CN106793332B - Implement the lighting control system and method for Different Strategies in Free Partition - Google Patents
Implement the lighting control system and method for Different Strategies in Free Partition Download PDFInfo
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- CN106793332B CN106793332B CN201710029759.6A CN201710029759A CN106793332B CN 106793332 B CN106793332 B CN 106793332B CN 201710029759 A CN201710029759 A CN 201710029759A CN 106793332 B CN106793332 B CN 106793332B
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- lanterns
- intelligent controller
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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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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The problem of the present invention relates to lighting control systems and method that Different Strategies are implemented in a kind of Free Partition, and solving plant illumination region cannot flexibly divide, and the light quality and light intensity that cannot be exported to the lamps and lanterns of different illumination regions are adjusted into Mobile state.Implement the lighting control system and method for Different Strategies in the Free Partition of the present invention, user can be by managing intelligent mobile terminal, plant growth monitoring cooperative system and the background server of system to the lamps and lanterns subregion in lighting control system, and implement different illumination strategies to each subregion, carry out any change without the line to lamps and lanterns.The needs of production can be coordinated to be grouped by management system, divide region, each grouping can carry out work using specified strategy, meet the needs of " pressing Make to order "；Without changing the hard wires of lamps and lanterns, sensor, switch, the flexibility used is improved；Grouping geographically can be continuous, can not also be continuous, depends on the needs of production.
Description
Technical field
The present invention relates to a kind of lighting control systems, and in particular to implements the Lighting control of Different Strategies in a kind of Free Partition
System and method.
Background technology
In batch production Workshop Production or in greenhouse production process, it is often necessary to use lighting system, existing photograph
Bright system is controlled generally by fixed hard wires with knife switch, also some by timer to the lamps and lanterns in zonule
It is uniformly controlled, has the following disadvantages：One, illumination region cannot flexibly be divided, if the plant of different zones needs difference
Illumination condition, need could realize the division of illumination region, human cost and improvement cost height by changing hardware connection；
Two, the light quality and light intensity that lamps and lanterns export cannot be adjusted into Mobile state.
Invention content
In view of this, it is an object of the invention to overcome the deficiencies of the prior art and provide a kind of Free Partitions to implement difference
The lighting control system and method for strategy cannot be divided flexibly with solving plant illumination region in the prior art, and cannot be to not
The problem of light quality and light intensity exported with the lamps and lanterns of illumination region is adjusted into Mobile state.In order to achieve the above object, the present invention uses
Following technical solution：
The lighting control system of Different Strategies, including management system and subregion lighting control system are implemented in Free Partition,
In,
The subregion lighting control system includes multiple main intelligent controllers, each main intelligent controller control
One illumination group, each illumination group include the illumination subregion of the first preset quantity, and each illumination subregion includes second pre-
If the LED bar graph lamps and lanterns of quantity and the illuminator of predetermined power；There are one each mating settings of illumination subregion or more
A secondary intelligent controller and environmental sensor, the secondary intelligent controller are used to receive the control of the main intelligent controller
Instruction, and the illuminator that LED bar graph lamps and lanterns or predetermined power in subregion are illuminated where controlling works by default illumination strategies；
Environmental change where the environmental sensor is used to monitor in illumination subregion, and sent by the secondary intelligent controller
To main intelligent controller；
The management system includes the intelligent mobile being connect with multiple main intelligent controllers by networked devices
Terminal, plant growth monitoring cooperative system and background server, wherein the intelligent mobile terminal and background server is used for
The subregion lighting control system is grouped and subregion and formulates different illumination strategies, the intelligence for each subregion
Energy mobile terminal is additionally operable to receive the prompting message that the background server or main intelligent controller are sent；The plant life
Long monitoring cooperative system controls the main intelligent controller to the secondary intelligence for the demand according to plant to growing environment
Can controller send different illumination strategies, with control different subregions LED bar graph lamps and lanterns or predetermined power illuminator it is defeated
Go out different light qualities and light intensity.
Each networked devices are up to 24 buses, and every bus can connect the main intelligence described in 16
It can controller.
Each illumination group includes up to ten illumination subregions, and each illumination subregion includes up to 60
The illuminator of LED bar graph lamps and lanterns and predetermined power.
The environmental sensor includes that light radiation intensity sensor, Temperature Humidity Sensor and/or trace element pass
Sensor.
The main intelligent controller connect or is wirelessly connected with the secondary intelligent controller bus；The intelligent sliding
Dynamic terminal is wirelessly connected with the main intelligent controller and background server.
The LED bar graph lamps and lanterns are used for multilayer production environment；The lighting power of the illuminator of the predetermined power
More than the lighting power of the LED bar graph lamps and lanterns, the illuminator of the predetermined power is used for the plant life of preset height
In long environment.
The intelligent mobile terminal is smart mobile phone, tablet computer and/or laptop.
For the main intelligent controller of subregion lighting control system, secondary intelligent controller, environmental sensor, LED bar graph lamps and lanterns
After the illuminator distribution IP address of predetermined power, following steps are executed：
Step S1, according to production requirement, the illuminator of LED bar graph lamps and lanterns or predetermined power to each illumination group carries out
Grouping and subregion；
Step S2, demand of the plant of cooperative system output to water, air, fertilizer and temperature is monitored according to plant growth,
Illuminator for LED bar graph lamps and lanterns or predetermined power in each subregion formulates different illumination strategies and sets different illuminations
The execution time of strategy；
Step S3, according to the IP address, the illumination strategies are sent to main intelligent controller, so that the master
Intelligent controller controls the LED bar graph lamps and lanterns of different subregions or the illuminator of predetermined power by the secondary intelligent controller
Different light qualities and light intensity are exported, until the environmental parameter that the environmental sensor of each subregion exports meets preset need.
If the illuminator of the LED bar graph lamps and lanterns or predetermined power is closed firmly, after re-powering, exported to user
Self-test prompts；Otherwise, after the power is turned on self-test by entering working condition, the LED bar graph lamps and lanterns of each subregion or predetermined power
The illumination strategies of illuminator are defaulted as the setting before power-off.
Grouping in the step S1 can be divided by user, and selected grouping can generate new point
Group can also be merged into other groupings.
The present invention uses above technical scheme, at least has following advantageous effect：
As shown from the above technical solution, the Lighting control system of Different Strategies is implemented in this Free Partition provided by the invention
System, including management system and subregion lighting control system, user can pass through intelligent mobile terminal, the plant growth of management system
Cooperative system and background server are monitored to the lamps and lanterns subregion in lighting control system, and implements different illuminations to each subregion
Strategy carries out any change without the line to lamps and lanterns.Compared with prior art, cost of labor and hardware modification cost are saved.
The illumination control method of Different Strategies is implemented in this Free Partition provided by the invention, by subregion Lighting control
The main intelligent controller of system, the illuminator point of secondary intelligent controller, environmental sensor, LED bar graph lamps and lanterns and predetermined power
With IP address, so that realization is grouped to lamps and lanterns by management system and subregion, and difference is formulated for the lamps and lanterns of each subregion
Illumination strategies, the lamps and lanterns of each subregion are subjected to specified signal, carry out work by specified illumination strategies.According to time, quilt
The variation of demand, external environment of the irradiation object to light and constantly change light composition composition, light intensity formed " illumination strategies ", can make
For a multiple groupings and subregion.Compared with prior art, the photograph of Different Strategies is implemented in this Free Partition provided by the invention
Bright control method can realize the flexible division to plant illumination region, and to the light quality of the lamps and lanterns of different illumination regions output
It is adjusted into Mobile state with light intensity.
In addition, the illumination control method of Different Strategies is implemented in this Free Partition provided by the invention, production can be coordinated
Needs be grouped by management system, divide region, each grouping can use specified strategy carry out work, meet and " press
The needs of Make to order "；Grouping is only used in management system operatio and can be completed, and does not have to the hardware of change lamps and lanterns, sensor, switch
Line improves the flexibility used, reduces workload；Grouping geographically can be continuous, can not also be continuous, depends on
In the needs of production, facility is provided to produce flexible using area.
Description of the drawings
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
Obtain other attached drawings according to these attached drawings.
Fig. 1 is the structural schematic diagram that the lighting control system of Different Strategies is implemented in the Free Partition of the present invention；
Fig. 2 is the secondary intelligent controller and LED that the lighting control system of Different Strategies is implemented in the Free Partition of the present invention
The structural schematic diagram of strip lamp cooperation；
1-intelligent mobile terminal in figure；2-instant messagings；3-non-instant communications；4-Cloud Servers；5-plant growths
Monitor cooperative system；6-printers；7-background servers；The illuminator of 8-predetermined powers；9-220VAC power supplys；10—
Secondary intelligent controller；11-environmental sensors；12-LED bar graph lamps and lanterns；13-intelligent controllers；14-networked devices.
Specific implementation mode
To make the object, technical solutions and advantages of the present invention clearer, technical scheme of the present invention will be carried out below
Detailed description.Obviously, described embodiment is only that the present invention divides embodiment on one side, rather than comprehensive embodiment.Base
Embodiment in the present invention, those of ordinary skill in the art are obtained all without making creative work
Other embodiment belongs to the range that the present invention is protected.
As shown in Figure 1 and Figure 2, the lighting control system of Different Strategies, including management system are implemented in Free Partition of the invention
With subregion lighting control system, wherein
The subregion lighting control system includes multiple main intelligent controllers 13, each main intelligent controller 13
An illumination group is controlled, each illumination group includes the illumination subregion of the first preset quantity, and the illumination subregion includes the
The LED bar graph lamps and lanterns 12 of two preset quantities and the illuminator 8 of predetermined power；Each illumination subregion is mating to be provided with one
A or multiple secondary intelligent controllers 10 and environmental sensor 11, the secondary intelligent controller 10 are used to receive the main intelligence
The control instruction of controller 13, and the illuminator 8 that LED bar graph lamps and lanterns 12 or predetermined power in subregion are illuminated where controlling is pressed
Default illumination strategies work；Environmental change where the environmental sensor 11 is used to monitor in illumination subregion, and pass through institute
The secondary intelligent controller 10 stated is sent to main intelligent controller 13；
The management system includes the intelligence being connect with multiple main intelligent controllers 13 by networked devices 14
Mobile terminal 1, plant growth monitoring cooperative system 5 and background server 7, wherein the intelligent mobile terminal 1 and backstage takes
Business device 7 is for being grouped the subregion lighting control system and subregion and formulating different illumination plans for each subregion
Slightly, the intelligent mobile terminal 1 is additionally operable to receive the prompting letter that the background server 7 or main intelligent controller 13 are sent
Breath；The plant growth monitoring cooperative system 5 controls the main intelligence control for the demand according to plant to growing environment
Device 13 processed sends different illumination strategies to the secondary intelligent controller 10, to control the LED bar graph lamps and lanterns 12 of different subregions
Or the illuminator 8 of predetermined power exports different light qualities and light intensity.Implement different plans in this Free Partition provided by the invention
Lighting control system slightly, including management system and subregion lighting control system, user can pass through the intelligent sliding of management system
Dynamic terminal 1, plant growth monitoring cooperative system 5 and background server 7 are and right to the lamps and lanterns subregion in subregion lighting control system
Each subregion implements different illumination strategies, and any change is carried out without the line to lamps and lanterns.Compared with prior art, people is saved
Work cost and hardware modification cost.
It should be noted that the illuminator 8 of LED bar graph lamps and lanterns 12 and predetermined power is separated picture in Fig. 1, be in order to
Facilitate display, practical wiring when is the illuminator 8 of LED bar graph lamps and lanterns 12 and predetermined power on the same blueline road
It is mounted on, the illuminator 8 of predetermined power is combined with corresponding 220VAC power supplys 9.
Preferably, each networked devices 14 are up to 24 buses, every bus can connect ten
Main intelligent controller 13 described in six.Each illumination group includes up to ten illumination subregions, each illumination
Subregion includes up to the illuminator 8 of 60 LED bar graph lamps and lanterns 12 and predetermined power.So on the one hand setting allows for
The excessive load of the illuminator 8 of LED bar graph lamps and lanterns 12 and predetermined power is larger, is easy to happen accidental damage, on the other hand
In view of the illuminator 8 of LED bar graph lamps and lanterns 12 and predetermined power is excessive, the inconvenience that secondary intelligent controller 10 controls,
Accuracy is inadequate.
Preferably, the environmental sensor include 11 include light radiation intensity sensor, Temperature Humidity Sensor and/
Or micro- sensor, light conditions, humiture situation and/or the fertility that can be conveniently detected in plant production environment
Situation facilitates staff to carry out the adjustment of illumination strategy, the adjustment of humiture and/or the adjustment of trace element, from every side
Meet the growth needs of plant.
Preferably, the main intelligent controller 13 connect with 10 bus of secondary intelligent controller or wirelessly connects
It connects；The intelligent mobile terminal 1 is wirelessly connected with the main intelligent controller 13 and background server 7, can be by i.e.
When communication 2 and/or it is non-instant communication 3 by Cloud Server 4 access network mode realize.
Preferably, the LED bar graph lamps and lanterns 12 are used for multilayer production environment；The headlamp of the predetermined power
The lighting power of tool 8 is more than the lighting power of the LED bar graph lamps and lanterns 12, and the illuminator 8 of the predetermined power is used for
In the plant growth environment of preset height.
Preferably, the intelligent mobile terminal 1 is smart mobile phone, tablet computer and/or laptop.
The illumination control method of Different Strategies is implemented in a kind of Free Partition, is applied to the Free Partition described in above-described embodiment
It is main intelligent controller 13, the secondary intelligent controller of subregion lighting control system in the lighting control system for implementing Different Strategies
10, after the illuminator 8 of environmental sensor 11, LED bar graph lamps and lanterns 12 and predetermined power distributes IP address, following steps are executed：
Step S1, according to production requirement, the illuminator 8 of LED bar graph lamps and lanterns 12 or predetermined power to each illumination group
It is grouped and subregion；
Step S2, demand of the plant of cooperative system output to water, air, fertilizer and temperature is monitored according to plant growth,
Illuminator 8 for LED bar graph lamps and lanterns 12 or predetermined power in each subregion formulates different illumination strategies and sets difference
The execution time of illumination strategies；
Step S3, according to the IP address, the illumination strategies are sent to main intelligent controller 13, so that described
Main intelligent controller 13 controls the LED bar graph lamps and lanterns 12 or predetermined power of different subregions by the secondary intelligent controller 10
Illuminator 8 exports different light qualities and light intensity, is preset until the environmental parameter that the environmental sensor of each subregion exports meets
Demand.The illumination control method of Different Strategies is implemented in this Free Partition provided by the invention, by subregion Lighting control system
The illumination of the main intelligent controller 13, secondary intelligent controller 10, environmental sensor 11, LED bar graph lamps and lanterns 12 and predetermined power of system
Lamps and lanterns 8 distribute IP address, so that realization is grouped to lamps and lanterns by management system and subregion, and are the lamps and lanterns system of each subregion
The lamps and lanterns of fixed different illumination strategies, each subregion are subjected to specified signal, carry out work by specified illumination strategies.According to when
Between, the variation of demand, external environment of the illuminated object to light and constantly change light composition composition, light intensity forms " illumination plan
Slightly ", a multiple groupings and subregion be may act on.Compared with prior art, this Free Partition provided by the invention is implemented different
The illumination control method of strategy, can realize the flexible division to plant illumination region, and defeated to the lamps and lanterns of different illumination regions
The light quality and light intensity gone out is adjusted into Mobile state.
In addition, the illumination control method of Different Strategies is implemented in this Free Partition provided by the invention, production can be coordinated
Needs be grouped by management system, divide region, each grouping can use specified strategy carry out work, meet and " press
The needs of Make to order "；Grouping is only used in management system operatio and can be completed, and does not have to the hardware of change lamps and lanterns, sensor, switch
Line improves the flexibility used, reduces workload；Grouping geographically can be continuous, can not also be continuous, depends on
In the needs of production, facility is provided to produce flexible using area.
If the illuminator 8 of the LED bar graph lamps and lanterns 12 or predetermined power is closed firmly, after re-powering, to user
Export self-test prompt；Otherwise, self-test passes through i.e. into working condition, the LED bar graph lamps and lanterns 12 of each subregion or default after the power is turned on
The illumination strategies of the illuminator 8 of power are defaulted as the setting before power-off.
Grouping in the step S1 can be divided by user, and selected grouping can generate new point
Group can also be merged into other groupings.
Above-described, only of the invention specific implementation mode, but scope of protection of the present invention is not limited thereto, appoints
What those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, answer
It is included within the scope of the present invention.Therefore, protection scope of the present invention should be with the scope of the claims
Subject to.
Claims (8)
1. the illumination control method of Different Strategies is implemented in a kind of Free Partition, which is characterized in that shone including management system and subregion
Bright control system, wherein
The subregion lighting control system includes multiple main intelligent controllers (13), each main intelligent controller (13)
An illumination group is controlled, each illumination group includes the illumination subregion of the first preset quantity, and the illumination subregion includes the
The LED bar graph lamps and lanterns (12) of two preset quantities and the illuminator (8) of predetermined power, the LED bar graph lamps and lanterns (12) are used for
The lighting power of multilayer production environment, the illuminator (8) of the predetermined power is more than the LED bar graph lamps and lanterns (12)
Lighting power, the illuminator (8) of the predetermined power is in the plant growth environment of preset height；Each photograph
Bright subregion is mating to be provided with one or more intelligent controllers (10) and environmental sensors (11), the secondary intelligent controller
(10) it is used to receive the control instruction of the main intelligent controller (13), and illuminates the LED bar graph lamp in subregion where controlling
The illuminator (8) for having (12) or predetermined power presses default illumination strategies work；The environmental sensor (11) is for monitoring
Place illuminates the environmental change in subregion, and is sent to main intelligent controller (13) by the secondary intelligent controller (10)；
The management system includes the intelligence being connect with multiple main intelligent controllers (13) by networked devices (14)
Mobile terminal (1), plant growth monitoring cooperative system (5) and background server (7), wherein the intelligent mobile terminal (1)
With background server (7) for the subregion lighting control system is grouped and subregion and for the formulation of each subregion it is different
Illumination strategies, the intelligent mobile terminal (1) is additionally operable to receive the background server (7) or main intelligent controller
(13) prompting message sent；The plant growth monitoring cooperative system (5) is used for the demand according to plant to growing environment,
The control main intelligent controller (13) sends different illumination strategies to the secondary intelligent controller (10), to control not
Different light quality and light intensity are exported with the LED bar graph lamps and lanterns (12) of subregion or the illuminator (8) of predetermined power；
For the main intelligent controller (13) of subregion lighting control system, secondary intelligent controller (10), environmental sensor (11), LED
After the illuminator (8) of strip lamp (12) and predetermined power distributes IP address, following steps are executed：
Step S1, according to production requirement, the illuminator (8) of LED bar graph lamps and lanterns (12) or predetermined power to each illumination group
It is grouped and subregion；
Step S2, demand of the plant of cooperative system output to water, air, fertilizer and temperature is monitored according to plant growth, is every
The illuminator (8) of LED bar graph lamps and lanterns (12) or predetermined power in a subregion formulates different illumination strategies and sets difference
The execution time of illumination strategies；
Step S3, according to the IP address, the illumination strategies are sent to main intelligent controller (13), so that the master
Intelligent controller (13) controls the LED bar graph lamps and lanterns (12) of different subregions or default work(by the secondary intelligent controller (10)
The illuminator (8) of rate exports different light quality and light intensity, until the environmental parameter that the environmental sensor of each subregion exports is full
Sufficient preset need.
2. the illumination control method of Different Strategies is implemented in Free Partition according to claim 1, which is characterized in that also wrap
It includes：If the illuminator (8) of the LED bar graph lamps and lanterns (12) or predetermined power is closed firmly, defeated to user after re-powering
Go out self-test prompt；Otherwise, self-test passes through i.e. into working condition, the LED bar graph lamps and lanterns (12) of each subregion or default after the power is turned on
The illumination strategies of the illuminator (8) of power are defaulted as the setting before power-off.
3. the illumination control method of Different Strategies is implemented in Free Partition according to claim 2, which is characterized in that described
Grouping in step S1 can be divided by user, and selected grouping generates new grouping or is merged into other groupings
In.
4. the illumination control method of Different Strategies is implemented in Free Partition according to claim 1, which is characterized in that Mei Gesuo
The networked devices (14) stated are up to 24 buses, and every bus can connect the main intelligent controller described in 16
(13)。
5. the illumination control method of Different Strategies is implemented in Free Partition according to claim 4, which is characterized in that Mei Gesuo
The illumination group stated includes up to ten illumination subregions, and each illumination subregion includes up to 60 LED bar graph lamps and lanterns
(12) and the illuminator of predetermined power (8).
6. the illumination control method of Different Strategies is implemented in Free Partition according to claim 1, which is characterized in that described
Environmental sensor includes light radiation intensity sensor, Temperature Humidity Sensor and/or micro- sensor including (11).
7. the illumination control method of Different Strategies is implemented in Free Partition according to claim 1, which is characterized in that described
Main intelligent controller (13) connect or is wirelessly connected with the secondary intelligent controller bus；The intelligent mobile terminal and institute
The main intelligent controller and background server stated are wirelessly connected.
8. the illumination control method of Different Strategies is implemented in Free Partition according to claim 1, which is characterized in that described
Intelligent mobile terminal (1) is smart mobile phone, tablet computer and/or laptop.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710029759.6A CN106793332B (en) | 2017-01-12 | 2017-01-12 | Implement the lighting control system and method for Different Strategies in Free Partition |
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| CN201710029759.6A CN106793332B (en) | 2017-01-12 | 2017-01-12 | Implement the lighting control system and method for Different Strategies in Free Partition |
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| CN106793332B true CN106793332B (en) | 2018-10-09 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111148322A (en) * | 2019-12-23 | 2020-05-12 | 中国大唐集团科学技术研究院有限公司火力发电技术研究院 | Intelligent lighting control system of power plant |
| CN111539560A (en) * | 2020-04-08 | 2020-08-14 | 中铁建电气化局集团第一工程有限公司 | Illumination operation optimization system for transportation hub station |
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| CN106793332A (en) | 2017-05-31 |
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