CN107087325B - Intelligent method for controlling street lamps - Google Patents
Intelligent method for controlling street lamps Download PDFInfo
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- CN107087325B CN107087325B CN201710373103.6A CN201710373103A CN107087325B CN 107087325 B CN107087325 B CN 107087325B CN 201710373103 A CN201710373103 A CN 201710373103A CN 107087325 B CN107087325 B CN 107087325B
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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]
- H05B45/10—Controlling the intensity of the light
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Abstract
A kind of intelligent method for controlling street lamps passes through the intelligent light-controlled device that is mounted on street lamp, the field condition of street lamp where acquisition, related data is uploaded to server, carry out processing analysis statistics, to the road surface of different operating conditions, targetedly road lamp management strategy is carried out, while carrying out data storage statistics, effective data foundation is provided for the switch lamp and road lamp management strategy in later period, realizes the purpose of intelligent control street lighting and learning-oriented management street lamp.
Description
Technical field
The present invention relates to a kind of night-light, especially a kind of intelligent method for controlling street lamps.
Background technique
Street lamp control system currently on the market, by intelligent light-controlled device as control node, by wired or wireless communication,
It is connected with gateway, is then connected to server to software platform.Control mode is generally passive type and receives Host Computer Software Platform
Instruction carries out relevant operation, and uploads the working condition of the street lamp where intelligent light-controlled device, such as voltage, electric current, the information such as power
To software platform, counted.But it is a lack of the understanding for lamp work on the spot situation of satisfying the need, belongs to passive type control system.Such as nothing
Method knows the light situation at scene, can not know the heavy traffic situation at scene, and in artificial subjective state of a control, it can not do
To really illumination on demand, thus not from truly realizing intelligent lighting.
Summary of the invention
In order to overcome drawbacks described above, the present invention provides a kind of intelligent method for controlling street lamps, passes through the intelligent street lamp control
Method processed not only has the function of passive modulation photosystem above-mentioned, but also the working condition with active upload street lamp, road surface
Light situation, the traffic conditions on road surface, active automatic running, staged light modulation etc. functions.
The present invention is to solve technical solution used by its technical problem: a kind of intelligent method for controlling street lamps,
It is characterized in: includes the following steps:
A. system starts；
B. the data for reading timing routine module, divide and work by day period and the two different periods of night operation period
Carry out corresponding logical process；
If c. working by day the period, then enter abnormality processing subroutine module；
If the d. night operation period, then enters and work normally subroutine module；
If not e. being, program module data always are read again；
F. the road lamp management strategy of the primary system period before running；
G. the light-controller of each node collects intensity signal, temporal information, road surface operating condition, the information such as street lamp running parameter；
H. it is supplied to main control module, carries out processing analysis；
I. gateway is sent to by communication module, is uploaded to server；
J. server analysis illumination data, road surface floor data, temporal information call the data of database file, carry out
Date comprision step, and make corresponding road lamp management strategy；
K. this data and road lamp management strategy are stored simultaneously, updates database file, terminated.
As a further improvement of the present invention, the rate-determining steps of abnormality processing subroutine module are as follows in the step c:
If C1. working by day the period, then enter exception handler module, as solar eclipse, overcast and rainy or system overhaul journey
Sequence module；Multiple repairing weld light intensity data in setting time at this time, is averaged；If light intensity data > the first light intensity setting value, sentences
It is set to system overhaul, then light-controller receives the instruction of server, carries out relevant operation, after operation, detect the electricity of lamps and lanterns
Pressure, electric current, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock judgement
Program module；
It is overcast and rainy if C2. light intensity data < first light intensity setting value, is determined as anomalous weather, such as solar eclipse；So beat at this time
LED street lamp is opened, while receiving the instruction that server issues, and the instruction of execute server, after operation, detects the electricity of lamps and lanterns
Pressure, electric current, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock interpretation
Program module.
As a further improvement of the present invention, the rate-determining steps that subroutine module is worked normally in the step d are as follows:
If the D1. night operation period, then enters and work normally subroutine module；
D2. the first time segmentation in the night operation period, reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then do not turn on light, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the second light intensity
Setting value, then to be greater than 0% and the first setting power light modulation output less than 100%；If intensity of illumination is less than the second light intensity
Setting value, then to be greater than the first setting power and the second setting power light modulation output less than 100%；
D3. the second time slice after being segmented at the first time reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then do not turn on light, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the second light intensity
Setting value, then with the second setting power light modulation output；If intensity of illumination, less than the second light intensity setting value, 100% light modulation is defeated
Out；
D4. the third time slice after the second time slice reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then with the first setting power light modulation output；If illuminance is less than the first light intensity setting value, with the second setting
Power light modulation output；
D5. the 4th time slice after third time slice reads intensity of illumination data, if intensity of illumination is less than first
Light intensity setting value, then with the second setting power light modulation output；If intensity of illumination is greater than the first light intensity setting value and is less than third
Light intensity setting value, then with the first setting power light modulation output；If intensity of illumination is greater than third light intensity setting value, 0% light modulation
Output.
As a further improvement of the present invention, the period that works by day is 8:00-16:00, and the night operation period is
16:00-8:00, segmentation is 16:00-17:00 at the first time, and the second time slice is 17:00-next day 2:00, third time
Segmentation is next day 2:00-next day 4:00, and the 4th time slice is next day 4:00-next day 8:00.
As a further improvement of the present invention, the value range of the first light intensity setting value is 16lux-30lux, second
The value range of light intensity setting value is 5lux-15lux, and the value range of third light intensity setting value is 55lux-75lux.
As a further improvement of the present invention, the value range of the first setting power is 35%-69%, the second setting
The value range of power is 70%-95%.
As a further improvement of the present invention, the value range of the setting time is -6 seconds 1 second, the multiple value
Range is 3 times -10 times.
The beneficial effects of the present invention are: the present invention acquires place street lamp by the intelligent light-controlled device being mounted on street lamp
Field condition uploads related data to server, carries out processing analysis statistics and carry out targetedly to the road surface of different operating conditions
Road lamp management strategy, while data storage statistics is carried out, effective data are provided for the switch lamp and road lamp management strategy in later period
Foundation realizes the purpose of intelligent control street lighting and learning-oriented management street lamp.
Detailed description of the invention
Fig. 1 is the schematic diagram of the intelligent method for controlling street lamps of the present invention.
Fig. 2 is the control principle drawing of abnormality processing subroutine module in the intelligent method for controlling street lamps of the present invention.
Fig. 3-Fig. 6 is the control principle drawing of normal processing subroutine module in the intelligent method for controlling street lamps of the present invention.
Specific embodiment
A kind of intelligent method for controlling street lamps, includes the following steps:
A. system starts；
B. the data for reading timing routine module, divide and work by day period and the two different periods of night operation period
Carry out corresponding logical process；
If c. working by day the period, then enter abnormality processing subroutine module；
If the d. night operation period, then enters and work normally subroutine module；
If not e. being, program module data always are read again；
F. the road lamp management strategy of the primary system period before running；
G. the light-controller of each node collects intensity signal, temporal information, road surface operating condition, the information such as street lamp running parameter；
H. it is supplied to main control module, carries out processing analysis；
I. gateway is sent to by communication module, is uploaded to server；
J. server analysis illumination data, road surface floor data, temporal information call the data of database file, carry out
Date comprision step, and make corresponding road lamp management strategy；
K. this data and road lamp management strategy are stored simultaneously, updates database file, terminated.
Wherein, the rate-determining steps of abnormality processing subroutine module are as follows in the step c:
If C1. working by day the period, then enter exception handler module, as solar eclipse, overcast and rainy or system overhaul journey
Sequence module；Multiple repairing weld light intensity data in setting time at this time, is averaged；If light intensity data > the first light intensity setting value, sentences
It is set to system overhaul, then light-controller receives the instruction of server, carries out relevant operation, after operation, detect the electricity of lamps and lanterns
Pressure, electric current, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock judgement
Program module；
It is overcast and rainy if C2. light intensity data < first light intensity setting value, is determined as anomalous weather, such as solar eclipse；So beat at this time
LED street lamp is opened, while receiving the instruction that server issues, and the instruction of execute server, after operation, detects the electricity of lamps and lanterns
Pressure, electric current, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock interpretation
Program module.
Wherein, the rate-determining steps that subroutine module is worked normally in the step d are as follows:
If the D1. night operation period, then enters and work normally subroutine module；
D2. the first time segmentation in the night operation period, reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then do not turn on light, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the second light intensity
Setting value, then to be greater than 0% and the first setting power light modulation output less than 100%；If intensity of illumination is less than the second light intensity
Setting value, then to be greater than the first setting power and the second setting power light modulation output less than 100%；
D3. the second time slice after being segmented at the first time reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then do not turn on light, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the second light intensity
Setting value, then with the second setting power light modulation output；If intensity of illumination, less than the second light intensity setting value, 100% light modulation is defeated
Out；
D4. the third time slice after the second time slice reads intensity of illumination data, if intensity of illumination is greater than first
Light intensity setting value, then with the first setting power light modulation output；If illuminance is less than the first light intensity setting value, with the second setting
Power light modulation output；
D5. the 4th time slice after third time slice reads intensity of illumination data, if intensity of illumination is less than first
Light intensity setting value, then with the second setting power light modulation output；If intensity of illumination is greater than the first light intensity setting value and is less than third
Light intensity setting value, then with the first setting power light modulation output；If intensity of illumination is greater than third light intensity setting value, 0% light modulation
Output.
It should be strongly noted that " 0% light modulation output " and " 100% light modulation exports " is no due to resistance loss
It is 0% and 100% light modulation output in absolute sense.
In preferred embodiment, the period that works by day is 8:00-16:00, and the night operation period is 16:00-8:
00, segmentation is 16:00-17:00 (that is, The night screen has hung down, the sunset moment) at the first time, and the second time slice is 17:00-next day
2:00 (that is, coming off duty to the nocturnalism peak period moment), third time slice are next day 2:00-next day 4:00 (that is, morning is extremely
Early morning), the 4th time slice is next day 4:00-next day 8:00 (that is, sunrise moment, morning exercises and working moment).
In preferred embodiment, the value range of the first light intensity setting value is 16lux-30lux, the setting of the second light intensity
The value range of value is 5lux-15lux, and the value range of third light intensity setting value is 55lux-75lux.
In preferred embodiment, the value range of the first setting power is 35%-69%, and the second setting power takes
Value range is 70%-95%.
In preferred embodiment, the value range of the setting time is -6 seconds 1 second, and the multiple value range is 3
Secondary -10 times.
The present invention acquires the field condition of place street lamp by the intelligent light-controlled device being mounted on street lamp, uploads dependency number
According to server is given, processing analysis statistics is carried out, to the road surface of different operating conditions, carries out targetedly road lamp management strategy, while into
Row data storage statistics, provides effective data foundation for the switch lamp and road lamp management strategy in later period, realizes intelligent control
The purpose of street lighting and learning-oriented management street lamp.
Claims (6)
1. a kind of intelligent method for controlling street lamps, includes the following steps:
A. system starts；
B. the data for reading timing routine module divide work by day period and the two the different periods progress of night operation period
Corresponding logical process；
If c. working by day the period, then enter abnormality processing subroutine module；
If the d. night operation period, then enters and work normally subroutine module；
If not e. being, timing routine module data is read again；
F. the road lamp management strategy of the primary system period before running；
G. the light-controller of each node collects intensity signal, temporal information, road surface operating condition, street lamp operating parameter information；
H. it is supplied to main control module, carries out processing analysis；
I. gateway is sent to by communication module, is uploaded to server；
J. server analysis illumination data, road surface floor data, temporal information call the data of database file, carry out data
Comparative analysis step, and make corresponding road lamp management strategy；
K. this data and road lamp management strategy are stored simultaneously, updates database file, terminated；
It is characterized in that: the rate-determining steps of abnormality processing subroutine module are as follows in the step c:
If C1. working by day the period, then enter exception handler module, as solar eclipse, overcast and rainy or system overhaul program mould
Block；Multiple repairing weld light intensity data in setting time at this time, is averaged；If light intensity data > the first light intensity setting value, is determined as
System overhaul carries out relevant operation, after operation, detects the voltage of lamps and lanterns then light-controller receives the instruction of server, electricity
Stream, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock decision procedure
Module；
It is overcast and rainy if C2. light intensity data < first light intensity setting value, is determined as anomalous weather, such as solar eclipse；LED is so opened at this time
Street lamp, while receiving the instruction that server issues, and the instruction of execute server, after operation, the voltage of lamps and lanterns is detected, electricity
Stream, power factor lamp data are uploaded to server, while uploading current clock data, and return to initial clock interpretation program
Module.
2. intelligent method for controlling street lamps according to claim 1, it is characterized in that: working normally sub- journey in the step d
The rate-determining steps of sequence module are as follows:
If the D1. night operation period, then enters and work normally subroutine module；
D2. the first time segmentation in the night operation period, reads intensity of illumination data, if intensity of illumination is greater than the first light intensity
Setting value is not turned on light then, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the setting of the second light intensity
Value, then to be greater than 0% and the first setting power light modulation output less than 100%；If intensity of illumination is set less than the second light intensity
Value, then to be greater than the first setting power and the second setting power light modulation output less than 100%；
D3. the second time slice after being segmented at the first time reads intensity of illumination data, if intensity of illumination is greater than the first light intensity
Setting value is not turned on light then, 0% light modulation output；If intensity of illumination is less than the first light intensity setting value and is greater than the setting of the second light intensity
Value, then with the second setting power light modulation output；If intensity of illumination is less than the second light intensity setting value, 100% light modulation output；
D4. the third time slice after the second time slice reads intensity of illumination data, if intensity of illumination is greater than the first light intensity
Setting value, then with the first setting power light modulation output；If illuminance is less than the first light intensity setting value, with the second setting power
Light modulation output；
D5. the 4th time slice after third time slice reads intensity of illumination data, if intensity of illumination is less than the first light intensity
Setting value, then with the second setting power light modulation output；If intensity of illumination is greater than the first light intensity setting value and is less than third light intensity
Setting value, then with the first setting power light modulation output；If intensity of illumination is greater than third light intensity setting value, 0% light modulation output.
3. intelligent method for controlling street lamps according to claim 2, it is characterized in that: the period that works by day is 8:00-
16:00, night operation period are 16:00-8:00, and segmentation is 16:00-17:00 at the first time, and the second time slice is 17:
00-next day 2:00, third time slice are next day 2:00-next day 4:00, and the 4th time slice is next day 4:00-next day 8:
00。
4. intelligent method for controlling street lamps according to claim 2, it is characterized in that: the value of the first light intensity setting value
Range is 16lux-30lux, and the value range of the second light intensity setting value is 5lux-15lux, the value model of third light intensity setting value
Enclosing is 55lux-75lux.
5. intelligent method for controlling street lamps according to claim 2, it is characterized in that: the value model of the first setting power
Enclosing is 35%-69%, and the value range of the second setting power is 70%-95%.
6. intelligent method for controlling street lamps according to claim 1, it is characterized in that: the value range of the setting time is
- 6 seconds 1 second, the multiple value range was 3 times -10 times.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109951930A (en) * | 2017-12-20 | 2019-06-28 | 中移物联网有限公司 | A kind of method, equipment and the device of lamp terminal control |
| CN108684100B (en) * | 2018-04-02 | 2021-03-26 | 佛山市易恒照明光电有限公司 | Mirror lamp with memory function |
| CN109067831A (en) * | 2018-06-26 | 2018-12-21 | 广州辰创科技发展有限公司 | A kind of monitoring method for road lamps, device, server, system and storage medium |
| CN109041380A (en) * | 2018-08-15 | 2018-12-18 | 中国船舶工业集团公司第七0八研究所 | A kind of ship intelligent lighting system and its control method |
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| KR101228433B1 (en) * | 2012-06-25 | 2013-01-31 | (주)오로라이앤아이 | Led light module capable of remote management |
| CN103281827B (en) * | 2013-05-23 | 2015-06-17 | 中国科学院自动化研究所 | LED (Light-Emitting Diode) street lamp intelligent control system and method for dynamically feeding back load balance |
| CN103391674B (en) * | 2013-08-20 | 2015-04-15 | 广州中国科学院软件应用技术研究所 | Street lamp control method and device |
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