CN204362352U - Based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication - Google Patents
Based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication Download PDFInfo
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- CN204362352U CN204362352U CN201420752698.8U CN201420752698U CN204362352U CN 204362352 U CN204362352 U CN 204362352U CN 201420752698 U CN201420752698 U CN 201420752698U CN 204362352 U CN204362352 U CN 204362352U
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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
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Abstract
The control signal sent by mobile terminal by wireless Wi-Fi transport module based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication sends to MCU control module, then sends to LED lamp by constant pressure and flow driver module after resolving control signal by MCU control module.Thus constant pressure and flow driver module controls glow color and the brightness of LED lamp.The control signal that MCU control module sends also is transferred to the ad-hoc network of LED lamp by ZigBee module simultaneously, thus can realize the intelligent remote management and control of LED lamp.The above-mentioned high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication is without the need to rewiring, and the long-distance intelligent management and control of LED lamp can be realized by mobile terminal Wi-Fi and ZigBee module, the operating state of LED lamp is gone forward side by side line pipe control to facilitate user to know.
Description
Technical field
The utility model relates to LED control system, particularly relates to a kind of management and control easily based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication.
Background technology
LED lamp due to its advantage such as efficient, energy-conservation, reliable, gradually approve by market, be used widely in various field.The maximum characteristics and advantages of LED lamp is Based Intelligent Control, although there is the product of a lot of intelligent lighting controls in the market, but most of system all needs rewiring, cannot when not changing traditional wiring completely, realize the remote-control of LED illumination, and multi-functional control and the management of LED illumination can not be realized.
Utility model content
Based on this, be necessary to provide a kind of management and control easily based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication.
A kind of high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication, control signal for sending according to mobile terminal controls LED lamp operating state, comprises wireless transport module, MCU control module, bull switch module, ZigBee module and constant pressure and flow driver module;
Described wireless transport module is for connecting described MCU control module and described mobile terminal; Described MCU control module also connects described bull switch module, described ZigBee module and described constant pressure and flow driver module respectively; Described constant pressure and flow driver module connects described LED lamp;
The control signal that described wireless transport module is used for mobile terminal to send is transferred to described MCU control module; Described control signal is for controlling the switch of corresponding LED lamp, glow color, brightness and many scene settings, and the control signal of reception is sent to LED lamp by described constant pressure and flow driver module by described MCU control module;
Described constant pressure and flow driver module controls LED lamp according to the control signal received; Wherein, after the control signal of described MCU module mobile terminal receive, read described control signal and resolve control signal, then control signal is sent to LED lamp by described constant pressure and flow driver module, thus the switch of described constant pressure and flow driver module drived control LED lamp, glow color, brightness and many scene settings;
The control signal that described ZigBee module sends for receiving described MCU control module, and the control signal of reception is transferred to the ad-hoc network of LED lamp;
Described bull switch module controls the glow color of described LED lamp and the output signal of brightness for sending, and described MCU control module is used for controlling according to the output signal of described bull switch module glow color and the brightness that described constant pressure and flow driver module drives described LED lamp.
Wherein in an embodiment, described constant pressure and flow driver module comprises constant voltage source driver module and constant-current driven module;
Constant-current driven module described in described constant voltage source driver module input termination civil power, output termination, described constant-current driven module also connects described MCU control module and described LED lamp respectively; Described constant voltage source driver module exports to described constant-current driven module after being used for that civil power is converted to direct voltage, and described constant-current driven module is used for glow color and the brightness of LED lamp according to the signal controlling received.
Wherein in an embodiment; also comprise LDO linear voltage stabilization module; described LDO linear voltage stabilization module connects described constant-current driven module and described MCU control module respectively, and described LDO linear voltage stabilization module is used for providing thermal overload and current-limiting protection for described MCU control module, described constant-current driven module and described ZigBee module.
Wherein in an embodiment, also comprise the music control module be connected with described MCU control module; Described music control module is used for the music arranged according to glow color and the brightness broadcasting correspondence of described LED lamp.
Wherein in an embodiment, also comprise the memory module be connected with described MCU control module, described memory module is for storing the buffered signal of described MCU control module.
Wherein in an embodiment, described ZigBee module adopts unbalanced antennas connection balun transformer to complete transmission and the reception of data.
Wherein in an embodiment, described ZigBee module adopts internal bias resistance, and described internal bias resistance is used for providing operating current for crystal oscillator.
Wherein in an embodiment, the control signal that described ZigBee module is used for receiving according to described MCU control module gathers the illumination information of LED lamp, dimming information, palette information, music control information.
Wherein in an embodiment, described wireless transport module adopts Wi-Fi transmission.
The above-mentioned control signal sent by mobile terminal by wireless transport module based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication sends to MCU control module, then sends to LED lamp by constant pressure and flow driver module after resolving control signal by MCU control module.Thus constant pressure and flow driver module controls glow color and the brightness of LED lamp.The control signal that MCU control module sends also is transferred to the ad-hoc network of LED lamp by ZigBee module simultaneously, thus can realize the intelligent remote management and control of LED lamp.The above-mentioned high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication, without the need to rewiring, and can realize the long-distance intelligent management and control of LED lamp by mobile terminal and ZigBee module, the operating state of LED lamp is gone forward side by side line pipe control to facilitate user to know.
Accompanying drawing explanation
Fig. 1 is the module map of the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication;
The partial circuit schematic diagram that Fig. 2 (a) is ZigBee module;
The partial circuit schematic diagram that Fig. 2 (b) is ZigBee module;
The partial circuit schematic diagram that Fig. 2 (c) is ZigBee module.
Embodiment
As shown in Figure 1, the module map of high-efficiency energy-saving LED illuminator for communicating based on WI-FI+ZigBee.
A kind of high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication, control signal for sending according to mobile terminal controls LED lamp operating state, comprises wireless transport module 101, MCU control module 102, bull switch module 103, ZigBee module 104 and constant pressure and flow driver module (not shown).
Described wireless transport module 101 is for connecting described MCU control module 102 and described mobile terminal; Described MCU control module 102 also connects described bull switch module 103, described ZigBee module 104 and described constant pressure and flow driver module (not shown) respectively; Described constant pressure and flow driver module (not shown) connects described LED lamp.
Described wireless transport module 101 is transferred to described MCU control module 102 for the control signal sent by mobile terminal; Described control signal is for controlling the switch of corresponding LED lamp, glow color, brightness and many scene settings, and the control signal of reception is sent to LED lamp by described constant pressure and flow driver module (not shown) by described MCU control module 102.
Described constant pressure and flow driver module (not shown) controls LED lamp according to the control signal received; Wherein, after the control signal of described MCU module 102 mobile terminal receive, read described control signal and resolve control signal, then control signal is sent to LED lamp by described constant pressure and flow driver module (not shown), thus the switch of described constant pressure and flow driver module (not shown) drived control LED lamp, glow color, brightness and many scene settings.
The control signal that described ZigBee module 104 sends for receiving described MCU control module 102, and the control signal of reception is transferred to the ad-hoc network of LED lamp.
Described bull switch module 103 controls the glow color of described LED lamp and the output signal of brightness for sending, and described MCU control module 102 is for controlling glow color and the brightness that described constant pressure and flow driver module (not shown) drives described LED lamp according to the output signal of described bull switch module 103.
Wireless transport module 101 adopts Wi-Fi to transmit.
High-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication adopts Wi-Fi transmission, for sending the control signal that mobile terminal exports to MCU control module 102.Wherein, mobile terminal comprises mobile phone, panel computer, notebook computer, iPad etc.
Constant pressure and flow driver module (not shown) comprises constant voltage source driver module 106 and constant-current driven module 105.
Described constant voltage source driver module 106 inputs termination civil power, exports constant-current driven module 105 described in termination, and described constant-current driven module 105 also connects described MCU control module 102 and described LED lamp respectively; Described constant voltage source driver module 106 exports to described constant-current driven module 105 after civil power is converted to direct voltage, and described constant-current driven module 105 is for the glow color of LED lamp and brightness according to the signal controlling received.
High-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication also comprises LDO (low dropoutregulator; low pressure difference linear voltage regulator) linear voltage stabilization module 107; described LDO linear voltage stabilization module 107 connects described constant-current driven module 105 and described MCU control module 102 respectively, and described LDO linear voltage stabilization module 107 is for providing thermal overload and current-limiting protection for described MCU control module 102, described constant-current driven module 105 and described ZigBee module 104.
High-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication also comprises the music control module 108 be connected with described MCU control module 102; The music of described music control module 108 for arranging according to glow color and the brightness broadcasting correspondence of described LED lamp.
High-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication also comprises the memory module be connected with described MCU control module 102, and described memory module is for storing the buffered signal of described MCU control module 102.
ZigBee module 104 adopts unbalanced antennas connection balun transformer to complete transmission and the reception of data.
ZigBee module 104 adopts internal bias resistance, and described internal bias resistance is used for providing operating current for crystal oscillator.
ZigBee module 104 gathers the illumination information of LED lamp, dimming information, palette information, music control information for the control signal received according to described MCU control module 102.
Hop algorithm is the performance of ZigBee uniqueness, and be that lamp locker MANET realizes, WiFi only has relay function, realizes the transmission of long distance or use through walls.
Define three kinds of device types based on ZigBee: 1) ZigBee telegon (ZigBee Coordinator, ZC), for the initialization network information, each network only has a ZC;
2) ZigBee router (ZigBee Router, ZR), it plays supervision or control action, but it is also router or the repeater of using frequency-hopping mode transmission of information;
3) ZigBee terminal equipment (ZigBee End Device, ZED), it only have supervision or controlling functions, transceiving data information can be carried out with router, can not do route or in then use.
In LED lamp, increase ZigBee module 104, utilize ZigBee router (ZigBee Router, ZR) unique frequency-hopping mode transmission, then at the router passing to the WiFi information possessing relay function after carrying out data interaction with MCU control module 102, wireless transport module 101, mobile terminal, utilize the repeater of Wi-Fi to realize long distance (to realize 50-100 rice in covering chamber, the long range propagation of outdoor 200-300 rice) transmission, effective address signal property difference through walls and cause the signal attenuation of the decay of signal or long distance.Thus Wi-Fi signal is strengthened.Meanwhile, the illumination information of LED lamp, dimming information, palette information and music control information can be transferred to mobile terminal by ad-hoc network.
As shown in Fig. 2 (a)-(c), be the circuit theory diagrams of ZigBee module.
As shown in Fig. 2 (a), ZigBee module 104 comprises: chip CPU Core, electric capacity C19, electric capacity C21, electric capacity C52, electric capacity C53, electric capacity C48, electric capacity C54, electric capacity C55, electric capacity C57, electric capacity C58 and crystal oscillator XTAL-1.The loop-c end of electric capacity C48 mono-chip termination CPU Core, other end ground connection.The VDD-vco termination 3V power supply of chip CPU Core, electric capacity C53 mono-termination 3V power supply, other end ground connection.The VDD-CP termination 3V power supply of chip CPU Core, electric capacity C52 mono-termination 3V power supply, other end ground connection.The VDD-PLL termination 3V power supply of chip CPU Core, electric capacity C19 mono-termination 3V power supply, other end ground connection.VDD-A end and the VDD-BG end of chip CPU Core all connect 3V power supply, and one end of electric capacity C55, electric capacity C57 and electric capacity C58 all connects 3V power supply, the equal ground connection of the other end.Two source electrodes of crystal oscillator XTAL-1 connect XTAL-P end and the XTAL-P end of chip CPU Core respectively.The two earth terminal ground connection of crystal oscillator XTAL-1.The XTAL-P end of the one chip termination CPU Core of electric capacity C21, other end ground connection.The XTAL-N end of the one chip termination CPU Core of electric capacity C54, other end ground connection.
As shown in Fig. 2 (b), ZigBee module 104 also comprises antenna A1, electric capacity L1, inductance L 2, inductance L 3, inductance L 4, inductance L 5, high frequency insert interface RFIN-1, electric capacity C7, electric capacity C8, electric capacity C38, electric capacity C37, electric capacity C39, electric capacity C40, electric capacity C43, electric capacity C44 and electric capacity C45.
The one termination inductance L 1 of antenna A1 and the points of common connection of electric capacity C7, the other end ground connection of electric capacity C7.Another termination capacitor C38 of inductance L 1, a termination inductance L 1 of inductance L 2 and the points of common connection of electric capacity C38.The other end ground connection of inductance L 2.High frequency inserts one end ground connection of interface RFIN-1, the points of common connection of another termination capacitor C38 and electric capacity C43.The points of common connection of inductance L 3 one termination capacitor C38 and electric capacity C43, the RF-N end of another chip termination CPU Core.One end ground connection of electric capacity C37, the RF-N end of another chip termination CPU Core.The RF-P end of another chip termination of electric capacity C43 mono-termination capacitor C38 CPU Core.Inductance L 4 two ends connect RF-P end and the XF-N end of chip CPU Core respectively.The RF-P end of inductance L 5 one chip termination CPU Core, another termination 3V power supply.Electric capacity C39 one end ground connection, another termination 3V power supply.Electric capacity C40 one end ground connection, another termination 3V power supply.Electric capacity C44 and electric capacity C45 one end ground connection, the other end all connects 3V power supply.
As shown in Fig. 2 (c), ZigBee module 104 also comprises chip U3, resistance R1, electric capacity C4, electric capacity C50, electric capacity C34, crystal oscillator Y2, resistance R5, resistance R3 and resistance R4.
The SPI/I2C end of resistance R3 mono-chip termination CPU Core, another termination 3.3V power supply.The SPI/I2C end of resistance R4 mono-chip termination CPU Core, other end ground connection.The two ends of crystal oscillator Y2 connect XTAL32-P end and the XTAL32-N end of chip CPU Core respectively.Resistance R5 is in parallel with crystal oscillator Y2.The XTAL32-P end of electric capacity C50 mono-termination CPU Core, other end ground connection.The XTAL32-N end of electric capacity C34 mono-termination CPU Core, other end ground connection.
The model of chip U3 is 7904.The A end input MPU CLK signal of chip U3, power supply VCC termination 3V power supply, electric capacity C4 mono-termination 3V power supply, other end ground connection.The Y end of resistance R1 mono-chip termination U3, the XTAL32-P end of another termination CPU Core.
Above-mentioned CPU is the radio system single-chip meeting 802.15.14/ZigBee technology completely.Be applicable to the wireless network node of various ZigBee or similar ZigBee, comprise tuner, router and terminal equipment.The advantages such as its tool low power consumption, network node are many, long transmission distance, hardware supports CSMA/CA function; Digitized RSSI/LQI supports.
CPU Core circuit theory:
CPU Core circuit is just by unbalanced antennas, and the device connecting balun transformer completes the transmission and reception of data, and total meets the requirement of RF I/O build-out resistor (50 Ω).Inner T/R switched circuit completes the exchange between LNA and PA.CPU Core adopts internal bias resistance, and this resistance is mainly used to as the crystal oscillator of 32MHz provides a suitable operating current.The crystal oscillating circuit of a 32MHz is formed with the quartz resonator (XTAL1) of 1 32MHz and 2 electric capacity (C50 and C34).The crystal oscillating circuit of a 32.768kHz is formed with the quartz resonator (XTAL2) of 1 32.768kHz and 2 electric capacity (C43 and C38, C7).Voltage regulator is that the pin of all 1.8V of requirement voltage and internal electric source are powered, C44 and C45 electric capacity is decoupling capacitance, is used for power filter, to improve the stability of chip operation.
Based on above-mentioned all embodiments, constant voltage source driver module 106 adopts chip L6562, constant-current driven module 105 adopts chip LM3414, LDO linear voltage stabilization module 107 to adopt chip L120B, and this supporting Power Management Design scheme can make LED lamp have energy-efficient property and high reliability.
Based on above-mentioned all embodiments, Wi-Fi transmission adopts chip BCM43362, and ZigBee module 104 adopts chip CC2538.By ZigBee communication network, realize LED lamp MANET and (any group can be established, lamp is apart from 5 ~ 15 meters) or the access of single lamp and systems connection, carry out the intelligent remote centralized managements such as real-time LED illumination information gathering, transmission and timing switch, light modulation, toning, music, multi-mode scene simultaneously.
Adopt SPD exploitation based on Android or IOS embedded software operating system in the terminal.This system comprises BSP (Board Support Package) bottom software, APP (Application) application layer software, MPEG (MP5) decoding software, MCU system logic process software, the bus (CAN of WinCE system, LIN, IEBUS) reading/application management software, UI design etc.
This systems soft ware embeds the front-end control facilitieses such as user's smart mobile phone, panel computer, and can be worked by management and control LED receiving terminal by WiFi communication, easy to use, function can expand, software is easily upgraded.
Based on above-mentioned all embodiments, the operation principle based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication is as follows:
MCU control module 102 receives control signal from wireless transport module 101 or the output signal of bull switch module 103.Then according to the output signal of control signal or bull switch module 103, by constant pressure and flow driver module, the output signal of control signal or bull switch module 103 is exported to LED lamp, thus described constant pressure and flow driver module controls glow color and the brightness of LED lamp.Namely user controls the operating state of LED lamp by mobile terminal, also can be controlled the operating state of LED lamp by bull switch module 103.Meanwhile, adopt ZigBee module 104 to receive the control signal of MCU control module 102 transmission, and control signal is transferred to the ad-hoc network of LED lamp.While transmission of control signals, gather the data such as the illumination information of LED lamp, transmission and timing switch, light modulation, toning, music, multi-mode scene according to control signal, and feed back to mobile terminal, thus realize the intelligent remote centralized management of LED lamp.
The above-mentioned control signal sent by mobile terminal by wireless Wi-Fi transport module 101 based on the high-efficiency energy-saving LED illuminator of WI-FI+ZigBee communication sends to MCU control module 102, then sends to LED lamp by constant pressure and flow driver module after resolving control signal by MCU control module 102.Thus described constant pressure and flow driver module controls glow color and the brightness of LED lamp.The control signal that MCU control module 102 sends also is transferred to the ad-hoc network of LED lamp by ZigBee module 104 simultaneously, thus realizes the intelligent remote management and control of LED lamp.The above-mentioned high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication, without the need to rewiring, and can realize the long-distance intelligent management and control of LED lamp by mobile terminal and ZigBee module 104, the operating state of LED lamp is gone forward side by side line pipe control to facilitate user to know.
Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this specification is recorded.
The above embodiment only have expressed several execution mode of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection range of the present utility model.Therefore, the protection range of the utility model patent should be as the criterion with claims.
Claims (9)
1. the high-efficiency energy-saving LED illuminator based on Wi-Fi+ZigBee communication, control signal for sending according to mobile terminal controls LED lamp operating state, it is characterized in that, comprise wireless transport module, MCU control module, bull switch module, ZigBee module and constant pressure and flow driver module;
Described wireless transport module is for connecting described MCU control module and described mobile terminal; Described MCU control module also connects described bull switch module, described ZigBee module and described constant pressure and flow driver module respectively; Described constant pressure and flow driver module connects described LED lamp;
The control signal that described wireless transport module is used for mobile terminal to send is transferred to described MCU control module; Described control signal is for controlling the switch of corresponding LED lamp, glow color, brightness and many scene settings, and the control signal of reception is sent to LED lamp by described constant pressure and flow driver module by described MCU control module;
Described constant pressure and flow driver module controls LED lamp according to the control signal received; Wherein, after the control signal of described MCU module mobile terminal receive, read described control signal and resolve control signal, then control signal is sent to LED lamp by described constant pressure and flow driver module, thus the switch of described constant pressure and flow driver module drived control LED lamp, glow color, brightness and many scene settings;
The control signal that described ZigBee module sends for receiving described MCU control module, and the control signal of reception is transferred to the ad-hoc network of LED lamp;
Described bull switch module controls the glow color of described LED lamp and the output signal of brightness for sending, and described MCU control module is used for controlling described constant pressure and flow driver module according to the output signal of described bull switch and drives the switch of described LED lamp, glow color, brightness and many scene settings.
2. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, it is characterized in that, described constant pressure and flow driver module comprises constant voltage source driver module and constant-current driven module;
Constant-current driven module described in described constant voltage source driver module input termination civil power, output termination, described constant-current driven module also connects described MCU control module and described LED lamp respectively; Described constant voltage source driver module exports to described constant-current driven module after being used for that civil power is converted to direct voltage, and described constant-current driven module is used for glow color and the brightness of LED lamp according to the signal controlling received.
3. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 2; it is characterized in that; also comprise LDO linear voltage stabilization module; described LDO linear voltage stabilization module connects described constant-current driven module and described MCU control module respectively, and described LDO linear voltage stabilization module is used for providing thermal overload and current-limiting protection for described MCU control module, described constant-current driven module and described ZigBee module.
4. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, is characterized in that, also comprise the music control module be connected with described MCU control module; Described music control module is used for the dynamic representation playing corresponding music according to the glow color of described LED lamp and brightness.
5. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, it is characterized in that, also comprise the memory module be connected with described MCU control module, described memory module is for storing the buffered signal of described MCU control module.
6. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, is characterized in that, described ZigBee module adopts unbalanced antennas connection balun transformer to complete transmission and the reception of data.
7. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, is characterized in that, described ZigBee module adopts internal bias resistance, and described internal bias resistance is used for providing operating current for crystal oscillator.
8. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, it is characterized in that, the control signal that described ZigBee module is used for receiving according to described MCU control module gathers the illumination information of LED lamp, dimming information, palette information, music control information.
9. the high-efficiency energy-saving LED illuminator based on WI-FI+ZigBee communication according to claim 1, is characterized in that, described wireless transport module adopts Wi-Fi transmission.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105327457A (en) * | 2015-10-14 | 2016-02-17 | 惠州市光子科技有限公司 | 430 nm LED aesthetic lamp and intelligent control method thereof |
| CN105327374A (en) * | 2015-10-14 | 2016-02-17 | 惠州市光子科技有限公司 | 405 nm LED sterilizing lamp and intelligent control method thereof |
| WO2016086740A1 (en) * | 2014-12-03 | 2016-06-09 | 深圳市裕富照明有限公司 | Efficient and energy saving led illumination system based on wi-fi+zigbee communication |
-
2014
- 2014-12-03 CN CN201420752698.8U patent/CN204362352U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016086740A1 (en) * | 2014-12-03 | 2016-06-09 | 深圳市裕富照明有限公司 | Efficient and energy saving led illumination system based on wi-fi+zigbee communication |
| CN105722284A (en) * | 2014-12-03 | 2016-06-29 | 深圳市裕富照明有限公司 | Energy-efficient LED lighting system based on WI-FI + ZigBee communication |
| CN105327457A (en) * | 2015-10-14 | 2016-02-17 | 惠州市光子科技有限公司 | 430 nm LED aesthetic lamp and intelligent control method thereof |
| CN105327374A (en) * | 2015-10-14 | 2016-02-17 | 惠州市光子科技有限公司 | 405 nm LED sterilizing lamp and intelligent control method thereof |
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