CN106604467A - LED light fixture and intelligent illumination system - Google Patents
LED light fixture and intelligent illumination system Download PDFInfo
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- CN106604467A CN106604467A CN201611232832.1A CN201611232832A CN106604467A CN 106604467 A CN106604467 A CN 106604467A CN 201611232832 A CN201611232832 A CN 201611232832A CN 106604467 A CN106604467 A CN 106604467A
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- module
- led
- controller
- zigbee
- toning
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
- H05B45/30—Driver circuits
- H05B45/37—Converter circuits
-
- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B45/00—Circuit arrangements for operating light-emitting diodes [LED]
-
- 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]
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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention discloses an LED light fixture. The LED light fixture comprises an LED lamp, a power supply circuit, a ZigBee module and a controller. The power supply circuit is connected to a power grid and the LED lamp respectively. The power supply circuit converts commercial power into a direct current matching with the LED lamp. The ZigBee module receives a control instruction sent by a ZigBee gateway in a control system, generates a control signal based on the control instruction and sends the control signal to the controller. The controller receives the control signal sent by the ZigBee module and controls operation of the power supply circuit based on the control signal. By using the LED light fixture, the ZigBee module and the ZigBee gateway in the control system carry out data interaction, and less routers or switches are arranged in the control system so that remote control to a lot of LED light fixtures can be realized and system cost can be reduced. The LED light fixture possesses advantages that a response speed is rapid and power consumption is low. The invention also discloses an intelligent illumination system.
Description
Technical field
The invention belongs to internet of things field, more particularly to LED lamp and intelligent illuminating system.
Background technology
Internet of Things is the important component part of generation information technology, and its English name is Internet of things.
User can realize remotely control to equipment by Internet of Things, for example, realize the remotely control to light fixture.
At present, the remotely control for light fixture is realized by WiFi (Wireless Fidelity) technology, specifically：In light fixture
WiFi module is set, and user sends control instruction by Internet of Things to router, and router is by the control instruction for receiving to lamp
WiFi module in tool sends, and the WiFi module in light fixture sends the control instruction for receiving to the controller of light fixture, by controlling
Device processed performs the control instruction.
But, currently for the remote controlled manner existing defects of light fixture, for example：The WiFi equipment that router has access to
Negligible amounts (up to 15), if to carry out remotely control to large number of light fixture, need to arrange multiple routers,
Cause relatively costly；The wakeup time longer (usually 3-5 seconds) of WiFi module, this causes the response speed of light fixture slower, and
And the power consumption of WiFi module is higher.
The content of the invention
In view of this, it is an object of the invention to provide a kind of LED lamp and intelligent illuminating system, to solve prior art
In system cost high problem during remotely control is carried out to large number of light fixture, while improve light fixture response speed, reduce
The power consumption of light fixture.
For achieving the above object, the present invention provides following technical scheme：
The present invention discloses a kind of LED lamp, including LED, power circuit, ZigBee module and controller；
The power circuit is connected respectively with electrical network and the LED, the power circuit by civil power be converted to it is described
The unidirectional current of LED matching, is that the LED is powered；
The ZigBee module receives the control instruction that the ZigBee gateways in control system send, and is referred to based on the control
Order generates control signal, and sends the control signal to the controller；
The controller is connected respectively with the power circuit and the ZigBee module, and the controller receives described
The control signal that ZigBee module sends, based on the control signal operation of the power circuit is controlled.
Preferably, in above-mentioned LED lamp, the power circuit includes rectification module and filtration module；
The input of the rectification module is connected with the electrical network, the outfan of the rectification module and the filtration module
Input connection, the outfan of the filtration module be connected with the feeder ear of the LED, and the rectification module is by civil power turn
The unidirectional current matched with the LED is changed to, the filtration module is filtered place to the unidirectional current that the rectification module is exported
Reason；
The controller is connected with the filtration module, and based on the switch controlling signal for receiving the filtration module is controlled
In running status or closed mode.
Preferably, in above-mentioned LED lamp, the LED is color-adjustable LED, and the power circuit also includes toning mould
Block；
The outfan of the filtration module is connected with the input of the toning module, three outputs of the toning module
End is connected respectively with three feeder ears of the color-adjustable LED；
The controller is also connected with the toning module, and the controller is additionally operable to：Based on the toning control for receiving
The signal control toning module adjusts the parameter of three tunnel output currents, to adjust the color of the color-adjustable LED.
Preferably, in above-mentioned LED lamp, the key circuit being connected with the controller, the key circuit bag are also included
Include switch key and toning button；
The controller is additionally operable to：The trigger produced based on the switch key controls the filtration module in fortune
Row state or closed mode, the trigger control toning module produced based on the toning button adjusts three tunnels output electricity
The parameter of stream.
Preferably, in above-mentioned LED lamp, the controller is additionally operable to：The status information of the LED lamp is gathered, is passed through
The ZigBee module to the control system feeds back the status information.
Invention additionally discloses a kind of intelligent illuminating system, including control system and LED lamp, the control system includes cloud
Platform, trunking and ZigBee gateways, the LED lamp includes LED, power circuit, ZigBee module and controller；
The cloud platform generates control instruction, and to the trunking control instruction is sent；
The trunking receives the control instruction that the cloud platform sends, and the control instruction is carried out after protocol conversion
Send to the ZigBee gateways；
The ZigBee gateways receive the control instruction that the trunking sends, the ZigBee in the LED lamp
Module sends the control instruction；
The power circuit is connected respectively with electrical network and the LED, the power circuit by civil power be converted to it is described
The unidirectional current of LED matching, is that the LED is powered；
The ZigBee module receives the control instruction that the ZigBee gateways send, and is generated based on the control instruction and is controlled
Signal processed, and send the control signal to the controller；
The controller is connected respectively with the power circuit and the ZigBee module, and the controller receives described
The control signal that ZigBee module sends, based on the control signal operation of the power circuit is controlled.
Preferably, in above-mentioned intelligent illuminating system, the trunking is router or switch.
Preferably, in above-mentioned intelligent illuminating system, the power circuit of the LED lamp includes rectification module and filtering mould
Block；The input of the rectification module is connected with the electrical network, and the outfan of the rectification module is defeated with the filtration module
Enter end connection, the outfan of the filtration module is connected with the feeder ear of the LED, and the rectification module is converted to civil power
The unidirectional current matched with the LED, the filtration module is filtered process to the unidirectional current that the rectification module is exported；Institute
The controller for stating LED lamp is connected with the filtration module；
The control instruction that the cloud platform is generated includes switching control instruction, and the ZigBee module receives the ZigBee
The switching control instruction that gateway sends, based on the switching control instruction switch controlling signal is generated, and is sent out to the controller
The switch controlling signal, the controller is sent to control at connected filtration module based on the switch controlling signal for receiving
In running status or closed mode.
Preferably, in above-mentioned intelligent illuminating system, the LED of the LED lamp is color-adjustable LED；The LED lamp
Power circuit also include toning module；The outfan of the filtration module is connected with the input of the toning module, described
Three outfans of toning module are connected respectively with three feeder ears of the color-adjustable LED；The controller also with it is described
Toning module connection；
The control instruction that the cloud platform is generated includes toning control instruction, and the ZigBee module receives the ZigBee
The toning control instruction that gateway sends, based on the toning control instruction toning control signal is generated, and is sent out to the controller
The toning control signal, the controller is sent to adjust based on the connected toning module of toning control signal control for receiving
The parameter of whole three tunnel output current, to adjust the color of the color-adjustable LED.
Preferably, in above-mentioned intelligent illuminating system, the controller of the LED lamp is additionally operable to：Gather the LED lamp
Status information, the status information is fed back by the ZigBee module to the control system；The cloud platform is additionally operable to：Protect
Deposit the status information of the LED lamp.
As can be seen here, beneficial effects of the present invention are：
LED lamp disclosed by the invention, including LED, power circuit, ZigBee module and controller, ZigBee module
The control instruction that ZigBee gateways send in control system is received, based on the control instruction generation control signal for receiving, and to
Controller sends the control signal, and operation of the controller based on the control signal controlling power circuit for receiving is realized to LED
Control.Can see, LED lamp disclosed by the invention, by the ZigBee in internal ZigBee module and control system
Gateway carries out data interaction, because ZigBee gateways can access substantial amounts of ZigBee module, therefore only needs in the controls
Seldom (can be 1) router or switch are set, it is possible to realize the remotely control to a large amount of LED lamps, can reduce
System cost；And, the wakeup time of ZigBee module is very short, power consumption is very low, therefore LED lamp disclosed by the invention has and rings
The advantage for answering speed fast, low in energy consumption.
Description of the drawings
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
The accompanying drawing to be used needed for having technology description is briefly described, it should be apparent that, drawings in the following description are only this
Inventive embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, can be with basis
The accompanying drawing of offer obtains other accompanying drawings.
Fig. 1 is a kind of structural representation of LED lamp disclosed by the invention；
Fig. 2 is the structural representation of another kind of LED lamp disclosed by the invention；
Fig. 3 is the structural representation of another kind of LED lamp disclosed by the invention；
Fig. 4 is a kind of structural representation of intelligent illuminating system disclosed by the invention；
Fig. 5 is the structural representation of another kind of intelligent illuminating system disclosed by the invention；
Fig. 6 is the structural representation of another kind of intelligent illuminating system disclosed by the invention.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than the embodiment of whole.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
The present invention discloses a kind of LED lamp, to solve prior art in when carrying out remotely control to large number of light fixture
The high problem of system cost, while improving the response speed of light fixture, reducing the power consumption of light fixture.
Referring to Fig. 1, Fig. 1 is a kind of structural representation of LED lamp disclosed by the invention.The LED lamp includes LED
101st, power circuit 102, ZigBee module 103 and controller 104.
Wherein：
Power circuit 102 is connected respectively with electrical network and LED 101, and power circuit 102 is converted to civil power and LED 101
The unidirectional current of matching, is that LED 101 is powered.
ZigBee module 103 receives the control instruction that the ZigBee gateways in control system send, and is given birth to based on control instruction
Into control signal, and control signal is sent to controller 104.
Controller 104 is connected respectively with power circuit 102 and ZigBee module 103, and controller 104 receives ZigBee module
103 control signals for sending, the operation based on the control signal controlling power circuit 102.
In enforcement, the control instruction that ZigBee gateways send at least includes that the on-off control of the control switch of LED 101 refers to
Order.Accordingly, ZigBee module 103 receives switching control instruction, based on switching control instruction generation switch controlling signal, and to
Controller 104 sends switch controlling signal.Controller 104 is based on the switch controlling signal controlling power circuit 102 for receiving
Operation, realizes the on-off control to LED 101.
ZigBee is also called purple honeybee, ZigBee technology be it is a kind of closely, low complex degree, low-power consumption, low cost, high safety
The bidirectional wireless communication technology of property.
ZigBee-network is a kind of highly reliable wireless data transmission network, and a ZigBee-network can be by up to 65535
Individual ZigBee module composition, in whole ZigBee-network, can be carried out communication between any ZigBee module.One typical case
The ZigBee-network of hub-and-spoke configuration can at most accommodate 254 from equipment and a main equipment, can deposit simultaneously in a region
In most 100 ZigBee-networks, and network composition is flexible.
The standard traffic distance of ZigBee module is 75m, can increase to 1～3km.ZigBee module can be operated in
In 2.4GHz, 868MHz and 915MHz this 3 frequency ranges, the biography with highest 250kbit/s, 20kbit/s and 40kbit/s respectively
Defeated speed.
The transmission power of ZigBee module is only 1mW, and employs park mode, therefore the power consumption of ZigBee module is very
It is low, it is estimated that ZigBee equipment only can just maintain the use time up to 6 months to 2 years or so by two No. 5 batteries of section.Separately
Outward, the wakeup time of ZigBee module is very short, and the time delay of typical dormancy activation is 15ms, searches for equipment delay 30ms, activity
It is 15ms that equipment accesses the time delay of channel.
LED lamp disclosed by the invention is provided with ZigBee module 103, the control supporting with LED lamp disclosed by the invention
ZigBee gateways are provided with system processed, after the control instruction that ZigBee gateways receiving router or switch send, to LED
ZigBee module 103 in tool sends control instruction.Because ZigBee gateways can access substantial amounts of ZigBee module, (suggestion is
Within 150), therefore, when needing to carry out remotely control to large number of LED lamp, need what is arranged in control system
The quantity of router or switch is much smaller than in prior art the quantity of the router for needing to arrange, generally in set-up of control system
1 router or switch.
LED lamp disclosed by the invention, including LED, power circuit, ZigBee module and controller, ZigBee module
The control instruction that ZigBee gateways send in control system is received, based on the control instruction generation control signal for receiving, and to
Controller sends the control signal, and operation of the controller based on the control signal controlling power circuit for receiving is realized to LED
Control.Can see, LED lamp disclosed by the invention, by the ZigBee in internal ZigBee module and control system
Gateway carries out data interaction, because ZigBee gateways can access substantial amounts of ZigBee module, therefore only needs in the controls
Seldom (can be 1) router or switch are set, it is possible to realize the remotely control to a large amount of LED lamps, can reduce
System cost；And, the wakeup time of ZigBee module is very short, power consumption is very low, therefore LED lamp disclosed by the invention has and rings
The advantage for answering speed fast, low in energy consumption.
In enforcement, power circuit 102 can adopt various structures, illustrate respectively below in conjunction with Fig. 2 and Fig. 3.
Referring to Fig. 2, Fig. 2 is the structural representation of another kind of LED lamp disclosed by the invention.The LED lamp includes LED
101st, power circuit 102, ZigBee module 103 and controller 104.Here power circuit 102 is illustrated emphatically.
Power circuit 102 includes rectification module 1021 and filtration module 1022.
The input of rectification module 1021 is connected with electrical network, and the outfan of rectification module 1021 is defeated with filtration module 1022
Enter end connection, the outfan of filtration module 1022 is connected with the feeder ear of LED 101, and controller 104 connects with filtration module 1022
Connect.
Wherein, civil power is converted to rectification module 1021 unidirectional current matched with LED, and filtration module 1022 is to rectification mould
The unidirectional current of the output of block 1021 is filtered process, is that LED 101 is powered.
ZigBee module 103 is received after the switching control instruction of ZigBee gateways transmission, based on the switching control instruction
Switch controlling signal is generated, and the switch controlling signal is sent to controller 104.Controller 104 is based on the switch control for receiving
Signal control filtration module 1022 processed is in running status or closed mode, so as to realize the on-off control to LED 101.
LED lamp shown in Fig. 2 of the present invention, power circuit includes rectification module and filtration module, and rectification module is by civil power
The unidirectional current matched with LED is converted to, filtration module is further filtered process, is to the unidirectional current of rectification module output
LED stable power-supplying；In addition, whether controller is run based on the switch controlling signal control filtration module for receiving, so as to reality
Now to the on-off control of LED.
In being embodied as, the output of filtration module 1022 is connected to after can multiple (up to 7) LEDs be connected
End.
Referring to Fig. 3, Fig. 3 is the structural representation of another kind of LED lamp disclosed by the invention.The LED lamp includes LED
101st, power circuit 102, ZigBee module 103 and controller 104.
LED 101 is color-adjustable LED.Specifically, color-adjustable LED includes red light-emitting component, green luminousing element
And blue light emitting device, color-adjustable LED has three feeder ears, and these three feeder ears can respectively be designated as R feeder ears, G and power
End and B feeder ears.
Power circuit 102 includes rectification module 1021, filtration module 1022 and toning module 1023.
The input of rectification module 1021 is connected with electrical network, and the outfan of rectification module 1021 is defeated with filtration module 1022
Enter end connection, the outfan of filtration module 1022 is connected with the input of toning module 1023, and three of module 1023 of mixing colours are defeated
Go out end to be connected with three feeder ears of color-adjustable LED respectively.For example, first outfan and color-adjustable of module 1023 of mixing colours
The R feeder ears connection of LED, the second outfan of module 1023 of mixing colours is connected with the G feeder ears of color-adjustable LED, mould of mixing colours
3rd outfan of block 1023 is connected with the B feeder ears of color-adjustable LED.Controller 104 respectively with filtration module 1022 with adjust
Color module 1023 connects.
Wherein, civil power is converted to rectification module 1021 unidirectional current matched with LED, and filtration module 1022 is to rectification mould
The unidirectional current of the output of block 1021 is filtered process, and toning module 1023 exports three road electric currents, by adjusting three tunnel output currents
Parameter, realize brightness adjustment to red light-emitting component, green luminousing element and blue light emitting device in color-adjustable LED,
So as to adjust the color of color-adjustable LED.
ZigBee module 103 is received after the switching control instruction of ZigBee gateways transmission, based on the switching control instruction
Switch controlling signal is generated, and the switch controlling signal is sent to controller 104, ZigBee module 103 receives ZigBee gateways
After the toning control instruction of transmission, toning control signal is generated based on the toning control instruction, and the tune is sent to controller 104
Color control signal.Controller 104 is based on the switch controlling signal control filtration module 1022 for receiving in running status or pass
Closed state, so as to realize the on-off control to LED 1011；Controller 104 is adjusted based on the toning control signal control for receiving
Color module 1023 adjusts the parameter of three tunnel output currents, to adjust the color of color-adjustable LED 1011.
In enforcement, controller 104 adjusts the output of three tunnels based on the toning control signal control toning module 1023 for receiving
The parameter of electric current, Ke Yiwei：Three tunnel output currents are adjusted based on the toning control signal control toning module 1023 for receiving
Magnitude of voltage；Or, the dutycycle of three tunnel output currents is adjusted based on the toning control signal control toning module 1023 for receiving.
LED lamp shown in Fig. 3 of the present invention, LED is color-adjustable LED, and power circuit includes rectification module, filtering mould
Whether block and toning module, controller is run based on the switch controlling signal control filtration module for receiving, so as to realize to LED
The on-off control of lamp, in addition, controller adjusts three tunnel output currents based on the toning control signal control toning module for receiving
Parameter, so as to realize that the color of LED is controlled.
As a kind of preferred version, in present invention LED lamp disclosed above, further arrange and connect with controller 104
The key circuit for connecing.The key circuit includes switch key and toning button.Controller 104 is additionally operable to：Produced based on switch key
Raw trigger control filtration module 1022 is in running status or closed mode, the trigger based on toning button generation
Control toning module 1023 adjusts the parameter of three tunnel output currents.
Based on the preferred version, can both remotely control be carried out to LED lamp, it is also possible to using the button in LED lamp
Circuit controls the operation of LED lamp.
Used as a kind of preferred version, in present invention LED lamp disclosed above, controller 104 is additionally operable to：Collection LED
The status information of light fixture, by ZigBee module 103 to control system feedback status information.Wherein, the status information of LED lamp
Including but not limited to：The running state information (characterizing LED in open mode or closed mode) of LED and LED
Colouring information.
Invention additionally discloses a kind of intelligent illuminating system.
Referring to Fig. 4, Fig. 4 is a kind of structural representation of intelligent illuminating system disclosed by the invention.
The intelligent illuminating system includes LED lamp 100 and control system 200.Wherein, LED lamp 100 includes LED
101st, power circuit 102, ZigBee module 103 and controller 104, control system 200 includes cloud platform 201, trunking 202
With ZigBee gateways 203.
Cloud platform 201 generates control instruction, and to trunking 202 control instruction is sent.In enforcement, cloud platform 201 can
With the request that receive user is sent by terminal (such as mobile phone, panel computer and other kinds of computer), please be seek survival according to this
Into control instruction；Or, cloud platform 201 is according to the strategy generating control instruction being pre-configured with.
Trunking 202 receives the control instruction that cloud platform 201 sends, and carries out protocol conversion to the control instruction backward
ZigBee gateways 203 send.In enforcement, trunking 202 can be router or switch.
ZigBee gateways 203 receive the control instruction that trunking 202 sends, to the ZigBee module 103 in LED lamp
Send control instruction.
Power circuit 102 is connected respectively with electrical network and LED 101, and power circuit 102 is converted to civil power and LED 101
The unidirectional current of matching, is that LED 101 is powered.
ZigBee module 103 receives the control instruction that ZigBee gateways 203 send, and based on the control instruction control letter is generated
Number, and send the control signal to controller 104.
Controller 104 is connected respectively with power circuit 102 and ZigBee module 103, and controller 104 receives ZigBee module
103 control signals for sending, the operation based on the control signal controlling power circuit 102.
In enforcement, the control instruction that ZigBee gateways 203 send at least includes the on-off control of the control switch of LED 101
Instruction.Accordingly, ZigBee module 103 receives switching control instruction, and based on switching control instruction switch controlling signal is generated, and
Switch controlling signal is sent to controller 104.Controller 104 is based on the switch controlling signal controlling power circuit 102 for receiving
Operation, realize on-off control to LED 101.
Intelligent illuminating system disclosed by the invention includes control system and LED lamp, wherein, control system is flat including cloud
Platform, trunking and ZigBee gateways, LED lamp includes LED, power circuit, ZigBee module and controller, cloud platform life
Into control instruction and by trunking to ZigBee gateways send, afterwards ZigBee gateways by the control instruction for receiving to
ZigBee module in LED lamp sends, and the ZigBee module in LED lamp receives what ZigBee gateways in control system sent
Control instruction, based on the control instruction for receiving control signal is generated, and sends the control signal to controller, and controller is based on
The operation of the control signal controlling power circuit for receiving, realizes the control to LED.Can see, intelligence disclosed by the invention
Energy illuminator, LED lamp passes through internal ZigBee module carries out data interaction with the ZigBee gateways in control system, by
Substantial amounts of ZigBee module is can access in ZigBee gateways, therefore only needs to arrange in the controls seldom (can be 1)
Trunking, it is possible to realize the remotely control to a large amount of LED lamps, system cost can be reduced；And, ZigBee module
Wakeup time is very short, power consumption is very low, therefore LED lamp has fast response time, advantage low in energy consumption.
Referring to Fig. 5, Fig. 5 is the structural representation of another kind of intelligent illuminating system disclosed by the invention.
The intelligent illuminating system includes LED lamp 100 and control system 200.Wherein, LED lamp 100 includes LED
101st, power circuit 102, ZigBee module 103 and controller 104, control system 200 includes cloud platform 201, trunking 202
With ZigBee gateways 203.
Here emphatically pair with illustrate in place of the difference of intelligent illuminating system shown in Fig. 4.
Power circuit 102 in LED lamp 100 includes rectification module 1021 and filtration module 1022.
The input of rectification module 1021 is connected with electrical network, and the outfan of rectification module 1021 is defeated with filtration module 1022
Enter end connection, the outfan of filtration module 1022 is connected with the feeder ear of LED 101, and controller 104 connects with filtration module 1022
Connect.Wherein, civil power is converted to rectification module 1021 unidirectional current matched with LED, and filtration module 1022 is to rectification module
The unidirectional current of 1021 outputs is filtered process, is that LED 101 is powered.
The control instruction that cloud platform 201 is generated includes switching control instruction.Trunking 202 receives cloud platform 201 and sends
Switching control instruction, the switching control instruction is carried out to send to ZigBee gateways 203 after protocol conversion.ZigBee gateways
203 send the switching control instruction for receiving to ZigBee module 103.ZigBee module 103 receives ZigBee gateways 203
The switching control instruction for sending, based on switching control instruction switch controlling signal is generated, and sends the on-off control to controller 104
Signal.Controller 104 controls connected filtration module 1022 and is in running status based on the switch controlling signal for receiving
Or closed mode, realize the on-off control to LED 101.
Intelligent illuminating system shown in Fig. 5 of the present invention, the power circuit in LED lamp includes rectification module and filtering mould
Civil power is converted to block, rectification module the unidirectional current matched with LED, and filtration module is further to the direct current of rectification module output
Electricity is filtered process, is LED stable power-supplying；In addition, the switch controlling signal control that controller is sent based on control system
Whether filtration module runs, so as to realize the on-off control to LED.
Referring to Fig. 6, Fig. 6 is the structural representation of another kind of intelligent illuminating system disclosed by the invention.The intelligent lighting system
System includes LED lamp 100 and control system 200.Wherein, LED lamp 100 includes LED 101, power circuit 102, ZigBee
Module 103 and controller 104, control system 200 includes cloud platform 201, trunking 202 and ZigBee gateways 203.
Here emphatically pair with illustrate in place of the difference of intelligent illuminating system shown in Fig. 5.
LED 101 in LED lamp 100 is color-adjustable LED.Specifically, color-adjustable LED includes emitting red light unit
Part, green luminousing element and blue light emitting device, color-adjustable LED has three feeder ears, and these three feeder ears can be remembered respectively
For R feeder ears, G feeder ears and B feeder ears.
Power circuit 102 includes rectification module 1021, filtration module 1022 and toning module 1023.
The input of rectification module 1021 is connected with electrical network, and the outfan of rectification module 1021 is defeated with filtration module 1022
Enter end connection, the outfan of filtration module 1022 is connected with the input of toning module 1023, and three of module 1023 of mixing colours are defeated
Go out end to be connected with three feeder ears of color-adjustable LED respectively.For example, first outfan and color-adjustable of module 1023 of mixing colours
The R feeder ears connection of LED, the second outfan of module 1023 of mixing colours is connected with the G feeder ears of color-adjustable LED, mould of mixing colours
3rd outfan of block 1023 is connected with the B feeder ears of color-adjustable LED.Controller 104 respectively with filtration module 1022 with adjust
Color module 1023 connects.
Wherein, civil power is converted to rectification module 1021 unidirectional current matched with LED, and filtration module 1022 is to rectification mould
The unidirectional current of the output of block 1021 is filtered process, and toning module 1023 exports three road electric currents, by adjusting three tunnel output currents
Parameter, realize brightness adjustment to red light-emitting component, green luminousing element and blue light emitting device in color-adjustable LED,
So as to adjust the color of color-adjustable LED.
The control instruction that cloud platform 201 is generated includes switching control instruction and toning control instruction.Trunking 202 is received
After the toning control instruction that cloud platform 201 sends, the toning control instruction is carried out after protocol conversion to ZigBee gateways 203
Send.ZigBee gateways 203 send the toning control instruction for receiving to ZigBee module 103.ZigBee module 103 is received
The toning control instruction that ZigBee gateways 203 send, based on toning control instruction toning control signal is generated, and to controller
104 send the toning control signal.Controller 104 controls connected toning module based on the toning control signal for receiving
The parameter of 1023 three tunnel output currents of adjustment, to adjust the color of color-adjustable LED 101.
In enforcement, controller 104 adjusts the output of three tunnels based on the toning control signal control toning module 1023 for receiving
The parameter of electric current, Ke Yiwei：Three tunnel output currents are adjusted based on the toning control signal control toning module 1023 for receiving
Magnitude of voltage；Or, the dutycycle of three tunnel output currents is adjusted based on the toning control signal control toning module 1023 for receiving.
Intelligent illuminating system shown in Fig. 6 of the present invention, the LED in LED lamp be color-adjustable LED, power circuit bag
Include rectification module, filtration module and toning module, the switch controlling signal control filtering mould that controller is sent based on control system
Whether block runs, so as to realize the on-off control to LED, in addition, the toning control letter that controller is sent based on control system
Number control toning module adjusts the parameter of three tunnel output currents, so as to realize that the color of LED is controlled.
As a kind of preferred version, in present invention intelligent illuminating system disclosed above, can be in LED lamp 100
The key circuit being connected with controller 104 is further set.The key circuit includes switch key and toning button.Controller
104 are additionally operable to：The trigger control filtration module 1022 produced based on switch key is in running status or closed mode, base
The trigger control toning module 1023 produced in toning button adjusts the parameter of three tunnel output currents.
As a kind of preferred version, in present invention intelligent illuminating system disclosed above, the controller of LED lamp 100
104 are additionally operable to：The status information of collection LED lamp, by ZigBee module 103 to the feedback status information of control system 200.Cloud
Platform 201 is additionally operable to：Preserve the status information of LED lamp.
Based on the preferred version, user can pass through to access the status information that cloud platform 201 knows LED lamp.For example：With
It is in open mode or closed mode that family can remotely understand the LED lamp of family.
In the present invention each technical scheme disclosed above, controller can adopt single-chip microcomputer.
Each embodiment is described by the way of progressive in this specification, and what each embodiment was stressed is and other
The difference of embodiment, between each embodiment identical similar portion mutually referring to.To the upper of the disclosed embodiments
State bright, professional and technical personnel in the field is realized or using the present invention.To various modifications of these embodiments to ability
Will be apparent for the professional and technical personnel in domain, generic principles defined herein can be without departing from the present invention's
In the case of spirit or scope, realize in other embodiments.Therefore, the present invention be not intended to be limited to it is shown in this article these
Embodiment, and it is to fit to the most wide scope consistent with principles disclosed herein and features of novelty.
Claims (10)
1. a kind of LED lamp, it is characterised in that including LED, power circuit, ZigBee module and controller；
The power circuit is connected respectively with electrical network and the LED, and the power circuit is converted to civil power and the LED
The unidirectional current of matching, is that the LED is powered；
The ZigBee module receives the control instruction that the ZigBee gateways in control system send, and is given birth to based on the control instruction
Into control signal, and the control signal is sent to the controller；
The controller is connected respectively with the power circuit and the ZigBee module, and the controller receives the ZigBee
The control signal that module sends, based on the control signal operation of the power circuit is controlled.
2. LED lamp according to claim 1, it is characterised in that the power circuit includes rectification module and filtering mould
Block；
The input of the rectification module is connected with the electrical network, and the outfan of the rectification module is defeated with the filtration module
Enter end connection, the outfan of the filtration module is connected with the feeder ear of the LED, and the rectification module is converted to civil power
The unidirectional current matched with the LED, the filtration module is filtered process to the unidirectional current that the rectification module is exported；
The controller is connected with the filtration module, controls the filtration module based on the switch controlling signal for receiving and is in
Running status or closed mode.
3. LED lamp according to claim 2, it is characterised in that the LED is color-adjustable LED, the power supply electricity
Road also includes toning module；
The outfan of the filtration module is connected with the input of the toning module, three outfans point of the toning module
It is not connected with three feeder ears of the color-adjustable LED；
The controller is also connected with the toning module, and the controller is additionally operable to：Based on the toning control signal for receiving
The control toning module adjusts the parameter of three tunnel output currents, to adjust the color of the color-adjustable LED.
4. the LED lamp according to claim 1,2 or 3, it is characterised in that also include the button being connected with the controller
Circuit, the key circuit includes switch key and toning button；
The controller is additionally operable to：The trigger produced based on the switch key controls the filtration module in operation shape
State or closed mode, the trigger control toning module produced based on the toning button adjusts three tunnel output currents
Parameter.
5. LED lamp according to claim 4, it is characterised in that the controller is additionally operable to：Gather the LED lamp
Status information, the status information is fed back to the control system by the ZigBee module.
6. a kind of intelligent illuminating system, it is characterised in that including control system and LED lamp, the control system is flat including cloud
Platform, trunking and ZigBee gateways, the LED lamp includes LED, power circuit, ZigBee module and controller；
The cloud platform generates control instruction, and to the trunking control instruction is sent；
The trunking receives the control instruction that the cloud platform sends, and the control instruction is carried out after protocol conversion to institute
State the transmission of ZigBee gateways；
The ZigBee gateways receive the control instruction that the trunking sends, the ZigBee module in the LED lamp
Send the control instruction；
The power circuit is connected respectively with electrical network and the LED, and the power circuit is converted to civil power and the LED
The unidirectional current of matching, is that the LED is powered；
The ZigBee module receives the control instruction that the ZigBee gateways send, and based on the control instruction control letter is generated
Number, and send the control signal to the controller；
The controller is connected respectively with the power circuit and the ZigBee module, and the controller receives the ZigBee
The control signal that module sends, based on the control signal operation of the power circuit is controlled.
7. intelligent illuminating system according to claim 6, it is characterised in that the trunking is router or exchange
Machine.
8. the intelligent illuminating system according to claim 6 or 7, it is characterised in that
The power circuit of the LED lamp includes rectification module and filtration module；The input of the rectification module and the electricity
Net connection, the outfan of the rectification module be connected with the input of the filtration module, the outfan of the filtration module and
Civil power is converted to the feeder ear connection of the LED, the rectification module unidirectional current matched with the LED, the filter
Ripple module is filtered process to the unidirectional current that the rectification module is exported；The controller of the LED lamp and the filtering mould
Block connects；
The control instruction that the cloud platform is generated includes switching control instruction, and the ZigBee module receives the ZigBee gateways
The switching control instruction of transmission, based on the switching control instruction switch controlling signal is generated, and sends institute to the controller
Switch controlling signal is stated, the controller controls connected filtration module in fortune based on the switch controlling signal for receiving
Row state or closed mode.
9. intelligent illuminating system according to claim 8, it is characterised in that
The LED of the LED lamp is color-adjustable LED；
The power circuit of the LED lamp also includes toning module；The outfan of the filtration module and the toning module
Input connects, and three outfans of the toning module are connected respectively with three feeder ears of the color-adjustable LED；It is described
Controller is also connected with the toning module；
The control instruction that the cloud platform is generated includes toning control instruction, and the ZigBee module receives the ZigBee gateways
The toning control instruction of transmission, based on the toning control instruction toning control signal is generated, and sends institute to the controller
Toning control signal is stated, the controller is based on the connected toning module adjustment three of the toning control signal control for receiving
The parameter of road output current, to adjust the color of the color-adjustable LED.
10. intelligent illuminating system according to claim 8, it is characterised in that
The controller of the LED lamp is additionally operable to：Gather the status information of the LED lamp, by the ZigBee module to
The control system feeds back the status information；
The cloud platform is additionally operable to：Preserve the status information of the LED lamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611232832.1A CN106604467A (en) | 2016-12-28 | 2016-12-28 | LED light fixture and intelligent illumination system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611232832.1A CN106604467A (en) | 2016-12-28 | 2016-12-28 | LED light fixture and intelligent illumination system |
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| CN106604467A true CN106604467A (en) | 2017-04-26 |
Family
ID=58604699
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201611232832.1A Pending CN106604467A (en) | 2016-12-28 | 2016-12-28 | LED light fixture and intelligent illumination system |
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