CN206332885U - Remote lighting control system based on internet of things - Google Patents
Remote lighting control system based on internet of things Download PDFInfo
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- CN206332885U CN206332885U CN201620959255.5U CN201620959255U CN206332885U CN 206332885 U CN206332885 U CN 206332885U CN 201620959255 U CN201620959255 U CN 201620959255U CN 206332885 U CN206332885 U CN 206332885U
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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 utility model discloses a kind of remote lighting control system based on Internet of Things, the problem of illumination can not being given people in time for light fixture, there is provided following technical scheme, including lighting apparatus, RFID range units, ZIGBEE wireless sending modules, ZIGBEE wireless receiving modules, D/A converter and lighting control circuit, when RFID range units, which detect the distance between people and light units, is less than reference range, lighting control circuit control lighting apparatus starts illumination, judge whether lighting apparatus needs to light so as to the actual range according to people and lighting apparatus, situation about being illuminated can not be opened in time to corresponding position back lighting equipment by avoiding people, realize people walk where, lighting apparatus where is automatically illuminated, give people more intelligence and comfortable experience, the trouble of manually opened lighting apparatus is eliminated simultaneously, bring facility, in addition, the distance that people leaves is more than light automatic distinguishing after reference range, more energy-conservation.
Description
Technical field
The utility model is related to Lighting control field, more specifically, it relates to a kind of remote illumination based on Internet of Things
Control system.
Background technology
To factory, large-scale shopping center, cell or store in a warehouse place Lighting control mainly take manually, time control, light
The modes such as control, what these control modes will at least be implemented on the basis of cable network, it is impossible to remote control, it is impossible to feedback states
Information, administrative department needs to continue to use traditional manual inspection and comes that passive management quantity is more and widespread lighting apparatus, wastes big
Human and material resources are measured, there is very big inconvenience in terms of operation and maintenance.
Internet of Things is the important component of generation information technology, and Internet of Things refers to：By information sensing device, by about
Fixed agreement, is connected object with internet, enters row information and exchanges and communicate, to realize Weigh sensor to object, fixed
Position, tracking, monitoring and a kind of network managed.Compared with traditional internet, Internet of Things has its distinct feature, first, it
It is the extensive use of various cognition technologies.The polytype sensor of magnanimity, the data that sensor is obtained are deployed on Internet of Things
With real-time, by the collection environmental information of certain frequency cycle, data are constantly updated；Secondly, it is a kind of sets up
Ubiquitous Network on internet, the important foundation and core of technology of Internet of things are still internets；Further, Internet of Things is not only carried
The connection of sensor is supplied, itself also has the ability of Intelligent treatment, can implement Based Intelligent Control to object.
At present, the Chinese patent of Application No. 201120280276.1 discloses a kind of remote illumination control based on Internet of Things
System processed, it includes at least one light fixture, and each light fixture is sequentially connected illumination data acquisition and control device, Internet of Things and sends control
Device processed, each Internet of Things sends controller and is connected by Internet of Things with central controller, in the room or passageway of needs on demand
Different or same type of light fixture is installed, the running state data of light fixture is gathered by illuminating data acquisition and control device, will
The data of collection and the address information of this light fixture are sent to Internet of Things and send controller, and Internet of Things sends controller and passes through Internet of Things
Central controller is sent to, by the processing of central controller, corresponding control information and address information are sent out by Internet of Things
Send controller to return to corresponding illumination data acquisition and control device, control is illuminated to corresponding light fixture.
Although this remote lighting control system based on Internet of Things can remote control illumination, the system is by setting
The mode of time for determining light fixture startup controls lamp luminescence, and this just appears in someone, but setting lamp luminescence when
Between do not arrive, the situation that light fixture can not be illuminated in time brings inconvenience, therefore with improved space.
Utility model content
In view of the shortcomings of the prior art, the purpose of this utility model is to provide a kind of long-range photograph based on Internet of Things
Bright control system, can be according to whether someone's arrival be illuminated automatically.
To achieve the above object, the utility model provides following technical scheme：
A kind of remote lighting control system based on Internet of Things, including lighting apparatus, also include
RFID range units, for measuring the distance of people's range blanking equipment, and export distance detection data signal；
ZIGBEE wireless sending modules, are coupled to RFID range units to receive distance detection data signal, and by distance
Detection data signal is converted into wireless signal and sent；
ZIGBEE wireless receiving modules, for receiving the wireless signal that ZIGBEE wireless sending modules are sent, and will be wireless
Signal is converted into distance detection data signal；
D/A converter, for distance detection analog signal will to be converted into apart from detection data signal；
Lighting control circuit, with reference signal corresponding with reference range, is coupled to D/A converter to receive distance inspection
Analog signal is surveyed, and compares distance detection analog signal with the size of reference signal voltage value to control lighting apparatus to be shone
It is bright；
When the distance of people's range blanking equipment is less than reference range, lighting control circuit control lighting apparatus is shone
It is bright.
Using above-mentioned technical proposal, the RFID range unit moment detects the distance between people and light units, and will with away from
ZIGBEE wireless sending modules are delivered to from detection data signal with a distance from corresponding, ZIGBEE wireless sending modules will be apart from detection
Data signal is converted into wireless signal and sent, and ZIGBEE wireless receiving modules receive and again convert wireless signal after wireless signal
For distance detection data signal, distance detection analog signal conveying is then converted to by D/A converters apart from detection data signal
To lighting control circuit, lighting control circuit has and reference signal, and reference signal starts the stand-off of illumination with lighting apparatus
From correspondence, when RFID range units, which detect the distance between people and light units, is less than reference range, lighting control circuit
Control lighting apparatus start illumination, judge so as to the actual range according to people and lighting apparatus lighting apparatus whether needs
It is luminous, it is to avoid people can not open situation about being illuminated in time to corresponding position back lighting equipment, realize which people goes to
In, lighting apparatus where is automatically illuminated, and more intelligence and comfortable experience is given people, while eliminating manually opened
The trouble of lighting apparatus, brings facility, in addition, the distance that people leaves is more than light automatic distinguishing after reference range, more
Supernumerary segment energy.
It is preferred that, the lighting control circuit includes
Comparison circuit, with reference signal, be coupled to D/A converter with receive distance detection analog signal, and compare away from
From the size of detection analog signal and reference signal voltage value to export comparison signal；
First switch circuit, is coupled to comparison circuit to receive comparison signal, and in response to comparison signal break-make to control
Lighting apparatus is illuminated.
Using above-mentioned technical proposal, comparison circuit is coupled to D/A converter to receive distance detection signal and will be apart from inspection
Comparison signal is exported after analog signal is surveyed compared with reference signal, and first switch circuit is in response to being coupled to comparison circuit to connect
Receive comparison signal and in response to comparison signal break-make, first switch circuit controls lighting apparatus to be sent out by the break-make of itself
Light, realizes and is illuminated according to the lighting apparatus that automatically controlled apart from size of people and lighting apparatus, bring facility.
It is preferred that, the lighting control circuit also includes being coupled to second switch circuit and in response to second switch circuit
Break-make so that lighting apparatus gradually it is bright fade off gradually bright fade off control circuit.
Using above-mentioned technical proposal, second switch circuit be coupled with it is gradually bright fade off control circuit, control lighting apparatus hair
Light time, gradually the bright control circuit that fades off control lighting apparatus by secretly gradually being brightened to bright, it is to avoid human eye contacts high light and caused suddenly
Discomfort, in addition, gradually the bright control circuit that fades off equally controls the light of lighting apparatus slowly varying when closed, give comfortable
With the usage experience of safety；This is, when lighting apparatus gradually brightens, and its operating current gradually increases, and is conducive to avoiding electric current from neglecting
So the service life of increase influence lighting apparatus, enhances the protection to lighting apparatus.
It is preferred that, the lighting control circuit also includes drive circuit, triggers circuit and second switch circuit；It is described to drive
Dynamic circuit be coupled to it is gradually bright fade off control circuit, and fade off control circuit in response to gradually bright to drive triggers circuit to work；It is described
Triggers circuit in response to drive circuit control so that second switch circuit turn-on；To illumination after the second switch circuit turn-on
Equipment is powered.
Using above-mentioned technical proposal, drive circuit fades off electric current to drive triggers circuit, triggers circuit quilt in response to gradually bright
Cause second switch circuit turn-on after triggering to be powered to lighting apparatus, and then lighting apparatus is started illumination.
It is preferred that, the triggers circuit includes what is coupled with the illuminating part of drive circuit coupling and with second switch circuit
Photographic department, the illuminating part is in response to the control of drive circuit with luminous, and the photographic department detects the light that illuminating part is sent
After make second switch circuit turn-on.
Using above-mentioned technical proposal, illuminating part is coupled to drive circuit and lighted under the driving of drive circuit, sense
Light portion, which is detected, makes second switch circuit turn-on after the light that illuminating part is sent.
It is preferred that, also including for the gradually bright power circuit for fading off control circuit with stable power supply.
Using above-mentioned technical proposal, it will be powered by power circuit after power supply voltage stabilizing, filtering to the gradually bright control circuit that fades off,
It ensure that the gradually bright steady operation for fading off control circuit.
It is preferred that, the comparison circuit is coupled with the regulation circuit for adjusting reference signal size.
Using above-mentioned technical proposal, comparison circuit is coupled with regulation circuit, and regulation circuit can adjust the big of reference signal
It is small, but the size due to reference signal is corresponding with the reference range for opening lighting apparatus, so unlatching can be set as needed
The distance of lighting apparatus, brings facility.
It is preferred that, the first switch circuit is transistor switching circuit.
Using above-mentioned technical proposal, transistor switching circuit partly, therefore does not have a worry of abrasion without movable contact,
It can use infinitely repeatedly, the switch that the responsiveness of transistor switching circuit is more general is fast, and the opening and closing time typically switched is
Calculated with millisecond, and transistor switching circuit is then with microsecond meter, transistor switching circuit is not quivered phenomenon, utilizes three poles
Pipe on-off circuit drives during inductive load, the moment opened in switch, does not have spark generation, safer.
It is preferred that, the second switch circuit is thyristor switch circuit.
Using above-mentioned technical proposal, after thyristor switch circuit turn-on, even if removing trigger voltage, conducting shape is still maintained
State, the effect with " being triggered at any moment ", in addition, controlling the angle of flow of IGCT, the amount that it is turned on also changes, just as the fire hose
Head twists smaller, and water-carrying capacity is just small, and it is just big to twist bigger water-carrying capacity, so light units easily can be easily controlled as needed
Luminous intensity.
It is preferred that, the drive circuit is four road inverter circuits.
Using above-mentioned technical proposal, inverter driving circuit can increase the driving force to load, the tunnels of Er Jiang tetra- it is anti-
Phase device drive circuit is in parallel, further increases load driving force, supports more subsequent conditioning circuits, the follow-up first device given people
The selection of part provides convenient.
In summary, the utility model has the advantages that：
1. when RFID range units, which detect the distance between people and light units, is less than reference range, signal light control electricity
Road control lighting apparatus start illumination, judge so as to the actual range according to people and lighting apparatus lighting apparatus whether need
Light, it is to avoid people can not open situation about being illuminated in time to corresponding position back lighting equipment, realize people and go to
Where, where automatically it is illuminated, gives people more intelligence and comfortable experience；
2. eliminating the trouble of the manually opened lighting apparatus of people simultaneously, facility is brought, in addition, the distance that people leaves
More than light automatic distinguishing, more energy-conservation after reference range；
3. gradually the bright control circuit that fades off controls lighting apparatus by secretly gradually being brightened to bright, it is to avoid human eye contacts high light suddenly
The discomfort caused, in addition, gradually the bright control circuit that fades off equally controls the light of lighting apparatus slowly varying when closed, gives
Comfortable and safe usage experience.
Brief description of the drawings
Fig. 1 is the theory diagram of embodiment；
Fig. 2 is the circuit theory diagrams of lighting control circuit.
In figure：1st, RFIDA range units；21st, ZIGBEE wireless sending modules；22nd, ZIGBEE wireless receiving modules；3、D/
A converters；4th, lighting control circuit；41st, comparison circuit；411st, circuit is adjusted；42nd, first switch circuit；43rd, it is gradually bright to fade off control
Circuit processed；44th, drive circuit；45th, triggers circuit；451st, illuminating part；452nd, photographic department；46th, second switch circuit；47th, power supply
Circuit；5th, lighting apparatus.
Embodiment
Below in conjunction with the accompanying drawings and embodiment, the utility model is described in detail.
A kind of remote lighting control system based on Internet of Things, reference picture 1, including RFID range units, ZIGBEE are wireless
Sending module 21, ZIGBEE wireless receiving modules 22, ZIGBEE wireless receiving modules 22, D/A converter 3, lighting control circuit 4
And lighting apparatus 5, wherein RFID range units are set together with lighting apparatus, for measuring people's range blanking equipment 5
Distance simultaneously exports distance detection data signal；ZIGBEE wireless sending modules 21 are coupled to RFID range units to receive distance inspection
Data signal is surveyed, and wireless signal will be converted into apart from detection data signal and is sent；ZIGBEE wireless receiving modules 22 are used to connect
The wireless signal that ZIGBEE wireless sending modules 21 are sent is received, and wireless signal is converted into distance detection data signal；D/A turns
Parallel operation 3 is used to that distance detection analog signal will to be converted into apart from detection data signal；Lighting control circuit 4 has and reference range
Corresponding reference signal, is coupled to D/A converter 3 to receive distance detection analog signal, and compare distance detection analog signal
With the size of reference signal voltage value to control lighting apparatus 5 to be illuminated.
A kind of Chinese patent penetrating based on variable power of the RFID range units in Application No. CN201520269855.4
It is disclosed in frequency RFID distance measuring structures, ZIGBEE wireless receiving modules 22, ZIGBEE wireless receiving modules 22 and D/A conversions
Device 3 belongs to not do unnecessary repeat in prior art, the utility model.
Reference picture 2, lighting control circuit 4 includes comparison circuit 41, first switch circuit 42, gradually bright fades off control circuit
43rd, drive circuit 44, triggers circuit 45, second switch circuit 46 and power circuit 47, are disclosed in detail one by one below：
Comparison circuit 41 has reference signal, and the reference signal is corresponding with the reference range for opening lighting apparatus 5, simultaneously
Comparison circuit 41 is coupled to D/A converter 3 to receive distance detection analog signal and compare distance detection analog signal and benchmark
The size of signal voltage value is to export comparison signal, in addition, comparison circuit 41 is coupled with the tune for adjusting reference signal size
Section portion, the physical circuit of comparison circuit 41 is connected as：
Including comparator U1, slide rheostat RW and resistance R1, wherein comparator U1 uses LM339 chips, LM339's
In-phase input end is coupled to D/A converter 3 to receive distance detection analog signal, adjustment portion 411 by slide rheostat RW and
Resistance R1 is constituted, and LM339 inverting input is connected to a slide rheostat RW fixing end, another fixation of slide rheostat
End and sliding end are connected to after power supply, LM339 inverting input series resistance R1 and are grounded, LM339 output end output ratio
Compared with signal.
First switch circuit 42 is coupled to comparison circuit 41 to receive comparison signal, and in response to comparison signal break-make to control
Lighting apparatus 5 processed is illuminated, in the present embodiment, and first switch circuit 42 is transistor switching circuit, specific circuit connection
For：
Triode VT1, resistance R2, relay KM1 open in usual and diode D1, wherein triode VT1 including NPN type
Base stage LM339 output end is connected to receive comparison signal, triode VT1 base stage is connected to after series resistance R2 simultaneously
Power supply, triode VT1 colelctor electrode, which is connected to after power supply, triode VT1 emitter stage SRE KM1, to be grounded, triode
VT1 colelctor electrode is connected to diode D1 negative electrode, diode D1 plus earth simultaneously.
Power circuit 47 is used to provide stable power supply to the gradually bright control circuit 43 that fades off, and power circuit 47 includes resistance
R5, electric capacity C3, diode D2 and diode D3, wherein, resistance R5 one end is connected to power supply, resistance R5 other end connection
In diode D3 negative electrode, diode D3 plus earth,
Gradually it is bright fade off control circuit 43 be coupled to second switch circuit 46 and in response to second switch circuit 46 break-make with
Lighting apparatus 5 is set gradually to light and gradually extinguish when stopping luminous when starting luminous, specific circuit is connected as：Including electricity
R3 and electric capacity C2 is hindered, resistance R3 one end is connected to switch KM1-1 one end, and the switch KM1-1 other end is connected to two poles
Pipe D2 negative electrode, diode D2 anode is connected to diode D3 negative electrode.
Drive circuit 44 is coupled to gradually bright fade off and controls circuit 43, and controls circuit 43 tactile to drive in response to gradually bright fade off
Power Generation Road 45 works, triggers circuit 45 in response to drive circuit 44 control so that second switch circuit 46 is turned on, second switch
Circuit 46 is powered after turning on to lighting apparatus 5, drive circuit 44, triggers circuit 45 and second switch circuit 46 it is specific
It is connected as：
Drive circuit 44 is four road inverter circuits, is constituted using CD4069 chips in the present embodiment, No. four phase inverters are simultaneously
Gone here and there after connection between resistance R3 and resistance R4；
Triggers circuit 45 includes LED, resistance R4, wherein photosensitive triode VT, diode (LED) and resistance
R4 constitutes illuminating part 451, and the anode of diode (LED) is connected to diode D2 negative electrode, the anode series resistance R4 of diode (LED)
After be grounded, photosensitive triode VT constitutes photographic department 452, for detecting light that LED sends and according to whether connecing
Receive to turn on；
Second switch circuit 46 is thyristor switch circuit, and it includes turn-off thyristor VT2, potentiometer RP, Yi Ji electricity
Hinder R6, wherein turn-off thyristor VT2 series connection luminaire（It is bulb L in the present embodiment）After be connected to power supply, can turn off
Photosensitive triode VT transmitting is connected to after IGCT VT2 minus earth, turn-off thyristor VT2 gate pole series resistance R6
Pole, a potentiometer RP fixing end is connected to turn-off thyristor VT2 anode, potentiometer RP another fixing end and slip
End is connected to photosensitive triode VT emitter stage.
The operation principle and the course of work of the present embodiment：
When people moves closer to light units, DFID range units detect the distance of people's range blanking equipment 5 and will be away from
ZIGBEE wireless sending modules 21 are delivered to from detection data signal, ZIGBEE wireless sending modules 21 will be apart from detection numeral letter
Number being converted into wireless signal sends, ZIGBEE wireless receiving modules 22 receive after wireless signal again by wireless signal be converted into away from
From detection data signal, distance detection analog signal is and then converted to by D/A converters apart from detection data signal and is delivered to
Lighting control circuit 4, LM339 in-phase input end receives distance detection analog signal, and will apart from detection analog signal with
Reference signal is compared, and wherein reference signal is provided by slide rheostat RW and resistance R1 partial pressures.
When the distance between people and lighting apparatus 5 are less than reference range, the magnitude of voltage of distance detection analog signal is less than
The magnitude of voltage of reference signal, LM339 exports low level comparison signal, and triode VT1 is received after low level comparison signal
Cut-off, so that the wholly off work of follow-up circuit, lighting apparatus 5 does not start illumination.
When the distance between people and lighting apparatus 5 are more than reference range, the magnitude of voltage of distance detection analog signal is more than
The magnitude of voltage of reference signal, LM339 exports the comparison signal of high level, and triode VT1 is received after low level comparison signal
Conducting, then relay KM1, which obtains electric work, closes switch KM1-1, and after switch KM1-1 closures, power supply is first through resistance R5, electricity
The power circuit 47 for holding C3, diode D2 and diode D3 compositions is depressured, voltage stabilizing, exported to follow-up electricity after filter rectification
Road, then power supply after resistance R3 to electric capacity C2 charge, the voltage at C2 two ends becomes larger during charging, and then four tunnels are anti-
Phase device driving LED lights, because driving voltage gradually increases, so LED brightness is gradually strengthened,
And photosensitive triode VT is detected after light intensity gradually brightens, equivalent resistance diminishes, by photosensitive triode VT and resistance R6 partial pressure
Relation, so the control voltage that IGCT VT2 gate pole is received also gradually increase as LED gradually brightens, so pass through lamp
The increasing of L is steeped, it is achieved thereby that gradually brightening when lighting apparatus 5 starts luminous, in addition, operating current gradually increases,
Be conducive to the service life for avoiding electric current from increasing influence lighting apparatus 5 suddenly, enhance the protection to lighting apparatus 5.
When people is gradually distance from lighting apparatus 5, after reference range, switch KM1-1 recovers to disconnect, now electric capacity C2
Start electric discharge so that LED can be slowly dimmed, and then the operating current that IGCT VT2 controls bulb L passes through
It is gradually reduced, after IGCT VT2 gate pole, which receives switch KM1-1, disconnects the negative pulse produced, IGCT VT2 disconnects, from
And bulb L automatic distinguishings, save power supply.
The above is only preferred embodiment of the present utility model, and protection domain of the present utility model is not limited merely to
Above-described embodiment, all technical schemes belonged under the utility model thinking belong to protection domain of the present utility model.It should refer to
Go out, for those skilled in the art, some improvement under the premise of the utility model principle is not departed from and
Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (10)
1. a kind of remote lighting control system based on Internet of Things, including lighting apparatus (5), it is characterized in that：Also include
RFID range units, for measuring the distance of people's range blanking equipment (5), and export distance detection data signal；
ZIGBEE wireless sending modules (21), are coupled to RFID range units to receive distance detection data signal, and by distance
Detection data signal is converted into wireless signal and sent；
ZIGBEE wireless receiving modules (22), for receiving the wireless signal that ZIGBEE wireless sending modules (21) are sent, and will
Wireless signal is converted into distance detection data signal；
D/A converter (3), for distance detection analog signal will to be converted into apart from detection data signal；
Lighting control circuit (4), with reference signal corresponding with reference range, is coupled to D/A converter (3) to receive distance
Analog signal is detected, and compares distance detection analog signal with the size of reference signal voltage value to control lighting apparatus (5) to enter
Row illumination；
When the distance of people's range blanking equipment (5) is less than reference range, lighting control circuit (4) control lighting apparatus (5) enters
Row illumination.
2. the remote lighting control system according to claim 1 based on Internet of Things, it is characterized in that：The signal light control electricity
Road (4) includes
Comparison circuit (41), with reference signal, is coupled to D/A converter (3) to receive distance detection analog signal, and compare
Distance detects analog signal with the size of reference signal voltage value to export comparison signal；
First switch circuit (42), is coupled to comparison circuit (41) to receive comparison signal, and in response to comparison signal break-make with
Control lighting apparatus (5) is illuminated.
3. the remote lighting control system according to claim 2 based on Internet of Things, it is characterized in that：The signal light control electricity
Road (4) also include be coupled to second switch circuit (46) and in response to second switch circuit (46) break-make so that lighting apparatus
(5) gradually bright gradually bright fade off faded off controls circuit (43).
4. the remote lighting control system according to claim 3 based on Internet of Things, it is characterized in that：The signal light control electricity
Road (4) also includes drive circuit (44), triggers circuit (45) and second switch circuit (46)；Drive circuit (44) coupling
In gradually it is bright fade off control circuit (43), and in response to gradually it is bright fade off control circuit (43) with drive triggers circuit (45) work；Institute
Triggers circuit (45) is stated in response to the control of drive circuit (44) so that second switch circuit (46) is turned on；The second switch electricity
It is powered after the conducting of road (46) to lighting apparatus (5).
5. the remote lighting control system according to claim 4 based on Internet of Things, it is characterized in that：The triggers circuit
(45) illuminating part (451) coupled with drive circuit (44) and the photographic department coupled with second switch circuit (46) are included
(452), the illuminating part (451) is in response to the control of drive circuit (44) to light, and the photographic department (452) detects luminous
Turn on second switch circuit (46) after the light that portion (451) is sent.
6. the remote lighting control system according to claim 3 based on Internet of Things, it is characterized in that：Also include being used for gradually
It is bright to fade off the power circuit (47) that control circuit (43) provides stabilized power source.
7. the remote lighting control system according to claim 2 based on Internet of Things, it is characterized in that：The comparison circuit
(41) it is coupled with the regulation circuit (411) for adjusting reference signal size.
8. the remote lighting control system according to claim 2 based on Internet of Things, it is characterized in that：The first switch electricity
Road (42) is transistor switching circuit.
9. the remote lighting control system according to claim 4 based on Internet of Things, it is characterized in that：The second switch electricity
Road (46) is thyristor switch circuit.
10. the remote lighting control system according to claim 4 based on Internet of Things, it is characterized in that：The drive circuit
(44) it is four road inverter circuits.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620959255.5U CN206332885U (en) | 2016-08-26 | 2016-08-26 | Remote lighting control system based on internet of things |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620959255.5U CN206332885U (en) | 2016-08-26 | 2016-08-26 | Remote lighting control system based on internet of things |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206332885U true CN206332885U (en) | 2017-07-14 |
Family
ID=59285867
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620959255.5U Active CN206332885U (en) | 2016-08-26 | 2016-08-26 | Remote lighting control system based on internet of things |
Country Status (1)
| Country | Link |
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| CN (1) | CN206332885U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107787101A (en) * | 2017-09-27 | 2018-03-09 | 合肥艾斯克光电科技有限责任公司 | A kind of means of illumination followed based on AGV dollies |
| CN110338124A (en) * | 2019-07-04 | 2019-10-18 | 佛山科学技术学院 | A kind of intelligence aquaculture system |
-
2016
- 2016-08-26 CN CN201620959255.5U patent/CN206332885U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107787101A (en) * | 2017-09-27 | 2018-03-09 | 合肥艾斯克光电科技有限责任公司 | A kind of means of illumination followed based on AGV dollies |
| CN110338124A (en) * | 2019-07-04 | 2019-10-18 | 佛山科学技术学院 | A kind of intelligence aquaculture system |
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