CN103763835A - Large-scale lamp control system and control method thereof - Google Patents
Large-scale lamp control system and control method thereof Download PDFInfo
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- CN103763835A CN103763835A CN201410033322.6A CN201410033322A CN103763835A CN 103763835 A CN103763835 A CN 103763835A CN 201410033322 A CN201410033322 A CN 201410033322A CN 103763835 A CN103763835 A CN 103763835A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The invention discloses a large-scale lamp control system and a control method of the large-scale lamp control system. The large-scale lamp control system comprises a sensor signal reception gateway, a background sensor signal processing system and a plurality of lamp control units, wherein the sensor signal reception gateway and the background sensor signal processing system are sequentially connected through a data line or the wireless network, and the multiple lamp control units are connected with the sensor signal reception gateway and the background sensor signal processing system respectively through data lines or the wireless network, and are located in a plurality of parallel environments. The large-scale lamp control system and the control method of the large-scale lamp control system can overcome the defects of poor energy conservation and environmental protection property, high energy consumption, high equipment aging rate and the like in the prior art, and have the advantages of good energy conservation and environmental protection property, low energy consumption and long equipment service life.
Description
Technical field
The present invention relates to automatic control technology field, particularly, relate to a kind of extensive lighting control system and control method thereof.
Background technology
Along with scientific and technical development, electric light has become one of daily necessities indispensable in daily life, and the use of electric light need to consume electric energy.In energy crisis day by day serious today, electrical energy saving has become global common recognition.
But usually can occur because forgetting the situation of the waste that causes electric energy of turning off the light in daily life.For example go up lavatory evening and forgotten the lamp that closes lavatory, gone out morning and forget the lamp that closes bedroom, forgotten in bed evening such as the lamp in parlor, pass etc.
In realizing process of the present invention, inventor finds at least to exist in prior art that environmental protection and energy saving is poor, energy consumption is high and the defect such as ageing equipment speed quickening.
Summary of the invention
The object of the invention is to, for the problems referred to above, propose a kind of extensive lighting control system, to realize the advantage that environmental protection and energy saving is good, energy consumption is low and service life of equipment extends.
The second object of the present invention is, proposes a kind of control method of extensive lighting control system.
For achieving the above object, the technical solution used in the present invention is: a kind of extensive lighting control system, comprise that the sensor signal connecting by data wire or wireless network successively receives gateway and background sensor signal processing system, and by data wire or wireless network, receive with described sensor signal gateway is connected and is arranged in the parallel a plurality of environment that arrange a plurality of lamp controls unit with background sensor signal processing system respectively;
Each lamp control unit, receives gateway by the induction heat source body motion change value of place environment and induction values of light by data wire or wireless network transmissions to sensor signal, receives gateway transfer to background sensor signal processing system through sensor signal; The heat source body motion change value of background sensor signal processing system based on default and default light threshold value, open, close the control with brightness regulation to the corresponding lamp control unit in respective environment.
Further, each lamp control unit, comprise the power supply E and the controller that by wire, connect into successively closed-loop path, receive with described sensor signal infrared moving transducer and the light sensor that gateway is connected respectively, and the controlled lamp group being connected with described controller; Described controller is connected with background sensor signal processing system by data wire or wireless network;
Described infrared moving transducer, can respond to the heat source body motion near controlled lamp group, and the heat source body motion change value sensing is received to gateway by data wire or wireless network transmissions to sensor signal; Described light sensor, can respond to the light power of controlled lamp group place environment, and will respond to values of light and receive gateway by data wire or wireless network transmissions to sensor signal;
Described controller, under unified control of described background sensor signal processing system, can open to the corresponding lamp control unit in the environment of place, cut out the control with brightness regulation; This control comprises: in the heat source body motion change value sensing, reach default unlatching threshold value and induction values of light and reach default while opening values of light, the controlled lamp group of opening place environment, connects the power supply E of the controlled lamp group of place environment; And, can the heat source body motion change value sensing reach default while closing threshold value or induction values of light reach default while closing values of light, close the controlled lamp group of place environment, close the power supply E of the controlled lamp group of place environment.
Further, described controlled lamp group, specifically comprises and is connected to the first link of described controller and single power saving fluorescent lamps L1 between the second link.
Further, described controlled lamp group, specifically comprises and is connected in parallel on the first link of described controller and many power saving fluorescent lamps L1 to Ln between the second link, n is natural number.
Further, described infrared moving transducer, specifically comprises that model is the infrared moving transducer of HB-8080SN; And/or described light sensor, specifically comprises that model is the light sensor of BX5M-MF.
Further, described power supply E, specifically comprises storage battery and/or solar-energy photo-voltaic cell and/or ups power; And/or described controller, specifically comprises that model is the controller of HP830.
Further, described background sensor signal processing system, specifically comprises computer or industrial computer; And/or described sensor signal receives gateway, specifically comprise that model is the sensor signal reception gateway of KL-H1100.
Meanwhile, another technical scheme that the present invention adopts is: a kind of according to the control method of above-described extensive lighting control system, mainly comprise:
By each lamp control unit, to responding near the thermal source of this place, lamp control unit environment and the light intensity of this place, lamp control unit environment, the heat source body motion change value of place environment and values of light are received to gateway by data wire or wireless network transmissions to sensor signal, through sensor signal, receive gateway and transfer to background sensor signal processing system;
Described background sensor signal processing system, the heat source body motion change value based on default and default light threshold value, open, close the control with brightness regulation to the corresponding lamp control unit in respective environment.
Further, the operation with the control of brightness regulation is opened, closed to described background sensor signal processing system to the corresponding lamp control unit in respective environment, specifically comprises:
By described infrared moving transducer, the heat source body motion near controlled lamp group is responded to, and the heat source body motion change value sensing is transferred to controller by wire transmission mode or wireless transmission method;
Meanwhile, by described light sensor, the light power of controlled lamp group place environment is responded to, and induction values of light is transferred to controller by wire transmission mode or wireless transmission method;
Described controller, the values of light of the heat source body motion change value based on described infrared moving sensor transmissions and the transmission of described light sensor, with reference to the default heat source body motion that has, open threshold value, without heat source body motion, close threshold value, open light threshold value and close light threshold value, judge, and according to judged result to the unlatching of controlled lamp group, close and bright power is controlled.
Further, described controller according to judged result to the unlatching of controlled lamp group, close and operation that bright power is controlled, specifically comprise:
When the heat source body motion change value sensing reaches default unlatching threshold value and induction values of light, reach default while opening values of light, controller is opened controlled lamp group, the E that switches on power, and regulate the light of controlled lamp group strong and weak according to induction values of light;
When the heat source body motion change value sensing reach default while closing threshold value or induction values of light reach default while closing values of light, controller cuts out controlled lamp group, powered-down E.
Extensive lighting control system and the control method thereof of various embodiments of the present invention, owing to comprising that the sensor signal connecting by data wire or wireless network successively receives gateway and background sensor signal processing system, and by data wire or wireless network, receive with sensor signal gateway is connected and is arranged in the parallel a plurality of environment that arrange a plurality of lamp controls unit with background sensor signal processing system respectively; Can move at heat source body (as people) during near the installation site of lamp, automatically turn on lamp, convenient illumination; When the installation site of lamp is left in heat source body motion (as people), automatically close lamp, save electric energy, reduce the operating time of lamp simultaneously; Thereby can overcome the defect that in prior art, environmental protection and energy saving is poor, energy consumption is high and ageing equipment speed is accelerated, to realize the advantage that environmental protection and energy saving is good, energy consumption is low and service life of equipment extends.
Other features and advantages of the present invention will be set forth in the following description, and, partly from specification, become apparent, or understand by implementing the present invention.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for specification, for explaining the present invention, is not construed as limiting the invention together with embodiments of the present invention.In the accompanying drawings:
Fig. 1 is the operation principle schematic diagram of the extensive lighting control system wire transmission of the present invention embodiment;
Fig. 2 is the operation principle schematic diagram of another embodiment of the extensive lighting control system wire transmission of the present invention;
Fig. 3 is the operation principle schematic diagram of the extensive lighting control system wireless transmission of the present invention embodiment;
Fig. 4 is the operation principle schematic diagram of another embodiment of the extensive lighting control system wireless transmission of the present invention.
By reference to the accompanying drawings, in the embodiment of the present invention, Reference numeral is as follows:
1-infrared moving transducer; 2-background sensor signal processing system; 3-sensor signal receives gateway; 4-light sensor; 5-controller.A-infrared moving sensor signal; B-light sensor signal; (a, b)-integrated signal, can be not only internet signal, can be also the transmission of other signals, that is to say wireless or wired can.
Embodiment
Below in conjunction with accompanying drawing, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein, only for description and interpretation the present invention, is not intended to limit the present invention.
system embodiment
According to the embodiment of the present invention, as shown in Figure 1, Figure 2, Figure 3 and Figure 4, provide a kind of extensive lighting control system.
The extensive lighting control system of the present embodiment, comprise that the sensor signal connecting by data wire or wireless network successively receives gateway (as sensor signal receives gateway 3) and background sensor signal processing system (as background sensor signal processing system 2), and by data wire or wireless network, receive with sensor signal gateway is connected and is arranged in the parallel a plurality of environment that arrange a plurality of lamp controls unit with background sensor signal processing system respectively; Each lamp control unit, receives gateway by the induction heat source body motion change value of place environment and induction values of light by data wire or wireless network transmissions to sensor signal, receives gateway transfer to background sensor signal processing system through sensor signal; The heat source body motion change value of background sensor signal processing system based on default and default light threshold value, open, close the control with brightness regulation to the corresponding lamp control unit in respective environment.
In the above-described embodiments, each lamp control unit, comprise the power supply E and the controller (as controller 5) that by wire, connect into successively closed-loop path, receive with sensor signal infrared moving transducer (as infrared moving transducer 1) and the light sensor (as light sensor 4) that gateway is connected respectively, and the controlled lamp group being connected with controller; Controller is connected with background sensor signal processing system by data wire or wireless network; Infrared moving transducer, can respond to the heat source body motion near controlled lamp group, and the heat source body motion change value sensing is received to gateway by data wire or wireless network transmissions to sensor signal; Light sensor, can respond to the light power of controlled lamp group place environment, and will respond to values of light and receive gateway by data wire or wireless network transmissions to sensor signal; Controller, under unified control of background sensor signal processing system, can open to the corresponding lamp control unit in the environment of place, cut out the control with brightness regulation; This control comprises: in the heat source body motion change value sensing, reach default unlatching threshold value and induction values of light and reach default while opening values of light, the controlled lamp group of opening place environment, connects the power supply E of the controlled lamp group of place environment; And, can the heat source body motion change value sensing reach default while closing threshold value or induction values of light reach default while closing values of light, close the controlled lamp group of place environment, close the power supply E of the controlled lamp group of place environment.
Self just has wireless transport module infrared moving transducer and light sensor, corresponding wireless transmission protocol be can be numbered (such as a is host-host protocol, can be numbered a1, a2, a3 ... an, n is natural number), the effect that can number is exactly can not interfere with each other for the transmission of signal between many groups.
In the above-described embodiments, controlled lamp group, specifically can comprise and be connected to the first link of controller and single power saving fluorescent lamps L1 between the second link.Or controlled lamp group, specifically can comprise and be connected in parallel on the first link of controller and many power saving fluorescent lamps L1 to Ln between the second link, n is natural number.
In the above-described embodiments, infrared moving transducer, specifically comprises that model is the infrared moving transducer of HB-8080SN; And/or light sensor, specifically comprises that model is the light sensor of BX5M-MF.Power supply E, specifically comprises storage battery and/or solar-energy photo-voltaic cell and/or ups power.Controller, specifically comprises that model is the controller of HP830.Background sensor signal processing system, specifically comprises computer or industrial computer (as the model industrial computer that is ENSHOW-UFO-5I357).Sensor signal receives gateway, specifically comprises that model is the sensor signal reception gateway of KL-H1100.
embodiment of the method
According to the embodiment of the present invention, as shown in Figure 1, Figure 2, Figure 3 and Figure 4, provide a kind of control method of extensive lighting control system, mainly comprise:
By each lamp control unit, heat source body motion near this place, lamp control unit environment and the light intensity of this place, lamp control unit environment are responded to, the heat source body motion change value of place environment and values of light are received to gateway by data wire or wireless network transmissions to sensor signal, through sensor signal, receive gateway and transfer to background sensor signal processing system;
Background sensor signal processing system, the heat source body motion change value based on default and default light threshold value, open, close the control with brightness regulation to the corresponding lamp control unit in respective environment.
In the above-described embodiments, the operation with the control of brightness regulation is opened, closed to background sensor signal processing system to the corresponding lamp control unit in respective environment, specifically comprises:
By infrared moving transducer, the heat source body motion near controlled lamp group is responded to, and the heat source body motion change value sensing is transferred to controller by wire transmission mode or wireless transmission method;
Meanwhile, by light sensor, the light power of controlled lamp group place environment is responded to, and induction values of light is transferred to controller by wire transmission mode or wireless transmission method;
Controller, the values of light of the heat source body motion change value based on infrared moving sensor transmissions and light sensor transmission, with reference to the default heat source body motion that has, open threshold value, without heat source body motion, close threshold value, open light threshold value and close light threshold value, judge, and according to judged result to the unlatching of controlled lamp group, close and bright power is controlled.
In the above-described embodiments, controller according to judged result to the unlatching of controlled lamp group, close and operation that bright power is controlled, specifically comprise:
When the heat source body motion change value sensing reaches default unlatching threshold value and induction values of light, reach default while opening values of light, controller is opened controlled lamp group, the E that switches on power, and regulate the light of controlled lamp group strong and weak according to induction values of light;
When the heat source body motion change value sensing reach default while closing threshold value or induction values of light reach default while closing values of light, controller cuts out controlled lamp group, powered-down E.
Extensive lighting control system and the control method thereof of above-described embodiment, be main power source control the first triggering based on infrared moving transducer, and it is basic that the auxiliary control second of light sensor triggers.Data transmittal and routing form in this extensive lighting control system and control method thereof can be that wired mode transmits is data wire transmission, can be also that wireless mode transmits; The host-host protocol of wireless transmission can be also the Zigbee agreement of more in the market use.When lamp (being controlled lamp group) environment of living in reaches certain condition, lamp just can be opened or closed, and lamplight brightness increases or weakens.
In the extensive lighting control system of above-described embodiment and control method thereof, environment of living in reaches certain condition and refers to: when having thermal source object movement, infrared moving transducer will receive corresponding response signal, and be transferred to controller; After controller is judged according to the data message of infrared moving sensor transmissions, and in conjunction with the sensed data of light sensor, closing or opening and control controlled lamp group.
Light sensor sends a signal to the controller of lamp according to illumination power, controller is judged according to the minimum threshold values of data of light sensor transmission and sent close command, circuit connection, and now lamp just can be opened, and according to the strong and weak light of the strong and weak adjustment automatically of light.It should be noted that: must first turn on the switch of power supply E and the switch of controller of controlled lamp group, while meeting this two conditions, lamp could start normal work; The response condition of infrared moving transducer and light sensor, all can artificially set.
In the above-described embodiments, if infrared moving transducer does not monitor heat source body motion, without any data, transmit, controller does not send any control signal to controlled lamp group, and controlled lamp group keeps closed condition; The data that light sensor collects, lower than predefined threshold values, transfer data to controller, and controller judge is also sent instruction, and controlled lamp group is correspondingly closed or opens.When the required response signal of lamp all meets, just can open, the late release time can artificially be set, as being set as 30 seconds.
In the above-described embodiments, this kind of extensive lighting control system and control method thereof must meet above two response conditions, and lamp just can be opened, if only meet a condition, lamp can not be opened.When light reaches the illumination threshold values condition of setting, infrared moving transducer does not collect information, and lamp can not opened, if when indoor light brightness is very high, someone enters within the scope of infrared monitoring, and lamp can not opened yet.
In the above-described embodiments, master control transducer is infrared moving transducer, in order to guarantee total power switch state; Auxiliary control transducer is light sensor, guarantees to regulate the on off state of lamp.For example, when the interior space is excessive, can adopt the intelligent lamp group collaborative work form of one to one a plurality of or one-to-many.
Finally it should be noted that: the foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, although the present invention is had been described in detail with reference to previous embodiment, for a person skilled in the art, its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. an extensive lighting control system, it is characterized in that, comprise that the sensor signal connecting by data wire or wireless network successively receives gateway and background sensor signal processing system, and by data wire or wireless network, receive with described sensor signal gateway is connected and is arranged in the parallel a plurality of environment that arrange a plurality of lamp controls unit with background sensor signal processing system respectively;
Each lamp control unit, receives gateway by the induction heat source body motion change value of place environment and induction values of light by data wire or wireless network transmissions to sensor signal, receives gateway transfer to background sensor signal processing system through sensor signal; The heat source body motion change value of background sensor signal processing system based on default and default light threshold value, open, close the control with brightness regulation to the corresponding lamp control unit in respective environment.
2. extensive lighting control system according to claim 1, it is characterized in that, each lamp control unit, comprise the power supply E and the controller that by wire, connect into successively closed-loop path, receive with described sensor signal infrared moving transducer and the light sensor that gateway is connected respectively, and the controlled lamp group being connected with described controller; Described controller is connected with background sensor signal processing system by data wire or wireless network;
Described infrared moving transducer, can respond to the heat source body motion near controlled lamp group, and the heat source body motion change value sensing is received to gateway by data wire or wireless network transmissions to sensor signal; Described light sensor, can respond to the light power of controlled lamp group place environment, and will respond to values of light and receive gateway by data wire or wireless network transmissions to sensor signal;
Described controller, under unified control of described background sensor signal processing system, can open to the corresponding lamp control unit in the environment of place, cut out the control with brightness regulation; This control comprises: in the heat source body motion change value sensing, reach default unlatching threshold value and induction values of light and reach default while opening values of light, the controlled lamp group of opening place environment, connects the power supply E of the controlled lamp group of place environment; And, can the heat source body motion change value sensing reach default while closing threshold value or induction values of light reach default while closing values of light, close the controlled lamp group of place environment, close the power supply E of the controlled lamp group of place environment.
3. extensive lighting control system according to claim 2, is characterized in that, described controlled lamp group specifically comprises and is connected to the first link of described controller and single power saving fluorescent lamps L1 between the second link.
4. extensive lighting control system according to claim 2, is characterized in that, described controlled lamp group specifically comprises and is connected in parallel on the first link of described controller and many power saving fluorescent lamps L1 to Ln between the second link, and n is natural number.
5. extensive lighting control system according to claim 2, is characterized in that, described infrared moving transducer specifically comprises that model is the infrared moving transducer of HB-8080SN; And/or described light sensor, specifically comprises that model is the light sensor of BX5M-MF.
6. extensive lighting control system according to claim 2, is characterized in that, described power supply E, specifically comprises storage battery and/or solar-energy photo-voltaic cell and/or ups power; And/or described controller, specifically comprises that model is the controller of HP830.
7. according to the extensive lighting control system described in any one in claim 1-6, it is characterized in that, described background sensor signal processing system, specifically comprises computer or industrial computer; And/or described sensor signal receives gateway, specifically comprise that model is the sensor signal reception gateway of KL-H1100.
8. a control method for extensive lighting control system according to claim 1, is characterized in that, mainly comprises:
By each lamp control unit, heat source body motion near this place, lamp control unit environment and the light intensity of this place, lamp control unit environment are responded to, the induction heat source body motion change value of place environment and induction values of light are received to gateway by data wire or wireless network transmissions to sensor signal, through sensor signal, receive gateway and transfer to background sensor signal processing system;
Described background sensor signal processing system, the light threshold value that the heat source body motion change value collecting based on infrared moving transducer and light sensor collect, opens, closes the control with brightness regulation to the corresponding lamp control unit in respective environment.
9. the control method of extensive lighting control system according to claim 8, is characterized in that, the operation with the control of brightness regulation is opened, closed to described background sensor signal processing system to the corresponding lamp control unit in respective environment, specifically comprises:
By described infrared moving transducer, the heat source body motion near controlled lamp group is responded to, and the heat source body motion change value sensing is transferred to controller by wire transmission mode or wireless transmission method;
Meanwhile, by described light sensor, the light power of controlled lamp group place environment is responded to, and induction values of light is transferred to controller by wire transmission mode or wireless transmission method;
Described controller, the values of light of the heat source body motion change value based on described infrared moving sensor transmissions and the transmission of described light sensor, with reference to the default heat source body motion that has, open threshold value, without heat source body motion, close threshold value, open light threshold value and close light threshold value, judge, and according to judged result to the unlatching of controlled lamp group, close and bright power is controlled.
10. the control method of extensive lighting control system according to claim 9, is characterized in that, described controller according to judged result to the unlatching of controlled lamp group, close and operation that bright power is controlled, specifically comprise:
When induction heat source body motion change value reaches default, have heat source body motion change value and induction values of light to reach default while opening values of light, controller is opened controlled lamp group, the E that switches on power, and regulate the light of controlled lamp group strong and weak according to induction values of light;
When induction heat source body motion change value reach default during without heat source body motion change value or induction values of light reach default while closing values of light, controller cuts out controlled lamp group, powered-down E.
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Application publication date: 20140430 |