CN109905944A - Intelligent lighting system based on department-Chen vision - Google Patents
Intelligent lighting system based on department-Chen vision Download PDFInfo
- Publication number
- CN109905944A CN109905944A CN201910286120.5A CN201910286120A CN109905944A CN 109905944 A CN109905944 A CN 109905944A CN 201910286120 A CN201910286120 A CN 201910286120A CN 109905944 A CN109905944 A CN 109905944A
- Authority
- CN
- China
- Prior art keywords
- light
- module
- sensor
- occasion
- department
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- 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]
Landscapes
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
本发明公开了一种基于司辰视觉的智能照明系统，包括室内本体，所述智能照明控制系统由智能控制箱、感测系统、照明系统、司辰补光系统组成，所述智能照明控制箱由通讯模块、电源模块、CPU模块、感测模块、司辰模块、灯控模块、触屏模块组成，所述CPU模块分别与电源模块、感测模块、司辰模块、灯控模块、触屏模块电性连接；本发明通过智能照明控制箱在室内内自然光照不均匀时，可以按区域补光，达到照明均匀的目的，在外界环境光照度较弱，且有人在室内时可以自动开启LED灯进行照明，为学习提供了保障，在特定时间内触发司辰模块，消除学生疲劳，在特定时间内控制LED灯开关节约电力能源，可以有效地解决背景技术中的问题。
The present invention discloses an intelligent lighting system based on chronological vision, comprising an indoor body, wherein the intelligent lighting control system is composed of an intelligent control box, a sensing system, a lighting system, and a chronological fill-in light system, wherein the intelligent lighting control box is composed of a communication module, a power module, a CPU module, a sensing module, a chronological module, a light control module, and a touch screen module, wherein the CPU module is electrically connected to the power module, the sensing module, the chronological module, the light control module, and the touch screen module, respectively; the present invention can fill in light by area when natural light is uneven indoors through the intelligent lighting control box to achieve uniform lighting, can automatically turn on LED lights for lighting when the ambient light is weak and someone is indoors, thereby providing a guarantee for learning, triggering the chronological module within a specific time to eliminate student fatigue, and controlling the LED light switch within a specific time to save electric power, thereby effectively solving the problems in the background technology.
Description
Technical field
The present invention relates to interior lighting system technical field, specially a kind of intelligent illuminating system based on citopic.
Background technique
Citopic, the third photosensory cell in human eye are not involved in imaging but adjustable human body melatonin level,
Be conducive to pupil contraction rich in blue light, improve visibility, adult is used.
Green illumination is the concept proposed at the beginning of the last century 90's, and intension includes energy-efficient, environmentally friendly, safe, easypro
Fit 4 indexs.Recently as the birth of new type light source, controller etc., lighting energy saving has considerable with illumination quality, comfort level
Progress, meet in GB50034-2013 lighting regulations energy conservation, the design engineering that lighting quality requires can be found everywhere.
On the road of green lighting technique development, still there are many problems to need to solve, lighting energy saving, illumination are comfortable
Property etc. still have very big potentiality that can excavate, work, study place headlamp intensity of illumination inhomogeneities to work or
The efficiency influence of person's study is very big, and how to be all to need to solve to the adjusting of the energy of people using the citopic realization of human eye
Certainly the problem of.
Summary of the invention
The main object of the present invention provides a kind of intelligent illuminating system based on citopic, passes through intelligent lighting controls case
When interior natural lighting is uneven indoors, can achieve the purpose that maintaining uniform illumination by region light filling, extraneous ambient light illumination compared with
It is weak, and someone indoors when can automatically turn on LED light and illuminate, guarantee is provided for study, in specific time internal trigger
Occasion module is taken charge of, student's fatigue is eliminated, LED light switch is controlled in specific time and saves electric power energy, can be carried on the back with effective solution
The problems in scape technology.
To achieve the above object, the technical scheme adopted by the invention is as follows:
A kind of intelligent illuminating system based on citopic, including indoor ontology, the interior intelligence that is equipped with of interior ontology are shone
Bright control system, the intelligent lighting system is by intelligent control box, sensing system, lighting system, department's occasion light-supplementing system group
At, the intelligent lighting controls case by communication module, power module, CPU module, sensing module, department's occasion module, light control module,
Touch screen module composition, the CPU module are electric with power module, sensing module, department's occasion module, light control module, touch screen module respectively
Property connection, the sensing system by infrared sensor of the human body line row and light sensor form, it is described interior ontology in student seat
Position area's upper position setting at least three column human body infrared induction device lines are arranged, and the row's setting of human body infrared induction device line described in each column
There are at least three human body infrared induction devices, for monitoring indoor intrinsic number, the light sensor is located at interior originally
The position at internal display board edge, the lighting system are made of daylight type lamps and lanterns；The daylight type lamps and lanterns are LED light, and position
The LED light that is respectively provided in human body infrared induction device position, the LED light are one kind of two-tube LED light or single tube LED light
Or it is a variety of, department's occasion light-supplementing system by department's occasion line row form, and human body infrared induction device line described in each column row between and
The light sensor and the position between the human body infrared induction device line row of teaching display board in the indoor ontology
It is respectively provided with column department occasion lamp line row, to carry out light filling in the insufficient situation of indoor ontology illumination, department's occasion lamp line drains into rare
Two department's occasion headlamps, department's occasion headlamp are blue LED lamp, and the sensing module is red with light sensor, human body respectively
Outer sensor is electrically connected, and department's occasion module and department's occasion headlamp are electrically connected, and the CPU module handles the sensing module
The information of the human body infrared induction device line row and light sensor feedback are received, and triggers department's occasion module control
Department's occasion lamp line row is powered, and achievees the purpose that eliminate student's fatigue strength, and the triggering light control module controls the LED light
Energized state realizes light filling and energy-efficient purpose, the intensity of illumination 1.0lx-2.0lx of department's occasion headlamp.
The present embodiment, using the daily schedule of school as reference.
Further, time judgment module is equipped in the CPU module, the decision logic of the time judgment module is,
1) clock is between 17:00-05:00, and the light sensor of close window side and separate window side
The sensor detection light intensity average value 50lx and it is following continue 10min when, be determined as night；
2) clock is between 05:00-17:00, and the light sensor of close window side and separate window side
The sensor detection light intensity average value when 50lx or more continues 10min, be determined as daytime.
3) clock is between 05:00-17:00, close to the light sensor and the separate window side of window side
The average value of the sensor detection light intensity is determined as that daytime, Black clouds blotte out the sky when 50lx or less continues 10min.
Further, the CPU module handles the received light sensor feedback information of sensing module, and triggers the lamp
Control module control two-tube LED light energized state carry out light filling process be,
Ontology totally three row's normal illumination daylight type lamps and lanterns in standard chamber: being the first control zone close to window side, and centre is the
Two control zones are third control zone far from window side, and the light sensor close to window side is light sensor 1, inspection
Survey light intensity at nearly window；The light sensor far from window side is light sensor 2, and it is strong to detect light at remote window
Degree；
(1) light filling control process:
1) when the detection light intensity of light sensor 1 reaches 150lx or less, light filling is lighted in the first control zone；
2) when the detection light intensity of light sensor 2 reaches 150lx or less, light filling is lighted in third control zone；
3) light sensor 1 and the average value of the detection light intensity addition of sensor 2 are in 150lx or less, the second control
Light light filling in area；
(2) light filling finishing control process:
Once daytime, light filling started, what light sensor detected is the superposition value of outdoor light Yu room lighting light source,
In order to more accurately determine that illumination default a reference value is as a result, the illumination of indoor light source needs preparatory test record real data
The default value of 600lx, delay-action are 2 minutes:
1) the preparatory test record of the illumination of indoor light source opens the first control zone in classroom, respectively under dark surrounds
Two control zones and third control zone measure numerical value and the preservation of light sensor 1 and light sensor 2；
2) the detection light intensity of light sensor 1 reaches: the fully open actual observation record of three control zone fluorescent lamps is shone
When angle value+300lx or more, the first control zone delay-action in classroom；
3) light sensor 1 exists with the average value that is added that sensor 2 detects light intensity: third control zone and the second control
When the actual observation record brightness value+300lx or more that area lights, the second control zone delay-action in classroom；
4) sensor 2 detects light intensity and reaches: when the actual observation record brightness value+300lx or more that third control zone is lighted,
Third control zone delay-action in classroom；
The sequence of movement that light filling on daytime stops are as follows: close to window side-medial side-far from window side；
Daytime, light filling was in addition to that can also control it using host computer with other than intelligent lighting controls case.
Further, the received human body infrared induction device line row of the CPU module processing sensing module and light level
Device connects feedback information, and triggers the light control module and control the energized state of two-tube LED light and carry out energy-efficient process and be,
1) time controls: upper class hour, break time, LED daylight lamp was all kept to just under conditions of LED light is opened
Normal half is bright, and the class period restores；According to morning 4-5 class, afternoon 4 class, evening has four classes, is arranged according to the actual situation
15 or so dim light periods, every time 5-10 minute, if daylight type fluorescent lamp, control period is two-tube glimmering
It is bright that light lamp is all kept to single tube；
2) human body induction control 1: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, LED daylight lamp all becomes normal brightness, and when personnel leave, delay halves light；
3) human body induction control 2: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, nearest LED daylight lamp becomes normal brightness with this infrared sensor of the human body, remaining is constant, and when personnel leave, delay subtracts
Half is bright.
Further, the received human body infrared induction device line row of the CPU module processing sensing module and light level
Device connects feedback information, and triggering department occasion module control department occasion lamp line row is powered, and realizes the purpose control for eliminating student's fatigue strength
Process is,
Totally three row department occasion illuminate blu-ray type lamps and lanterns to ontology in standard chamber: being the first control zone close to window side, centre is the
Two control zones are third control zone far from window side；
1) first time period, that is, morning: 8:00-12:00: in the middle section time i.e. 9:00-10:00 phase that attend class in the morning
Between, student is easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
2) second time period, that is, afternoon: 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00
Period, student are easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue close to play time section student at night, owns
Department's occasion headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
Working principle and the utility model has the advantages that optical sensor and human body infrared induction device line are received by intelligent lighting controls case
The information of feedback when natural lighting is uneven in ontology indoors, triggers light control module, can reach illumination by region light filling
Uniform purpose, it is weaker in extraneous ambient light illumination, and someone indoors ontology when can automatically turn on LED light and illuminate,
Guarantee is provided for study, in specific time internal trigger department occasion module, empty control department occasion headlamp is powered on, and it is tired to eliminate student
Labor controls LED light energization in specific time and saves electric power energy；The intensity of illumination 1.0lx-2.0lx of department's occasion headlamp,
Direct stimulation sense is best.
Detailed description of the invention
Fig. 1 is human body infrared induction device line row and light sensor distribution schematic diagram in indoor ontology of the invention；
Fig. 2 is LED light and department's occasion headlamp distribution schematic diagram in indoor ontology of the invention；
Fig. 3 is intelligent lighting controls case schematic diagram of the invention；
Fig. 4 is four row's daylight type lamps and lanterns schematic layout patterns of the invention；
Fig. 5 is five row's daylight type lamps and lanterns schematic layout patterns of the invention；
Fig. 6 is six row's daylight type lamps and lanterns schematic layout patterns of the invention；
Fig. 7 is department's occasion headlamp horizontal distribution schematic diagram of the invention.
In figure: 1, LED light；2, occasion headlamp is taken charge of；3, intelligent lighting controls case；4, human body infrared induction device；5, light
Sensor.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Embodiment 1
As shown in Figs 1-4, a kind of intelligent illuminating system based on citopic, comprising: indoor ontology is set in indoor ontology
There is intelligent lighting system, intelligent lighting system is by intelligent control box, sensing system, lighting system, occasion light filling system, department
System composition, intelligent lighting controls case 3 by communication module, power module, CPU module, sensing module, department occasion module, light control module,
Touch screen module composition, CPU module electrically connect with power module, sensing module, department's occasion module, light control module, touch screen module respectively
It connects, sensing system is made of infrared sensor of the human body line row and light sensor 5, and student seating area upper position is set in indoor ontology
At least three column human body infrared induction device lines row is set, and to be provided at least three human bodies red by each column human body infrared induction device line row
Outside line inductor 4, for monitoring indoor intrinsic number, light sensor 5 is located at the position at display board edge in indoor ontology
It sets, lighting system is made of daylight type lamps and lanterns；Daylight type lamps and lanterns are LED light, and are located at the equal of human body infrared induction device position
LED light 1 is set, and LED light 1 is the one or more of two-tube LED light or single tube LED light, and department's occasion light-supplementing system is arranged by department's occasion line
Composition, and between each column human body infrared induction device line row and the people of light sensor and display board of imparting knowledge to students in indoor ontology
Position between body infrared inductor line row is respectively provided with column department occasion lamp line row, in the ontology illumination insufficient situation of interior into
Row light filling, department's occasion lamp line drain into few there are two taking charge of occasion headlamp 2, and department occasion headlamp 2 is blue LED lamp, sensing module respectively with
Light sensor 5, infrared sensor of the human body 4 are electrically connected, and department's occasion module and department's occasion headlamp 2 are electrically connected, CPU module processing
The information that sensing module receives human body infrared inductor line row and light sensor 5 is fed back, and occasion module control department, triggering department
Occasion lamp line row is powered, and achievees the purpose that eliminate student's fatigue strength, and the energized state of triggering light control module control LED light 1, takes charge of occasion
The intensity of illumination 1.4lx of headlamp.
The present embodiment, using the daily schedule of school as reference.
Wherein, time judgment module is equipped in CPU module, the decision logic of time judgment module is,
1) clock is between 17:00-05:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity in 50lx and following lasting 10min, is determined as night；
2) clock is between 05:00-17:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity when 50lx or more continues 10min, is determined as daytime.
3) clock is between 05:00-17:00, the light sensor close to window side and the sensing far from window side
Device detects the average value of light intensity when 50lx or less continues 10min, is determined as that daytime, Black clouds blotte out the sky.
Wherein, CPU module handles the received light sensor feedback information of sensing module, and it is double to trigger light control module control
The process that the energized state of pipe LED light carries out light filling is,
Indoor ontology totally four row's normal illumination LED light: the row close to window is the first control zone, it is intermediate it is two rows of be second
Control zone, the row far from window are third control zone, and the light sensor close to window side is light sensor 1, detection
Light intensity at nearly window；Light sensor far from window side is light sensor 2, detects light intensity at remote window；
(1) light filling control process:
1) when the detection light intensity of light sensor 1 reaches 150lx or less, light filling is lighted in the first control zone；
2) when the detection light intensity of light sensor 2 reaches 150lx or less, light filling is lighted in third control zone；
3) light sensor 1 and the average value of the detection light intensity addition of sensor 2 are in 150lx or less, the second control
Area lights light filling, and the advantage of this light compensation method is: can guarantee the uniformity of illumination as far as possible on daytime, prevent unilateral window from teaching
Room daylight is uneven.
(2) light filling finishing control process:
Once daytime, light filling started, what light sensor detected is the superposition value of outdoor light Yu room lighting light source,
In order to more accurately determine that illumination default a reference value is as a result, the illumination of indoor light source needs preparatory test record real data
The default value of 600lx, delay-action are 2 minutes:
1) the preparatory test record of the illumination of indoor light source opens the first control zone in classroom, respectively under dark surrounds
Two control zones and third control zone measure numerical value and the preservation of light sensor 1 and light sensor 2；
2) the detection light intensity of light sensor 1 reaches: the fully open actual observation record of three control zone fluorescent lamps is shone
When angle value+300lx or more, the first control zone delay-action in classroom；
3) light sensor 1 exists with the average value that is added that sensor 2 detects light intensity: third control zone and the second control
When the actual observation record brightness value+300lx or more that area lights, the second control zone delay-action in classroom；
4) sensor 2 detects light intensity and reaches: when the actual observation record brightness value+300lx or more that third control zone is lighted,
Third control zone delay-action in classroom；
The sequence of movement that light filling on daytime stops are as follows: close to window side-medial side-far from window side；
Daytime, light filling was in addition to that can also control it using host computer with other than intelligent lighting controls case.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and trigger light control module and control the energized state of two-tube LED light and carry out energy-efficient process and be,
1) time controls: upper class hour, break time, LED daylight lamp was all kept to just under conditions of LED light is opened
Normal half is bright, and the class period restores；According to morning 4-5 class, afternoon 4 class, evening has four classes, is arranged according to the actual situation
15 or so dim light periods, every time 5-10 minute, if daylight type fluorescent lamp, control period is two-tube glimmering
It is bright that light lamp is all kept to single tube；
2) human body induction control 1: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, LED daylight lamp all becomes normal brightness, and when personnel leave, delay halves light；
3) human body induction control 2: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, nearest LED daylight lamp becomes normal brightness with this infrared sensor of the human body, remaining is constant, and when personnel leave, delay subtracts
Half is bright.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and triggering department occasion module control department occasion lamp line row is powered, and realizes that the purpose control process for eliminating student's fatigue strength is,
Totally four row department occasion illuminate blu-ray type lamps and lanterns to ontology in standard chamber: the row close to window is the first control zone, separate
One row of window is third control zone, intermediate two rows of for the second control zone；
1) first time period, that is, morning: 8:00-12:00: in the middle section time i.e. 9:00-10:00 phase that attend class in the morning
Between, student is easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
2) second time period, that is, afternoon: 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00
Period, student are easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue close to play time section student at night, owns
Department's occasion headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
Embodiment 2
As shown in figure 5, a kind of intelligent illuminating system based on citopic, comprising: indoor ontology is equipped in indoor ontology
Intelligent lighting system, intelligent lighting system is by intelligent control box, sensing system, lighting system, department's occasion light-supplementing system
Composition, intelligent lighting controls case 3 is by communication module, power module, CPU module, sensing module, department occasion module, light control module, touching
Panel module composition, CPU module are electrically connected with power module, sensing module, department's occasion module, light control module, touch screen module respectively,
Sensing system is made of infrared sensor of the human body line row and light sensor 5, and student seating area upper position is arranged in indoor ontology
At least three column human body infrared induction device lines row, and each column human body infrared induction device line row is provided at least three human body infrareds
Line inductor 4, for monitoring indoor intrinsic number, light sensor 5 is located at the position at display board edge in indoor ontology,
Lighting system is made of daylight type lamps and lanterns；Daylight type lamps and lanterns are LED light, and are located at being respectively provided with for human body infrared induction device position
LED light 1, LED light 1 are the one or more of two-tube LED light or single tube LED light, and department's occasion light-supplementing system is made of department's occasion line row,
And the human body for display board of imparting knowledge to students between each column human body infrared induction device line row and in light sensor and close indoor ontology is red
Position between outside line inductor line row is respectively provided with column department occasion lamp line row, to be mended in the insufficient situation of indoor ontology illumination
Light, department's occasion lamp line drain into few there are two taking charge of occasion headlamp 2, and department occasion headlamp 2 is blue LED lamp, sensing module respectively with light
Sensor 5, infrared sensor of the human body 4 are electrically connected, and department's occasion module and department's occasion headlamp 2 are electrically connected, CPU module processing sensing
The information that module receives human body infrared inductor line row and light sensor 5 is fed back, and occasion module control department, triggering department occasion lamp
Line row is powered, and achievees the purpose that eliminate student's fatigue strength, and the energized state of triggering light control module control LED light 1, realizes light filling
With energy-efficient purpose, the intensity of illumination 1.6lx of occasion headlamp is taken charge of.
The present embodiment, using the daily schedule of school as reference.
Wherein, time judgment module is equipped in CPU module, the decision logic of time judgment module is,
1) clock is between 17:00-05:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity in 50lx and following lasting 10min, is determined as night；
2) clock is between 05:00-17:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity when 50lx or more continues 10min, is determined as daytime.
3) clock is between 05:00-17:00, the light sensor close to window side and the sensing far from window side
Device detects the average value of light intensity when 50lx or less continues 10min, is determined as that daytime, Black clouds blotte out the sky.
Wherein, CPU module handles the received light sensor feedback information of sensing module, and it is double to trigger light control module control
The process that the energized state of pipe LED light carries out light filling is,
Indoor ontology totally five row's normal illumination LED light: the two rows close to window are the first control zone, the two rows far from window
For third control zone, in a row be the second control zone, the light sensor close to window side is light sensor 1, and detection is close
Light intensity at window；Light sensor far from window side is light sensor 2, detects light intensity at remote window；
(1) light filling control process:
1) when the detection light intensity of light sensor 1 reaches 150lx or less, light filling is lighted in the first control zone；
2) when the detection light intensity of light sensor 2 reaches 150lx or less, light filling is lighted in third control zone；
3) light sensor 1 and the average value of the detection light intensity addition of sensor 2 are in 150lx or less, the second control
Area lights light filling, and the advantage of this light compensation method is: can guarantee the uniformity of illumination as far as possible on daytime, prevent unilateral window from teaching
Room daylight is uneven.
(2) light filling finishing control process:
Once daytime, light filling started, what light sensor detected is the superposition value of outdoor light Yu room lighting light source,
In order to more accurately determine that illumination default a reference value is as a result, the illumination of indoor light source needs preparatory test record real data
The default value of 600lx, delay-action are 2 minutes:
1) the preparatory test record of the illumination of indoor light source opens the first control zone in classroom, respectively under dark surrounds
Two control zones and third control zone measure numerical value and the preservation of light sensor 1 and light sensor 2；
2) the detection light intensity of light sensor 1 reaches: the fully open actual observation record of three control zone fluorescent lamps is shone
When angle value+300lx or more, the first control zone delay-action in classroom；
3) light sensor 1 exists with the average value that is added that sensor 2 detects light intensity: third control zone and the second control
When the actual observation record brightness value+300lx or more that area lights, the second control zone delay-action in classroom；
4) sensor 2 detects light intensity and reaches: when the actual observation record brightness value+300lx or more that third control zone is lighted,
Third control zone delay-action in classroom；
The sequence of movement that light filling on daytime stops are as follows: close to window side-medial side-far from window side；
Daytime, light filling was in addition to that can also control it using host computer with other than intelligent lighting controls case.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and trigger light control module and control the energized state of two-tube LED light and carry out energy-efficient process and be,
1) time controls: upper class hour, break time, LED daylight lamp was all kept to just under conditions of LED light is opened
Normal half is bright, and the class period restores；According to morning 4-5 class, afternoon 4 class, evening has four classes, is arranged according to the actual situation
15 or so dim light periods, every time 5-10 minute, if daylight type fluorescent lamp, control period is two-tube glimmering
It is bright that light lamp is all kept to single tube；
2) human body induction control 1: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, LED daylight lamp all becomes normal brightness, and when personnel leave, delay halves light；
3) human body induction control 2: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, nearest LED daylight lamp becomes normal brightness with this infrared sensor of the human body, remaining is constant, and when personnel leave, delay subtracts
Half is bright.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and triggering department occasion module control department occasion lamp line row is powered, and realizes that the purpose control process for eliminating student's fatigue strength is,
Totally five row department occasion illuminate blu-ray type lamps and lanterns to ontology in standard chamber: the two rows close to window are the first control zone, separate
The two rows of window be third control zone, in a row be the second control zone；
1) first time period, that is, morning: 8:00-12:00: in the middle section time i.e. 9:00-10:00 phase that attend class in the morning
Between, student is easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
2) second time period, that is, afternoon: 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00
Period, student are easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue close to play time section student at night, owns
Department's occasion headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
Embodiment 3
As shown in fig. 6, a kind of intelligent illuminating system based on citopic, comprising: indoor ontology is equipped in indoor ontology
Intelligent lighting system, intelligent lighting system is by intelligent control box, sensing system, lighting system, department's occasion light-supplementing system
Composition, intelligent lighting controls case 3 is by communication module, power module, CPU module, sensing module, department occasion module, light control module, touching
Panel module composition, CPU module are electrically connected with power module, sensing module, department's occasion module, light control module, touch screen module respectively,
Sensing system is made of infrared sensor of the human body line row and light sensor 5, and student seating area upper position is arranged in indoor ontology
At least three column human body infrared induction device lines row, and each column human body infrared induction device line row is provided at least three human body infrareds
Line inductor 4, for monitoring indoor intrinsic number, light sensor 5 is located at the position at display board edge in indoor ontology,
Lighting system is made of daylight type lamps and lanterns；Daylight type lamps and lanterns are LED light, and are located at being respectively provided with for human body infrared induction device position
LED light 1, LED light 1 are the one or more of two-tube LED light or single tube LED light, and department's occasion light-supplementing system is made of department's occasion line row,
And the human body for display board of imparting knowledge to students between each column human body infrared induction device line row and in light sensor and close indoor ontology is red
Position between outside line inductor line row is respectively provided with column department occasion lamp line row, to be mended in the insufficient situation of indoor ontology illumination
Light, department's occasion lamp line drain into few there are two taking charge of occasion headlamp 2, and department occasion headlamp 2 is blue LED lamp, sensing module respectively with light
Sensor 5, infrared sensor of the human body 4 are electrically connected, and department's occasion module and department's occasion headlamp 2 are electrically connected, CPU module processing sensing
The information that module receives human body infrared inductor line row and light sensor 5 is fed back, and occasion module control department, triggering department occasion lamp
Line row is powered, and achievees the purpose that eliminate student's fatigue strength, and the energized state of triggering light control module control LED light 1, realizes light filling
With energy-efficient purpose, the intensity of illumination 1.8lx of occasion headlamp is taken charge of.
The present embodiment, using the daily schedule of school as reference.
Wherein, time judgment module is equipped in CPU module, the decision logic of time judgment module is,
1) clock is between 17:00-05:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity in 50lx and following lasting 10min, is determined as night；
2) clock is between 05:00-17:00, and the light sensor close to window side and the biography far from window side
Sensor detects the average value of light intensity when 50lx or more continues 10min, is determined as daytime.
3) clock is between 05:00-17:00, the light sensor close to window side and the sensing far from window side
Device detects the average value of light intensity when 50lx or less continues 10min, is determined as that daytime, Black clouds blotte out the sky.
Wherein, CPU module handles the received light sensor feedback information of sensing module, and it is double to trigger light control module control
The process that the energized state of pipe LED light carries out light filling is,
Indoor ontology totally six row's normal illumination LED light: the two rows close to window are the first control zone, the two rows far from window
For third control zone, intermediate two rows of for the second control zone, the light sensor close to window side is light sensor 1, detection
Light intensity at nearly window；Light sensor far from window side is light sensor 2, detects light intensity at remote window；
(1) light filling control process:
1) when the detection light intensity of light sensor 1 reaches 150lx or less, light filling is lighted in the first control zone；
2) when the detection light intensity of light sensor 2 reaches 150lx or less, light filling is lighted in third control zone；
3) light sensor 1 and the average value of the detection light intensity addition of sensor 2 are in 150lx or less, the second control
Area lights light filling, and the advantage of this light compensation method is: can guarantee the uniformity of illumination as far as possible on daytime, prevent unilateral window from teaching
Room daylight is uneven.
(2) light filling finishing control process:
Once daytime, light filling started, what light sensor detected is the superposition value of outdoor light Yu room lighting light source,
In order to more accurately determine that illumination default a reference value is as a result, the illumination of indoor light source needs preparatory test record real data
The default value of 600lx, delay-action are 2 minutes:
1) the preparatory test record of the illumination of indoor light source opens the first control zone in classroom, respectively under dark surrounds
Two control zones and third control zone measure numerical value and the preservation of light sensor 1 and light sensor 2；
2) the detection light intensity of light sensor 1 reaches: the fully open actual observation record of three control zone fluorescent lamps is shone
When angle value+300lx or more, the first control zone delay-action in classroom；
3) light sensor 1 exists with the average value that is added that sensor 2 detects light intensity: third control zone and the second control
When the actual observation record brightness value+300lx or more that area lights, the second control zone delay-action in classroom；
4) sensor 2 detects light intensity and reaches: when the actual observation record brightness value+300lx or more that third control zone is lighted,
Third control zone delay-action in classroom；
The sequence of movement that light filling on daytime stops are as follows: close to window side-medial side-far from window side；
Daytime, light filling was in addition to that can also control it using host computer with other than intelligent lighting controls case.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and trigger light control module and control the energized state of two-tube LED light and carry out energy-efficient process and be,
1) time controls: upper class hour, break time, LED daylight lamp was all kept to just under conditions of LED light is opened
Normal half is bright, and the class period restores；According to morning 4-5 class, afternoon 4 class, evening has four classes, is arranged according to the actual situation
15 or so dim light periods, every time 5-10 minute, if daylight type fluorescent lamp, control period is two-tube glimmering
It is bright that light lamp is all kept to single tube；
2) human body induction control 1: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, LED daylight lamp all becomes normal brightness, and when personnel leave, delay halves light；
3) human body induction control 2: section, non-indoor ontology of attending class, 9 infrared sensor of the human body no signals time for individual study in the evening
When, it is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal
When, nearest LED daylight lamp becomes normal brightness with this infrared sensor of the human body, remaining is constant, and when personnel leave, delay subtracts
Half is bright.
Wherein, the received human body infrared induction device line row of CPU module processing sensing module connects instead with light sensor
Feedforward information, and triggering department occasion module control department occasion lamp line row is powered, and realizes that the purpose control process for eliminating student's fatigue strength is,
Totally six row department occasion illuminate blu-ray type lamps and lanterns to ontology in standard chamber: the two rows close to window are the first control zone, separate
The two rows of window are third control zone, intermediate two rows of for the second control zone；
1) first time period, that is, morning: 8:00-12:00: in the middle section time i.e. 9:00-10:00 phase that attend class in the morning
Between, student is easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
2) second time period, that is, afternoon: 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00
Period, student are easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue close to play time section student at night, owns
Department's occasion headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
By above-described embodiment 1, embodiment 2 and embodiment 3 it is found that the present invention is to four row's LED light, five rows in indoor ontology
LED light, six row's LED light are also suitable, and in the intensity of illumination 1.0lx-2.0lx of department's occasion headlamp, fatigue is eliminated within the scope of this
Effect it is best, while also not hurting eye, effectively eliminate the feeling of fatigue of student's study, eliminate since light deficiency influences to learn
Raw the problem of attending class, while the working condition of intelligentized control method LED light has saved the energy well.
Be below sheet format be test what time period unlatching department occasion headlamp:
Test obtain the result is that:
1) during the middle section time that attends class in the morning i.e. 9:00-10:00, student is easy fatigue, all department's occasion headlamps
Opening 5-10 minutes in this period can banish the feeling of languor；
2) second time period, that is, afternoon: 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00
Period, student are easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue close to play time section student at night, owns
Department's occasion headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
Fig. 7 is department's occasion headlamp horizontal structure schematic diagram of the invention, and a is indicated in figure: adjacent two rows of department's occasion shine
Spacing between bright lamp；
B is indicated in figure: the distance between adjacent department's occasion headlamp in every row department occasion headlamp；
And guarantee during installation | a-b | < 0.3 × (a+b)/2, i.e. a are added average value with b no more than a with the length difference of b
0.3 times.
It is above that certain exemplary embodiments of the invention are only described by way of explanation, undoubtedly, for ability
The those of ordinary skill in domain without departing from the spirit and scope of the present invention can be with a variety of different modes to institute
The embodiment of description is modified.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as to the present invention
The limitation of claims.
Claims (5)
1. a kind of intelligent illuminating system based on citopic, including indoor ontology, the interior ontology is interior to be equipped with intelligent lighting
Control system, it is characterised in that: the intelligent lighting system is mended by intelligent control box, sensing system, lighting system, department's occasion
Photosystem composition；The intelligent lighting controls case is by communication module, power module, CPU module, sensing module, department occasion module, lamp
Control module, touch screen module composition；The CPU module respectively with power module, sensing module, department occasion module, light control module, touch screen
Module is electrically connected；
The sensing system is made of infrared sensor of the human body line row and light sensor；Student seating area in the interior ontology
Upper position be arranged at least three column human body infrared induction device lines arrange, and human body infrared induction device line described in each column row be provided with to
Few three human body infrared inductors, for monitoring indoor intrinsic number；The light sensor is located in indoor ontology
The position at display board edge；
The lighting system is made of daylight type lamps and lanterns；The daylight type lamps and lanterns are LED light, and are located at the human body infrared sense
The LED light that is respectively provided with of device position is answered, the LED light is the one or more of two-tube LED light or single tube LED light；
Department's occasion light-supplementing system by department's occasion line row form, and human body infrared induction device line described in each column row between and the light
Line sensor and the position between the human body infrared induction device line row of teaching display board in the indoor ontology are respectively provided with
One column department occasion lamp line row, to carry out light filling in the indoor insufficient situation of ontology illumination, the department occasion lamp line drains into that few there are two take charge of
Occasion headlamp；Department's occasion headlamp is blue LED lamp；
The sensing module is electrically connected with light sensor, infrared sensor of the human body respectively；
Department's occasion module and department's occasion headlamp are electrically connected；
The CPU module handles the sensing module reception human body infrared induction device line row and the light sensor is anti-
The information of feedback, and trigger department's occasion module and control department's occasion lamp line row energization, achieve the purpose that eliminate student's fatigue strength, and
The energized state that the light control module controls the LED light is triggered, realizes light filling and energy-efficient purpose；
The intensity of illumination 1.0lx-2.0lx of department's occasion headlamp, the effect that fatigue is eliminated within the scope of this are best.
2. a kind of intelligent illuminating system based on citopic according to claim 1, it is characterised in that: the CPU mould
Time judgment module is equipped in block, the decision logic of the time judgment module is,
1) clock is between 17:00-05:00, and the light sensor close to window side and the institute far from window side
The average value of sensor detection light intensity is stated in 50lx and following lasting 10min, is determined as night；
2) clock is between 05:00-17:00, and the light sensor close to window side and the institute far from window side
The average value of sensor detection light intensity is stated when 50lx or more continues 10min, is determined as daytime；
3) for clock between 05:00-17:00, the light sensor of close window side is described with separate window side
Sensor detects the average value of light intensity when 50lx or less continues 10min, is determined as that daytime, Black clouds blotte out the sky.
3. a kind of intelligent illuminating system based on citopic according to claim 2, it is characterised in that: the CPU mould
Block handles the received light sensor feedback information of sensing module, and triggers the energization that the light control module controls two-tube LED light
State carry out light filling process be,
Ontology totally three row's normal illumination daylight type lamps and lanterns in standard chamber: being the first control zone close to window side, and centre is the second control
Area processed is third control zone far from window side, and the light sensor close to window side is light sensor 1, and detection is close
Light intensity at window；The light sensor far from window side is light sensor 2, detects light intensity at remote window；
(1) light filling control process:
1) when the detection light intensity of light sensor 1 reaches 150lx or less, light filling is lighted in the first control zone；
2) when the detection light intensity of light sensor 2 reaches 150lx or less, light filling is lighted in third control zone；
3) light sensor 1 and the average value of the detection light intensity addition of sensor 2 are in 150lx or less, the second control zone point
The advantage of bright light filling, this light compensation method is: can guarantee the uniformity of illumination as far as possible on daytime, prevent unilateral window classroom white
Its illumination is uneven；
(2) light filling finishing control process:
Once daytime, light filling started, what light sensor detected is the superposition value of outdoor light Yu room lighting light source, in order to
More accurately determine that illumination default a reference value is as a result, the illumination of indoor light source needs preparatory test record real data
The default value of 600lx, delay-action are 2 minutes:
1) the preparatory test record of the illumination of indoor light source opens the first control zone in classroom, the second control respectively under dark surrounds
Area processed and third control zone measure numerical value and the preservation of light sensor 1 and light sensor 2；
2) the detection light intensity of light sensor 1 reaches: the fully open actual observation record brightness value of three control zone fluorescent lamps+
When 300lx or more, the first control zone delay-action in classroom；
3) light sensor 1 exists with the average value that is added that sensor 2 detects light intensity: third control zone and the second control zone point
When bright actual observation record brightness value+300lx or more, the second control zone delay-action in classroom；
4) sensor 2 detects light intensity and reaches: when the actual observation record brightness value+300lx or more that third control zone is lighted, classroom
Interior third control zone delay-action；
The sequence of movement that light filling on daytime stops are as follows: close to window side-medial side-far from window side；
Daytime, light filling was in addition to that can also control it using host computer with other than intelligent lighting controls case.
4. a kind of intelligent illuminating system based on citopic according to claim 2, it is characterised in that: the CPU mould
The received human body infrared induction device line row of block processing sensing module connects feedback information with light sensor, and triggers the lamp
The energized state that control module controls two-tube LED light carries out energy-efficient process,
1) time controls: upper class hour, break time, LED daylight lamp was all kept to normally under conditions of LED light is opened
Half is bright, and the class period restores；According to morning 4-5 class, afternoon 4 class, evening has four classes, and 15 are arranged according to the actual situation
The dim light period of left and right, every time 5-10 minute, if daylight type fluorescent lamp, control period double tube fluorescent lamp
It is bright to be all kept to single tube；
2) human body induction control 1: section time for individual study in the evening, non-indoor ontology of attending class, when 9 infrared sensor of the human body no signals,
It is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal,
LED daylight lamp all becomes normal brightness, and when personnel leave, delay halves light；
3) human body induction control 2: section time for individual study in the evening, non-indoor ontology of attending class, when 9 infrared sensor of the human body no signals,
It is bright to be all kept to normal half for LED daylight lamp in indoor ontology；When any one human body infrared sensor senses signal,
Nearest LED daylight lamp becomes normal brightness with this infrared sensor of the human body, remaining is constant, and when personnel leave, delay halves
It is bright.
5. a kind of intelligent illuminating system based on citopic according to claim 2, it is characterised in that: the CPU mould
The received human body infrared induction device line row of block processing sensing module connects feedback information, and triggering department occasion mould with light sensor
Block control department occasion lamp line row is powered, and realizes that the purpose control process for eliminating student's fatigue strength is,
Totally three row department occasion illuminate blu-ray type lamps and lanterns to ontology in standard chamber: being the first control zone close to window side, centre is the second control
Area processed is third control zone far from window side；
1) it first time period, that is, morning: 8:00-12:00: during the middle section time i.e. 9:00-10:00 that attend class in the morning, learns
Raw to be easy fatigue, all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
2) second time period, that is, afternoon: during 14:00-17:30: the middle section time attended class in the afternoon i.e. 15:00-16:00,
Student is easy fatigue, and all department's occasion headlamps are opened 5-10 minutes in this period and can be banished the feeling of languor；
3) the third period is at night: 18:40-21:00: being easy fatigue, all department's occasion close to play time section student at night
Headlamp is opened 10 minutes in 20:30-21:00 time period and can be banished the feeling of languor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910286120.5A CN109905944A (en) | 2019-04-10 | 2019-04-10 | Intelligent lighting system based on department-Chen vision |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910286120.5A CN109905944A (en) | 2019-04-10 | 2019-04-10 | Intelligent lighting system based on department-Chen vision |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109905944A true CN109905944A (en) | 2019-06-18 |
Family
ID=66955658
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910286120.5A Pending CN109905944A (en) | 2019-04-10 | 2019-04-10 | Intelligent lighting system based on department-Chen vision |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109905944A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116234090A (en) * | 2023-05-10 | 2023-06-06 | 永林电子股份有限公司 | System for regulating and controlling brightness of LED lamp according to brightness and people flow in market |
Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20100041894A (en) * | 2008-10-15 | 2010-04-23 | 지능정보 (주) | Intelligent lighting system |
| CN102510650A (en) * | 2011-10-27 | 2012-06-20 | 上海市七宝中学 | Self-adaptation energy-saving lighting system |
| CN102523658A (en) * | 2011-12-27 | 2012-06-27 | 杭州浙大三色仪器有限公司 | Adjustable illuminating lamp capable of imitating natural lights |
| US20130099674A1 (en) * | 2011-10-21 | 2013-04-25 | Bran Ferren | Method of regulating blue lighting in command centers |
| CN204244550U (en) * | 2014-12-18 | 2015-04-01 | 南通晓星变压器有限公司 | A kind of public classroom LED illumination intelligent control system |
| KR20150053510A (en) * | 2013-11-08 | 2015-05-18 | 임구 | System for controlling lighting of classroom |
| CN205384479U (en) * | 2016-01-19 | 2016-07-13 | 胡启迪 | Smart classroom power consumption management and control system |
| CN106211515A (en) * | 2016-07-28 | 2016-12-07 | 四川观堂建筑工程设计股份有限公司 | A kind of classroom intelligence control system of permanent illumination |
| CN106211527A (en) * | 2016-07-21 | 2016-12-07 | 陈芷寒 | Automatic regulation type classroom lighting system |
| CN107229174A (en) * | 2017-07-14 | 2017-10-03 | 桂林电子科技大学 | A kind of Healthy Lighting method of mobile phone projection lamp |
| CN107404794A (en) * | 2017-06-07 | 2017-11-28 | 青岛理工大学 | Energy-saving automatic control system for classroom illumination |
| CN108848319A (en) * | 2018-05-30 | 2018-11-20 | 苏州树云网络科技有限公司 | A kind of monitoring system that can be with an automatic light meter |
-
2019
- 2019-04-10 CN CN201910286120.5A patent/CN109905944A/en active Pending
Patent Citations (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20100041894A (en) * | 2008-10-15 | 2010-04-23 | 지능정보 (주) | Intelligent lighting system |
| US20130099674A1 (en) * | 2011-10-21 | 2013-04-25 | Bran Ferren | Method of regulating blue lighting in command centers |
| CN102510650A (en) * | 2011-10-27 | 2012-06-20 | 上海市七宝中学 | Self-adaptation energy-saving lighting system |
| CN102523658A (en) * | 2011-12-27 | 2012-06-27 | 杭州浙大三色仪器有限公司 | Adjustable illuminating lamp capable of imitating natural lights |
| KR20150053510A (en) * | 2013-11-08 | 2015-05-18 | 임구 | System for controlling lighting of classroom |
| CN204244550U (en) * | 2014-12-18 | 2015-04-01 | 南通晓星变压器有限公司 | A kind of public classroom LED illumination intelligent control system |
| CN205384479U (en) * | 2016-01-19 | 2016-07-13 | 胡启迪 | Smart classroom power consumption management and control system |
| CN106211527A (en) * | 2016-07-21 | 2016-12-07 | 陈芷寒 | Automatic regulation type classroom lighting system |
| CN106211515A (en) * | 2016-07-28 | 2016-12-07 | 四川观堂建筑工程设计股份有限公司 | A kind of classroom intelligence control system of permanent illumination |
| CN107404794A (en) * | 2017-06-07 | 2017-11-28 | 青岛理工大学 | Energy-saving automatic control system for classroom illumination |
| CN107229174A (en) * | 2017-07-14 | 2017-10-03 | 桂林电子科技大学 | A kind of Healthy Lighting method of mobile phone projection lamp |
| CN108848319A (en) * | 2018-05-30 | 2018-11-20 | 苏州树云网络科技有限公司 | A kind of monitoring system that can be with an automatic light meter |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116234090A (en) * | 2023-05-10 | 2023-06-06 | 永林电子股份有限公司 | System for regulating and controlling brightness of LED lamp according to brightness and people flow in market |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105333340B (en) | The control method that a kind of intelligent dimming eyeshield novel reading lamp and its illumination are adjusted | |
| CN201434265Y (en) | Eye protection desk lamp | |
| CN202907305U (en) | Diffusion-type intelligent LED lighting system | |
| CN106211515A (en) | A kind of classroom intelligence control system of permanent illumination | |
| CN207380476U (en) | A Distributed Modern Classroom Intelligent Energy Saving System | |
| CN107404794A (en) | Energy-saving automatic control system for classroom illumination | |
| CN109068440A (en) | A kind of energy-saving illumination intelligent control method and system | |
| CN104202888A (en) | Intelligent lighting control system based on PLC | |
| CN204259254U (en) | A kind of intelligent illuminating system | |
| CN204721667U (en) | A kind of University Classroom's intelligent illuminating system | |
| CN112383992B (en) | Control method for intelligent partitioned illumination of energy-saving street lamp | |
| CN109905944A (en) | Intelligent lighting system based on department-Chen vision | |
| CN201718091U (en) | Intelligent Lighting Control System | |
| CN106376157A (en) | An Adaptive Classroom Lighting Control System with Energy Saving Effect | |
| CN204887566U (en) | Illumination light control system of exhibition hall | |
| CN203984712U (en) | A kind of classroom luminous environment control circuit | |
| CN206267740U (en) | A kind of antitheft door with lighting device | |
| CN109121266A (en) | Health intelligentization educates lighting system | |
| CN202990797U (en) | Intelligent lighting window | |
| CN205454179U (en) | Block terminal with intelligence response lighting system | |
| CN105307341A (en) | Automation control device used for corridor lamps | |
| CN107135594A (en) | A kind of energy-saving street lamp illuminator | |
| CN104812136A (en) | Energy-saving illumination system for classroom with power taken through radio frequency card swiping | |
| CN204392644U (en) | Classroom fluorescent lamp automatic control system | |
| CN109526094A (en) | A kind of room for individual study light automatic control system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination |