CN104540264A - Intelligent control system of indoor light environment - Google Patents
Intelligent control system of indoor light environment Download PDFInfo
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- CN104540264A CN104540264A CN201410653740.5A CN201410653740A CN104540264A CN 104540264 A CN104540264 A CN 104540264A CN 201410653740 A CN201410653740 A CN 201410653740A CN 104540264 A CN104540264 A CN 104540264A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- 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
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
Abstract
The invention discloses an intelligent control system of indoor light environment. The intelligent control system comprises a sensor detection unit, a system management unit, LED (Light Emitting Diode) lamps and an LED lamp driving unit, wherein the sensor detection unit is used for detecting environment information; the system management unit is used for receiving, analyzing and processing the environment information of the sensor detection unit; the LED lamps are used for emitting different color temperatures and illumination intensities; and the LED lamp driving unit is used for receiving a driving signal sent from the system management unit and driving the LED lamps to emit the required color temperatures and illumination intensities according to the driving signals. Factors which affect the biological rhythm of a human body are analyzed and processed, an illumination condition is controlled, a purpose that the indoor light environment is controller along with the change and the switching of seasons, time, weathers and specific applications is realized, a most proper illumination condition is provided for the biological rhythm of the human body so as to cause people to feel relaxed, comfortable and good in spirit, brain activities are accelerated and improved, and working efficiency is improved. Meanwhile, the illumination energy consumption of a building is lowered.
Description
Technical field
The present invention relates to intelligent lighting application, the intelligent lighting system especially adopting the indoor of LED illumination to realize the colour temperature of illumination and illumination automatically to regulate with season, weather, time and application-specific.
Background technology
Along with the development of society, the circadian rhythm of traditional " getting up to work at sunrise and retire at sunset " is from going away from us.When people occupy life in high buildings and large mansions, work deeply, the impact of sunlight on us is also more and more less, the substitute is round-the-clock artificial light, but current artificial light cannot realize the regulatory function of sunlight to human body.
Show that light can play regulating action to human boby biorhythm according to the study, light is to the generation of the body temperature of human body, metabolism, hormone, and the attentiveness of people and the fluctuation etc. of manner behavior all have a certain impact, especially large on the impact of sleep and awakening process.Affecting of paramount importance factor at occurring in nature to human boby biorhythm is exactly sunlight, the colour temperature of sunlight is be among constantly change from morning to evening always, the vision of people through year in year out with the interaction of sunlight, adapted to this change, this process maintains the biological rhythm of human normal.
Meanwhile, human body is when Various Seasonal, temperature, weather and illumination, and the impact of the colour temperature of light is also different.And traditional artificial light cannot realize the change of colour temperature and these factors and change.
Application number is subregion automatic control system and the control method that the Chinese invention patent application of 201410191716.4 (application publication number CN 104010412A) discloses a kind of classroom luminous environment, space, classroom is separated into several region by the subregion automatic control system of this classroom luminous environment, and electromagnetic switch controller break-make is adopted respectively to the illumination in these regions, described automatic control system comprises signal acquisition module and controller, signal acquisition module is for detecting in each subregion in classroom whether there is luminous intensity in people and subregion, and the information collected is passed to controller, signal processing module in controller is analyzed the signal received, and opened or closed by the illumination of controller control respective regions.This technical scheme is passed through successively the light intensity of each subregion in sensing chamber and whether is had people to determine whether turn on light, thus saves electric energy, improves intelligence degree.
Application number is a kind of method that the Chinese invention patent application of 201010593033.3 (application publication number CN 102150569A) discloses imitating luminous environment, comprising: the light intensity determining the light affecting plant growth in the spectrum of actual light environment residing for crop respectively; The corresponding relation of foundation lamp pearl power output and luminous light intensity, adjustment can launch the power output of the lamp pearl of the light affecting plant growth.The system of this imitating luminous environment, comprising: spectrum detection device, for detecting the spectrum of actual light environment residing for crop; Light fixture, described light fixture can launch the light affecting plant growth; Controller, for determining the light intensity of the light affecting plant growth in described spectrum, and the corresponding relation of foundation lamp power outputs and luminous light intensity, adjust the power output of described light fixture.This technical scheme adopts the light fixture can launching the light affecting plant growth as light source, residing for crop, the spectrum of actual light environment determines the light intensity of the light affecting plant growth, and adjust the power output of corresponding light fixture accordingly, realize the accurate analog of luminous environment, accurate analog can be carried out to the actual light environment in intercropping compound population.
Above-mentioned technical scheme is not all provided as human boby biorhythm and provides most suitable illumination condition, really realizes the technical scheme of artificial light simulated solar irradiation to the regulatory function of human body.
Summary of the invention
The present invention is the deficiency solving the illumination of above-mentioned Traditional Man, provide a kind of Interior Illumination Environment control system, intelligent lighting system and LED lamp and relevant device are organically combined, realizing Interior Illumination Environment can along with the change and freely switching automatically such as season, time, weather and application-specific.
The technical scheme that Interior Illumination Environment control system provided by the invention adopts, a kind of Interior Illumination Environment intelligent control system, comprising:
For the transducer detecting unit of testing environment information;
For receiving the environmental information of described transducer detecting unit and carrying out the System Management Unit of analyzing and processing;
For launching the LED lamp of different-colour and different illumination intensity;
For receiving drive singal that described System Management Unit sends and sending the LED lamp driver element of required colour temperature and intensity of illumination according to drive singal driving LED light fixture.
In the present invention, obtain environmental information by transducer detecting unit, environmental information comprises indoor temperature, indoor humidity, indoor illumination intensity etc.System Management Unit is preset with colour temperature and intensity of illumination under preset time period, according to System Management Unit, environmental information is analyzed, it needs the intensity of illumination controlling LED lamp to be default intensity of illumination-indoor illumination intensity, then corresponding intensity of illumination is determined, the colour temperature that gives according to wanted LED lamp of System Management Unit and intensity of illumination send drive singal afterwards, LED lamp drive unit drives LED lamp sends required colour temperature and intensity of illumination, thus makes indoor present desirable luminous environment.The change of colour temperature and intensity of illumination foundation sunlight under preset time period, different colour temperatures and different illumination intensity is constantly changed from morning to evening, simulated solar irradiation, for human boby biorhythm provides most suitable illumination condition, really realizes the regulatory function of artificial light simulated solar irradiation to human body.
In the present invention, by described System Management Unit preset time period, cycle period, and the means such as described transducer detecting unit testing environment temperature, humidity, illumination, data analysis and process is carried out on the factor affecting human boby biorhythm, described System Management Unit obtains the luminous environment data of human body the most comfortable under the identical or similar conditions preset, and produced a desired effect by described drive unit drives LED lamp and relevant device, realize Interior Illumination Environment with season, time, weather and the change of application-specific and the control of switching.
As preferably, described Interior Illumination Environment intelligent control system, also comprises: electrically driven curtain and drive the electrically driven curtain driver element of described electrically driven curtain, and electrically driven curtain controls supplementing of available light, and focus ring border is finely tuned.The described LED lamp of LED lamp driver element to different-colour carries out brightness adjustment control, and curtain driver element carries out folding control to described electrically driven curtain, realizes the change of indoor overall colour temperature and illumination, to reach preset value.
Further preferably, described transducer detecting unit, comprising:
For detecting the temperature sensor of indoor temperature;
For the humidity sensor of sensing chamber's humidity;
For detecting the illuminance transducer of indoor illumination intensity;
The microprocessing unit of the indoor illumination intensity information of the indoor temperature information of the temperature sensor described in reception, the indoor humidity information of humidity sensor and illuminance transducer;
And, the wireless communication module being used for wireless telecommunications is connected with described microprocessing unit.
Wherein, temperature sensor, humidity sensor and illuminance transducer and microprocessing unit wired connection, wireless communication module and microprocessing unit wired connection.
Obtain indoor temperature, indoor humidity, indoor illumination intensity by each transducer, and send microprocessing unit to, wireless communication module makes transducer detecting unit can carry out wireless telecommunications with the external world.Microprocessing unit is microprocessor.
Further preferably, described System Management Unit, comprising: for managing default luminous environment data and carrying out micro-processing center of com-parison and analysis process; The radio communication transceiver module be connected with described micro-processing center.Wherein, micro-processing center and radio communication transceiver module wired connection.System Management Unit carries out radio communication by radio communication transceiver module and the external world, carries out the transmission of information.Described micro-processing center can adopt arm processor.
Further preferably, described LED lamp, comprising:
The warm colour temperature LED lamp of reference color temperature 2000K ~ 3000K, for sending the light of warm colour temperature;
The cool colour temperature LED lamp of reference color temperature 5500K ~ 6500K, for sending the light of cool colour temperature.
When needs obtain different-colour light, the form of warm colour temperature LED lamp and the mixing of cool colour temperature LED lamp can be adopted, during to needs warm colour colour temperature, can only bright warm colour temperature LED lamp, during to needs cool colour colour temperature, can only bright warm colour temperature LED lamp, middle colour temperature can adopt two kinds of forms mixed.Keep colour temperature inconvenience to needs, when increasing illumination brightness, the brightness of warm colour temperature LED lamp and cool colour temperature LED lamp can be increased in proportion.
Further preferably, described LED lamp is the adjustable LED lamp of reference color temperature 3000K ~ 6500K.
The above LED lamp requires that brightness can 0 ~ 100% step-less adjustment, and its brightness can increase as required.
Further preferred, warm colour temperature LED lamp and cool colour temperature LED lamp are arranged on indoor, require to be uniformly distributed, and are conducive to the mixing of its light, obtain the light of required colour temperature.The LED lamp of different-colour is arranged on indoor, requires to be uniformly distributed, and electrically driven curtain controls supplementing of available light.
Described transducer detecting unit and System Management Unit wireless connections, described System Management Unit and the wireless connections of LED lamp driver element, described System Management Unit and the wireless connections of electrically driven curtain driver element.
Described driver element (LED lamp driver element and electrically driven curtain driver element) has prestored the brightness of described LED lamp and the on off state of described electrically driven curtain under various luminous environment, and the drive singal accepted from described System Management Unit, the brightness and the on off state that realize described LED lamp and relevant device reach.Shown driver element is mounted in the independently driving arrangement on light fixture or is arranged on the auxiliary equipment of lamp interior, and wirelessly reception control signal, performs corresponding operation according to the order of signal, ensures that overall lighting effect reaches preset value.
Compared with prior art, tool of the present invention has the following advantages:
Interior Illumination Environment intelligent control system of the present invention, organically blends intelligent lighting system and LED illumination, achieves the artificial light mode that indoor LED illumination can provide a kind favourable to human boby biorhythm.By the detection to environmental parameters such as temperature, humidity, illumination, and set timing according to the biological rhythm of human body, change the colour temperature of indoor illumination under the environment such as Various Seasonal, time, weather and illumination, for human boby biorhythm provides most suitable illumination condition, really realize the regulatory function of artificial light simulated solar irradiation to human body.
Use Interior Illumination Environment intelligent control system of the present invention at office's intraoral illumination, also as sunlight, from morning to evening, constantly can convert different-colour, thus people is felt relief, comfortable, in high spirits, promote and improve mental activity, increasing work efficiency.The lighting energy consumption of building can also be reduced simultaneously.
Accompanying drawing explanation
Fig. 1 is the module diagram of Interior Illumination Environment intelligent control system of the present invention;
Fig. 2 is the module diagram of System Management Unit in Interior Illumination Environment intelligent control system of the present invention;
Fig. 3 is the module diagram of transducer detecting unit in Interior Illumination Environment intelligent control system of the present invention;
Embodiment
Below in conjunction with accompanying drawing, Interior Illumination Environment intelligent control system of the present invention is described in further details.
As shown in Figure 1, for Interior Illumination Environment intelligent control system of the present invention, comprising: System Management Unit 1, transducer detecting unit 2, light modulation driver element (i.e. LED lamp driver element) 3 and 4, electrically driven curtain driver element 5, warm colour temperature LED lamp 6, cool colour temperature LED lamp 7 and electrically driven curtain 8.System Management Unit 1 and transducer detecting unit 2 wireless connections, System Management Unit 1 and light modulation driver element 3 and 4 wireless connections, System Management Unit 1 and electrically driven curtain driver element 5 wireless connections, wireless connections comprise ZigBee and connect, the concrete forms such as WiFi connection, bluetooth connection, infrared connection.Light modulation driver element 3 is connected by wired mode with warm colour temperature LED lamp 6, and light modulation driver element 4 is connected by wired mode with cool colour temperature LED lamp 7, electrically driven curtain driver element 5 and electrically driven curtain 8 wired connection.The environmental parameter of System Management Unit 1 receiving sensor detecting unit 2, and the time management 13 of coupling system administrative unit 1 inside, the colour temperature of the LED illumination prestored and the corresponding parameter of brightness value are sent to light modulation driver element 3 and 4 and electrically driven curtain driver element 5, drive the brightness of warm colour temperature LED lamp 6 according to preset value after light modulation driver element 3 receives the control command from System Management Unit 1, drive the brightness of cool colour temperature LED lamp 7 according to preset value after light modulation driver element 4 receives the control command from System Management Unit 1, drive the degree of electrically driven curtain 8 folding according to preset value after electrically driven curtain driver element 5 receives the control command from System Management Unit 1.
As shown in Figure 2, System Management Unit 1, comprising: micro-processing center 11, radio communication transmitting-receiving (i.e. radio communication transceiver module) 12, time management 13, environmental parameter analysis 14 and luminous environment preset contrast 15.Micro-processing center 11 is computing administrative centers of System Management Unit 1, adopts arm processor, receives the detection data of sensor detecting unit 2 and send drive singal to driver element by radio communication transmitting-receiving 12.Time management 13, for the preset loop time period, the corresponding different colour temperature of different time sections and illumination.Environmental parameter analyzes 14, for accepting the data of sensor detecting unit 2, and carrying out treatment and analysis to data, judging current ambient temperature, intensity of illumination etc.Luminous environment presets contrast 15, for the analysis to time, environmental factor, and the status data of described LED lamp and relevant device under the best Interior Illumination Environment effect of final acquisition, and wirelessly send drive singal to driver element.Time management 13 includes real-time clock and preset time period, time management 13 is by contrasting real-time clock and Preset Time, judge that current slot should select any luminous environment, and information is sent to micro-processing center 11 and be further analyzed, micro-processing center 11 utilizes environmental parameter analysis 14 to carry out the comprehensive treatment and analysis of much information, the result obtained is preset contrast 15 by luminous environment and realizes final illumination requirement.
As shown in Figure 3, transducer detecting unit 2, comprising: microprocessing unit 21, wireless communication module 22, temperature sensor 23, humidity sensor 24 and illuminance transducer 25.Microprocessing unit 21 i.e. microprocessor, as specifically adopted Intel 8086.Temperature sensor 23 adopts high-precision digital temperature sensor, and temperature-measuring range can reach-55 DEG C ~+125 DEG C, and temperature measurement accuracy is up to 0.0625 DEG C, and microprocessing unit 21 is by the internal register storage temperature data of I/O reading temperature sensor 23.Humidity sensor 24 adopts digital humidity sensor, measuring range 0 ~ 100%RH, certainty of measurement ± 3.5%RH, and humidity data preserved by the internal register that microprocessing unit 21 reads humidity sensor 24 by I/O.Illuminance transducer 25 adopts highly sensitive, that the linearity is good visual photometric brightness sensor, built-in micro-signal cmos amplifier, high precision electro potential source and correction circuit, and High-current output, microprocessing unit 21 reads the current value of illuminance transducer 25 by AD conversion mode.Microprocessing unit 21 sends to System Management Unit 1 according to predetermined communication protocol by wireless communication module 22 after the temperature of reading, humidity and brightness value being encoded.
Table 1 is the situation of change of sunlight colour temperature in a day, the illuminance standard level of table 2 office buildings illumination.In the present invention, according to the data of table 1 and table 2, the colour temperature under different time sections and intensity of illumination is preset in time manager module 13 in System Management Unit 1, the change of simulated solar irradiation, and suitably optimize, obtain the most suitable illumination condition of human boby biorhythm, from morning to evening, constantly change different colour temperatures and different illumination intensity.Transducer detecting unit 2 obtains the indoor environment information such as indoor temperature, indoor humidity, indoor illumination intensity, and then transducer detecting unit 2 is by being wirelessly transmitted to System Management Unit 1.System Management Unit 1 is first determined currently to be in that preset time period according to the time (real-time clock) at that time by time management 13, obtain the colour temperature in this preset time period and intensity of illumination data (the desirable illumination condition namely in this preset time period), the indoor environment information that transducer detecting unit 2 transmits analyzes 14 to the environmental parameter in System Management Unit 1, then preset comparison 15 with luminous environment, its colour temperature preset can be realized by cool colour temperature LED lamp 7 and the mixing of warm colour temperature LED lamp 6.For intensity of illumination, the intensity of illumination that transducer detecting unit 2 transmits is lower than preset value, then upshift, the intensity of illumination that transducer detecting unit 2 transmits is higher than preset value, then downshift, namely cool colour temperature LED lamp 7 and warm colour temperature LED lamp 6 upshift in proportion or downshift, to ensure that its colour temperature is constant while increase intensity of illumination.System Management Unit 1 is according to the mixing ratio of colour temperature determination light modulation driver element 3 and light modulation driver element 4 and send drive singal according to the intensity of illumination detected, last curtain driver element carries out folding control to electrically driven curtain, realize the change of indoor overall colour temperature and illumination, to reach preset value.
Different shaping modes can certainly be set time segment under different time sections, System Management Unit 1 is according to temperature, humidity and illuminance information determination shaping modes, send drive singal, the LED lamp of light modulation driver element 3 and 4 pairs of different-colours carries out brightness adjustment control, dynamic curtain driver element 5 pairs of electrically driven curtains 9 carry out folding control, realize the change of indoor overall colour temperature and illumination, to reach preset value.
Interior Illumination Environment control system of the present invention is the natural change law according to sunlight, in indoor by the Based Intelligent Control to LED illumination, reach the Changing Pattern that indoors artificial illumination meets available light, simultaneity factor is also in conjunction with the impact on human boby biorhythm of different illumination, temperature and humidity, the change of Interior Illumination Environment is combined the factor of current environment, by the temperature of sensors sense environmental, humidity and illumination, the biological rhythm of indoor illumination intensity to human body is made to reach optimum state.Not only can save the electric energy of 5% ~ 18%, be also conducive to the relative equilibrium of Human Physiology and heart function and promote the comfort of people, increasing work efficiency.
Table 1
| Time | Sunlight color temperature value (K) |
| Chaoyang or the setting sun | 2000 |
| First 30 minutes of sunset after sunrise | 2300 |
| Last hour of sunset after sunrise | 4000 |
| First 2 hours of sunset after sunrise | 4500 |
| Fine day is average for noon | 5400 |
| In afternoon 3 in the at 10 in the morning point | 6000 |
| High noon fine day | 6500 |
| Cloudy day | 6800～7000 |
| Ash covers the light of sky | 7500-8400 |
Table 2
Above-described embodiment has been described in detail technical scheme of the present invention and beneficial effect; be not limited to the present invention; all make in spirit of the present invention any amendment, supplement and equivalent to replace, all should be included within protection scope of the present invention.
Claims (9)
1. an Interior Illumination Environment intelligent control system, is characterized in that, comprising:
For the transducer detecting unit of testing environment information;
For receiving the environmental information of described transducer detecting unit and carrying out the System Management Unit of analyzing and processing;
For launching the LED lamp of different-colour and different illumination intensity;
For receiving drive singal that described System Management Unit sends and sending the LED lamp driver element of required colour temperature and intensity of illumination according to drive singal driving LED light fixture.
2. Interior Illumination Environment intelligent control system according to claim 1, is characterized in that, also comprise: electrically driven curtain and drive the electrically driven curtain driver element of described electrically driven curtain.
3. Interior Illumination Environment intelligent control system according to claim 2, is characterized in that, described transducer detecting unit, comprising:
For detecting the temperature sensor of indoor temperature;
For the humidity sensor of sensing chamber's humidity;
For detecting the illuminance transducer of indoor illumination intensity;
The microprocessing unit of the indoor illumination intensity information of the indoor temperature information of the temperature sensor described in reception, the indoor humidity information of humidity sensor and illuminance transducer;
And, the wireless communication module being used for wireless telecommunications is connected with described microprocessing unit.
4. Interior Illumination Environment intelligent control system according to claim 3, is characterized in that, described temperature sensor, humidity sensor and illuminance transducer and microprocessing unit wired connection, described wireless communication module and microprocessing unit wired connection.
5. Interior Illumination Environment intelligent control system according to claim 2, is characterized in that, described System Management Unit, comprising: for managing default luminous environment data and carrying out micro-processing center of com-parison and analysis process; The radio communication transceiver module be connected with described micro-processing center.
6. Interior Illumination Environment intelligent control system according to claim 5, is characterized in that, described micro-processing center and radio communication transceiver module wired connection.
7. Interior Illumination Environment intelligent control system according to claim 1, is characterized in that, described LED lamp, comprising: the warm colour temperature LED lamp of reference color temperature 2000K ~ 3000K; The cool colour temperature LED lamp of reference color temperature 5500K ~ 6500K.
8. Interior Illumination Environment intelligent control system according to claim 1, is characterized in that, described transducer detecting unit and System Management Unit wireless connections, described System Management Unit and the wireless connections of LED lamp driver element.
9. Interior Illumination Environment intelligent control system according to claim 2, is characterized in that, described System Management Unit and the wireless connections of electrically driven curtain driver element.
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