module
When rainy, second power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is second work(
Rate；
Second adjustment module, have for the weather corresponding to determining the current weather data when second acquisition module
During rain, the rainy day power being locally stored is inquired about, and the power for adjusting the solar LED street lamp is the rainy day power, it is described
Rainy day power is more than second power and is less than first power.
9. solar LED street lamp control device according to claim 7, it is characterised in that the solar LED street lamp control
Device processed also includes：
3rd adjustment module, for the power that when receiving multiple induced signals in preset time, adds lustre to described in inquiry, and
All solar LED street lamps are raised into the power that adds lustre to.
10. solar LED street lamp control device according to claim 6, it is characterised in that the solar LED street lamp
Control device also includes：
Judge module, for obtaining the speed of travel, and judge whether the speed of travel is less than threshold speed, if it is not, then
The spacing distance inquired about between the adjacent solar LED street lamp；If so, then stop the solar LED street lamp work
The regulation of state.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710471073.2A CN107426862B (en) | 2017-06-20 | 2017-06-20 | Solar LED street lamp control method and device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710471073.2A CN107426862B (en) | 2017-06-20 | 2017-06-20 | Solar LED street lamp control method and device |
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| CN107426862A true CN107426862A (en) | 2017-12-01 |
| CN107426862B CN107426862B (en) | 2019-07-02 |
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| WO2020062402A1 (en) * | 2018-09-29 | 2020-04-02 | 安徽独角仙信息科技有限公司 | Infrared sensor detection-based smart regulation and control system for touch switch |
| CN110996465A (en) * | 2019-12-19 | 2020-04-10 | 广东洲明节能科技有限公司 | Street lamp and control method thereof |
| CN112483986A (en) * | 2021-01-15 | 2021-03-12 | 广西广拓新能源科技有限公司 | Intelligent control method for solar street lamp |
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|---|---|
| CN107426862B (en) | 2019-07-02 |
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