CN107708268A - Room lighting power supply smart control system - Google Patents
Room lighting power supply smart control system Download PDFInfo
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- CN107708268A CN107708268A CN201711185691.7A CN201711185691A CN107708268A CN 107708268 A CN107708268 A CN 107708268A CN 201711185691 A CN201711185691 A CN 201711185691A CN 107708268 A CN107708268 A CN 107708268A
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- 101100509022 Arabidopsis thaliana IRM1 gene Proteins 0.000 claims description 11
- 230000003287 optical effect Effects 0.000 claims description 2
- 238000005284 basis set Methods 0.000 claims 1
- 206010011409 Cross infection Diseases 0.000 description 2
- 206010029803 Nosocomial infection Diseases 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 230000000903 blocking effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
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Classifications
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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]
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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
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/105—Controlling the light source in response to determined parameters
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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
- Y02B20/30—Semiconductor lamps, e.g. solid state lamps [SSL] light emitting diodes [LED] or organic LED [OLED]
-
- 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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- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
The invention discloses a kind of room lighting power supply smart control system, including radiating circuit, electric power starting control circuit, power supply to disconnect control circuit, holding circuit and drive circuit；The radiating circuit disconnects control circuit with electric power starting control circuit, power supply respectively by infrared signal and is connected；The electric power starting control circuit electrically connects with holding circuit；The power supply disconnects control circuit and electrically connected with holding circuit；The holding circuit electrically connects with drive circuit；The drive circuit, which is used to control with room lighting power circuit, to be connected.
Description
Technical field
The present invention relates to a kind of Lighting Control Assembly, more particularly to a kind of room lighting power supply smart control system.
Background technology
Human lives also be unable to do without lamp lighting, especially house room lighting in one day.At present, the control master of room lighting
Hand switch is used, the on and off of electric light must be controlled manually, it is impossible to realization automatically controls, although simply, not enough
It is convenient, less intelligently.Moreover, hand switch touches through conventional hand, germ is also easily propagated, cross-infection is caused, does not meet green
Color environmental protection concept.
Also there is the light switch using acoustic control or touch in some passageways, to realize that illumination automatically controls.It is but this
Switch is all to possess delay function, i.e. lamp bright certain time i.e. automatic closing.Obviously, this kind of switch is not suitable for indoor photograph at home
It is bright.
In order to realize that house room lighting automatically controls, also have using monolithic processor controlled light switch, but structure is answered
It is miscellaneous, cost is high, and be to use remote control mode, it is still not convenient enough.
Now there is an urgent need to provide the room lighting power supply smart control system that a kind of cost is low, easy to use, to realize
House room lighting automatically controls.
The content of the invention
Technical problem solved by the invention is to provide a kind of cost low, easy to use, green room lighting
Power supply smart control system.
In order to solve the above-mentioned technical problem, room lighting power supply smart control system of the invention, including radiating circuit, electricity
Source open control circuit, power supply disconnect control circuit, holding circuit and drive circuit；
The radiating circuit disconnects control circuit with electric power starting control circuit, power supply respectively by infrared signal and is connected, with
The signal that the signal that personnel are got in is transmitted to electric power starting control circuit, walks out personnel from interior is transmitted to power supply and disconnects control
Circuit processed；
The electric power starting control circuit is electrically connected with holding circuit, and the signal for opening mains lighting supply is transmitted into holding circuit
Electricity；
The power supply disconnects control circuit and electrically connected with holding circuit, and holding circuit is transmitted to will be switched off the signal of mains lighting supply
Electricity；
The holding circuit is electrically connected with drive circuit, and the signal for turning on or off mains lighting supply is transmitted into drive circuit；
The drive circuit, which is used to control with room lighting power circuit, to be connected, to control room lighting power supply to open or close.
Preferably, the radiating circuit includes time-base integrated circuit, triode QA, triode QB, the pole of infraluminescence two
Pipe VD1 and infrarede emitting diode VD2；1 pin of the time-base integrated circuit is connected with 14 pin by resistance R17,1 pin and 2 pin
Connected by resistance R18,2 pin are connected with 6 pin and connected by the negative pole of electric capacity C4 connection dc sources, 3 pin by electric capacity C5
The negative pole of dc source, 4 pin are connected with 9 pin, 5 pin by electric capacity C8 connecting triodes QA base stage, 7 pin connection dc source
Negative pole, 8 pin are connected with 12 pin and connect the positive pole of dc source, 11 pin by the negative pole of electric capacity C6 connection dc sources, 10 pin
By the negative pole of electric capacity C7 connection dc sources, 12 pin are connected with 13 pin by resistance R20, and 13 pin are straight by resistance R19 connections
The positive pole of power supply is flowed, 14 pin connect the positive pole of dc source；The negative pole of the emitter stage connection dc source of the triode QA, collection
The positive pole that electrode passes through resistance R22 connection dc sources；The base stage connecting triode QA of triode QB colelctor electrode, transmitting
Pole connect dc source negative pole, colelctor electrode by infrarede emitting diode VD2, infrarede emitting diode VD1 and resistance R23 according to
The secondary positive pole for being connected in series in dc source；The positive pole that the base stage of the triode QA passes through resistance R21 connection dc sources.
Preferably, the electric power starting control circuit include infrared receiver component IRM1, triode Q1, triode Q2,
Light emitting diode VD3, photo resistance RL1, triode Q3 and relay J1；The 3 and 2 pin difference of the infrared receiver component IRM1
Connect the both positive and negative polarity of dc source, the base stage that its 1 pin passes through electric capacity C1 connecting triodes Q1；The emitter stage of the triode Q1 connects
The negative pole of dc source is connect, the positive pole that its colelctor electrode passes through resistance R2 connection dc sources；The base stage connection of the triode Q2
Triode Q1 colelctor electrode, emitter stage connect the negative pole of dc source, and its colelctor electrode passes through light emitting diode VD3 connection direct currents
The positive pole in source, the positive pole of light emitting diode VD3 positive pole connection dc source；Described photo resistance RL1 one end connects direct current
The negative pole in source, the other end by the positive poles of resistance R5 connection dc sources and pass through diode D1 connecting triodes Q3 base stage；
The base stage connection diode D1 of triode Q3 negative pole, emitter stage connect the negative pole of dc source, and colelctor electrode passes through relay
The positive pole of device J1 connection dc sources；The light emitting diode VD3 and photo resistance RL1 is correspondingly arranged.
Further preferably, the positive electrode resistance that the base stage of the triode Q1 passes through resistance R1 connection dc sources；Luminous two
The positive pole that pole pipe VD3 positive pole passes through resistance R4 connection dc sources；The colelctor electrode of the triode Q3 is connected by diode D3
Connect the positive pole of dc source, triode Q3 colelctor electrode connection diode D3 positive pole.
Preferably, the power supply disconnect control circuit include infrared receiver component IRM2, triode Q5, triode Q6,
Light emitting diode VD4, photo resistance RL2 and triode Q7；3 and 2 pin of the infrared receiver component IRM2 connect direct current respectively
The both positive and negative polarity of power supply, the base stage that its 1 pin passes through electric capacity C3 connecting triodes Q5；The emitter stage connection direct current of the triode Q5
The negative pole in source, the positive pole that its colelctor electrode passes through resistance R11 connection dc sources；The base stage connecting triode Q5 of the triode Q6
Colelctor electrode, emitter stage connect dc source negative pole, the positive pole that its colelctor electrode passes through resistance R13 connection dc sources；It is described
Triode Q7 base stage connecting triode Q6 colelctor electrode, emitter stage connect the negative pole of dc source, and its colelctor electrode passes through luminous
The positive pole of diode VD4 connection dc sources, the positive pole of light emitting diode VD4 positive pole connection dc source；The photosensitive electricity
Negative pole, the other end of resistance RL2 one end connection dc source pass through diode D2 connection electric power starting control circuit triodes Q3's
Base stage；The base stage connection diode D2 of triode Q3 negative pole；The light emitting diode VD4, photo resistance RL2 are correspondingly set
Put.
Further preferably, the positive pole that the positive pole of the light emitting diode VD4 passes through resistance R15 connection dc sources；It is described
The positive pole that triode Q5 base stage passes through resistance R10 connection dc sources.
Preferably, the holding circuit includes programmable Timer integrated circuit；The programmable Timer integrated circuit
1st, 2,3 pin are connected with each other by resistance R7, electric capacity C2, resistance R8 respectively；5,6,7, the 10 of the programmable Timer integrated circuit
Pin connects the negative pole of dc source；The positive pole that 8 pin of the programmable Timer integrated circuit pass through resistance R6 connection diodes D2；
The normally open contact for the relay J1 that 9,12,13,14 pin of the programmable Timer integrated circuit pass through electric power starting control circuit
Connect the positive pole of dc source.
Preferably, the drive circuit includes triode Q4 and relay J2；The base stage of the triode Q4 passes through electricity
R16 connection diodes D2 positive pole is hindered, its emitter stage connects the negative pole of dc source, and its colelctor electrode is straight by relay J2 connections
Flow the positive pole of power supply；The normally open contact of the relay J2 is connected to controlled room lighting power circuit.
Further preferably, the relay J2 is parallel with diode D4, diode D4 positive pole connecting triode Q4
Colelctor electrode.
The infrared receiver component IRM1 of the electric power starting control circuit and radiating circuit infrarede emitting diode VD1 phases
It is correspondingly arranged in the side on indoor doorway；The power supply disconnect control circuit infrared receiver component IRM2 and radiating circuit it is red
The corresponding other sides for being arranged at indoor doorway of UV light-emitting diode VD2.
Using the structure of the present invention, radiating circuit is broken with electric power starting control circuit, power supply respectively by infrared signal
Control circuit connection is opened, when someone gets in, the signal that personnel are got in is transmitted to electric power starting control circuit, and power supply is opened
Control circuit is opened to electrically connect with holding circuit, the signal for opening mains lighting supply is transmitted to holding circuit, holding circuit and driving electricity
Road electrical connection, the signal for opening mains lighting supply is transmitted to drive circuit, drive circuit and room lighting power circuit control connection,
Room lighting power supply is connected, electric light is bright and can continue to illuminate；When someone walks out interior, the signal that personnel are walked out from interior
It is transmitted to power supply and disconnects control circuit, power supply disconnects the signal biography that control circuit electrically connected, will be switched off mains lighting supply with holding circuit
Holding circuit electricity is given, the signal that holding circuit will be switched off mains lighting supply is transmitted to drive circuit, and drive circuit closes room lighting electricity
Source, lamp go out.The defects of system of the present invention overcomes existing room lighting power supply, the intelligence of room lighting power supply can be realized
It can control, easy to use and simple in construction, cost is low, easily realizes, function-stable.And need not be touched with hand, avoid
Propagate germ, cause the situation of cross-infection, realize green.
For the ease of implementing, the invention provides several specific circuit structures, make structure simpler, cost is lower, more
Easily realize.
Brief description of the drawings
Fig. 1 is schematic structural view of the invention；
Fig. 2 is radiating circuit structural representation of the present invention；
Fig. 3 is electric power starting control circuit, power supply disconnection control circuit, holding circuit and driving circuit structure signal of the present invention
Figure.
Embodiment
The present invention is described in detail with reference to the accompanying drawings and detailed description：
As shown in Figure 1, Figure 2, Figure 3 shows, room lighting power supply smart control system of the invention, including radiating circuit, electric power starting
Control circuit, power supply disconnect control circuit, holding circuit and drive circuit.
Radiating circuit disconnects control circuit with electric power starting control circuit, power supply respectively by infrared signal and is connected, with
The signal that the signal that personnel are got in is transmitted to electric power starting control circuit, walks out personnel from interior is transmitted to power supply and disconnects control
Circuit processed.Two infrared signal emission elements of radiating circuit infrared signal acceptance division with electric power starting control circuit respectively
The infrared signal receiving part that part, power supply disconnect control circuit is correspondingly arranged.
A kind of specific structure of radiating circuit is：Including time-base integrated circuit, triode QA, triode QB, infraluminescence
Diode VD1 and infrarede emitting diode VD2.1 pin of time-base integrated circuit is connected with 14 pin by resistance R17,1 pin and 2 pin
Connected by resistance R18,2 pin are connected with 6 pin and connected by the negative pole of electric capacity C4 connection dc sources, 3 pin by electric capacity C5
The negative pole of dc source, 4 pin are connected with 9 pin, 5 pin by electric capacity C8 connecting triodes QA base stage, 7 pin connection dc source
Negative pole, 8 pin are connected with 12 pin and connect the positive pole of dc source, 11 pin by the negative pole of electric capacity C6 connection dc sources, 10 pin
By the negative pole of electric capacity C7 connection dc sources, 12 pin are connected with 13 pin by resistance R20, and 13 pin are straight by resistance R19 connections
The positive pole of power supply is flowed, 14 pin connect the positive pole of dc source.The negative pole of triode QA emitter stage connection dc source, colelctor electrode
Pass through the positive pole of resistance R22 connection dc sources.Triode QB base stage connecting triode QA colelctor electrode, emitter stage connection are straight
The negative pole of power supply is flowed, colelctor electrode is sequentially connected in series company by infrarede emitting diode VD2, infrarede emitting diode VD1 and resistance R23
It is connected to the positive pole of dc source.The positive pole that triode QA base stage passes through resistance R21 connection dc sources.The circuit is by infrared hair
It is red that optical diode VD1 and infrarede emitting diode VD2 disconnects control circuit transmitting to electric power starting control circuit and power supply respectively
Outside line signal, when people then can startup power supply open control circuit or power supply disconnection control circuit by blocking infrared ray.
Above-mentioned radiating circuit, time-base integrated circuit can be model NE556.Triode QA and triode QB models can be
9013.Resistance R17 value 12.4K, resistance R18 value 49K, resistance R19 value 17K, resistance R20 can be with value 52K, resistance
R21 value 120K, resistance R22 value 10K, resistance R23 values 1K.Electric capacity C4 can be with value 0.001 μ F, electric capacity C5 value 0.01
The μ F of μ F, electric capacity C6 value 4.7 μ F, electric capacity C7 values 0.1 μ F, electric capacity C8 value 0.1.Other do not have particular/special requirement.Dc source
Negative pole can be grounded.
Electric power starting control circuit is electrically connected with holding circuit, and the signal for opening mains lighting supply is transmitted into holding circuit
Electricity.
A kind of specific structure of electric power starting control circuit is：Including infrared receiver component IRM1, triode Q1, triode
Q2, light emitting diode VD3, photo resistance RL1, triode Q3 and relay J1.Infrared receiver component IRM1 3 and 2 pin difference
Connect the both positive and negative polarity of dc source, the base stage that its 1 pin passes through electric capacity C1 connecting triodes Q1.Triode Q1 emitter stage connection is straight
Flow the negative pole of power supply, the positive pole that its colelctor electrode passes through resistance R2 connection dc sources.Triode Q2 base stage connecting triode Q1
Colelctor electrode, emitter stage connect dc source negative pole, its colelctor electrode by light emitting diode VD3 connections dc source just
Pole, the positive pole of light emitting diode VD3 positive pole connection dc source.It is the negative pole of photo resistance RL1 one end connection dc source, another
One end is by the positive poles of resistance R5 connection dc sources and passes through diode D1 connecting triodes Q3 base stage.Triode Q3 base
Pole connection diode D1 negative pole, emitter stage connect the negative pole of dc source, and colelctor electrode passes through relay J1 connection dc sources
Positive pole.Light emitting diode VD3 is correspondingly arranged with photo resistance RL1.When people gets in from the outside, people, which knows from experience, blocks transmitting
Infrared ray of the circuit transmission to infrared receiver component IRM1, the circuit start, relay J1 actions, its normally open contact J1-1 are closed
Close, signal is passed into holding circuit；Signal is passed to drive circuit by holding circuit, and drive circuit driving power circuit makes lamp
It is bright.
Can be with：The positive electrode resistance that triode Q1 base stage passes through resistance R1 connection dc sources.Light emitting diode VD3's
The positive pole that positive pole passes through resistance R4 connection dc sources.Triode Q3 colelctor electrode by diode D3 connections dc source just
Pole, triode Q3 colelctor electrode connection diode D3 positive pole.
In above-mentioned electric power starting control circuit, infrared receiver component IRM1 selects model 6244S.Resistance R1 value 150K,
Resistance R2 value 15K, resistance R4 value 5K, resistance R5 values 10K.Electric capacity C1 can be with the μ F of value 0.1.Triode Q1, Q2, Q3's
Model can be 9013.Other do not have particular/special requirement.
Power supply disconnects control circuit and electrically connected with holding circuit, and holding circuit is transmitted to will be switched off the signal of mains lighting supply
Electricity.
Power supply disconnects a kind of specific structure of control circuit：Including infrared receiver component IRM2, triode Q5, triode
Q6, light emitting diode VD4, photo resistance RL2 and triode Q7.Infrared receiver component IRM2 3 and 2 pin connect direct current respectively
The both positive and negative polarity in source, the base stage that its 1 pin passes through electric capacity C3 connecting triodes Q5.Triode Q5 emitter stage connection dc source is born
Pole, the positive pole that its colelctor electrode passes through resistance R11 connection dc sources.Triode Q6 base stage connecting triode Q5 colelctor electrode,
Emitter stage connects the negative pole of dc source, the positive pole that its colelctor electrode passes through resistance R13 connection dc sources.Triode Q7 base stage
Connecting triode Q6 colelctor electrode, emitter stage connect the negative pole of dc source, and its colelctor electrode is straight by light emitting diode VD4 connections
Flow the positive pole of power supply, the positive pole of light emitting diode VD4 positive pole connection dc source.Photo resistance RL2 one end connects direct current
The base stage that negative pole, the other end in source pass through diode D2 connection electric power starting control circuit triodes Q3.Triode Q3 base stage
Connect diode D2 negative pole.Light emitting diode VD4, photo resistance RL2 are correspondingly arranged.When people walks out from interior, people knows from experience
The infrared ray that radiating circuit is transmitted to infrared receiver component IRM2 is blocked, the circuit start, relay J1 actions, its normally open contact
J1-1 is disconnected, and signal is passed into holding circuit；Signal is passed to drive circuit, drive circuit driving power electricity by holding circuit
Road extinguishes lamp.
Further improve, the positive pole that light emitting diode VD4 positive pole passes through resistance R15 connection dc sources.Triode Q5
The base stage positive pole that passes through resistance R10 connection dc sources.
Above-mentioned power supply is disconnected in control circuit, and infrared receiver component IRM2 selects model 6244S.Resistance R10 value 150K,
Resistance R11 value 15K, resistance R13 value 15K, resistance R15 values 1K.Electric capacity C3 can be with the μ F of value 0.1.Triode Q5, Q6,
Q7 model can be 9013.Other do not have particular/special requirement.
Holding circuit is electrically connected with drive circuit, and the signal for turning on or off mains lighting supply is transmitted into drive circuit.
A kind of specific structure of holding circuit is：Including programmable Timer integrated circuit.Programmable Timer integrated circuit
1st, 2,3 pin are connected with each other by resistance R7, electric capacity C2, resistance R8 respectively.5,6,7,10 pin of programmable Timer integrated circuit connect
Connect the negative pole of dc source.The positive pole that 8 pin of programmable Timer integrated circuit pass through resistance R6 connection diodes D2.It is programmable fixed
When integrated circuit 9,12,13, the 14 pin relay J1 that passes through electric power starting control circuit normally open contact J1-1 connection direct currents
The positive pole of power supply.
In above-mentioned holding circuit, programmable Timer integrated circuit selects model C D4541BE.Resistance R6 value 10K, resistance
R7 value 1.5M, resistance R8 values 2.5M.Electric capacity C2 can be with the μ F of value 10.Other do not have particular/special requirement.
Drive circuit, which is used to control with room lighting power circuit, to be connected, to control room lighting power supply to open or close.
A kind of specific structure of drive circuit is：Including triode Q4 and relay J2.Triode Q4 base stage passes through electricity
R16 connection diodes D2 positive pole is hindered, its emitter stage connects the negative pole of dc source, and its colelctor electrode is straight by relay J2 connections
Flow the positive pole of power supply.Relay J2 normally open contact is connected to controlled room lighting power circuit.When people enters from the outside
When indoor, the signal of startup power supply is passed to drive circuit by holding circuit, relay J2 actions, its normally open contact closure, is connected
Energization source makes lamp bright.When people walks out from interior, the signal that holding circuit will be switched off power supply passes to drive circuit, relay J2
Action, its normally open contact disconnect, and power supply, which disconnects, extinguishes lamp.
Further improve, relay J2 is parallel with diode D4.Diode D4 positive pole connecting triode Q4 colelctor electrode.
In above-mentioned drive circuit, triode Q4 model can be 9013, and resistance R16 is 3K.Other do not have particular/special requirement.
When using installing, the infrared receiver component IRM1 of electric power starting control circuit and the infraluminescence two of radiating circuit
The corresponding sides for being arranged at indoor doorway of pole pipe VD1；Power supply disconnects the infrared receiver component IRM2 and transmitting electricity of control circuit
The corresponding other sides for being arranged at indoor doorway of infrarede emitting diode VD2 on road.
Above-mentioned several specific circuit structures are not the unique structures of the present invention, can also there is other similar structures, as long as
Possess identical function, the purpose of the present invention can be realized, all in the scope of protection of present invention.
Claims (10)
- A kind of 1. room lighting power supply smart control system, it is characterised in that：Including radiating circuit, electric power starting control circuit, Power supply disconnects control circuit, holding circuit and drive circuit；The radiating circuit disconnects control circuit with electric power starting control circuit, power supply respectively by infrared signal and is connected, with The signal that the signal that personnel are got in is transmitted to electric power starting control circuit, walks out personnel from interior is transmitted to power supply and disconnects control Circuit processed；The electric power starting control circuit is electrically connected with holding circuit, and the signal for opening mains lighting supply is transmitted into holding circuit Electricity；The power supply disconnects control circuit and electrically connected with holding circuit, and holding circuit is transmitted to will be switched off the signal of mains lighting supply Electricity；The holding circuit is electrically connected with drive circuit, and the signal for turning on or off mains lighting supply is transmitted into drive circuit；The drive circuit, which is used to control with room lighting power circuit, to be connected, to control room lighting power supply to open or close.
- 2. room lighting power supply smart control system according to claim 1, it is characterised in that：When the radiating circuit includes Base integrated circuit, triode QA, triode QB, infrarede emitting diode VD1 and infrarede emitting diode VD2；Basis set when described 1 pin into circuit is connected with 14 pin by resistance R17, and 1 pin is connected with 2 pin by resistance R18, and 2 pin are connected with 6 pin and pass through electricity Hold the negative pole of C4 connection dc sources, 3 pin are connected by the negative poles of electric capacity C5 connection dc sources, 4 pin with 9 pin, and 5 pin pass through electricity Hold C8 connecting triodes QA base stage, 7 pin connect the negative pole of dc source, 8 pin be connected with 12 pin and by electric capacity C6 connections directly The negative pole of power supply is flowed, 10 pin connect the positive pole of dc source, and 11 pin pass through the negative pole of electric capacity C7 connection dc sources, 12 pin and 13 Pin is connected by resistance R20, and 13 pin pass through the positive pole of resistance R19 connection dc sources, the positive pole of 14 pin connection dc source；Institute State the negative pole of triode QA emitter stage connection dc source, the positive pole that colelctor electrode passes through resistance R22 connection dc sources；It is described Triode QB base stage connecting triode QA colelctor electrode, emitter stage connect the negative pole of dc source, and colelctor electrode passes through infrared hair Optical diode VD2, infrarede emitting diode VD1 and resistance R23 are sequentially connected in series the positive pole in dc source；The triode The positive pole that QA base stage passes through resistance R21 connection dc sources.
- 3. room lighting power supply smart control system according to claim 1, it is characterised in that：The electric power starting control electricity Road include infrared receiver component IRM1, triode Q1, triode Q2, light emitting diode VD3, photo resistance RL1, triode Q3 and Relay J1；3 and 2 pin of the infrared receiver component IRM1 connect the both positive and negative polarity of dc source respectively, and its 1 pin passes through electric capacity C1 Connecting triode Q1 base stage；The negative pole of the emitter stage connection dc source of the triode Q1, its colelctor electrode pass through resistance R2 Connect the positive pole of dc source；The base stage connecting triode Q1 of triode Q2 colelctor electrode, emitter stage connection dc source Negative pole, its colelctor electrode is straight by the positive poles of light emitting diode VD3 connection dc sources, light emitting diode VD3 positive pole connection Flow the positive pole of power supply；Negative pole, the other end of photo resistance RL1 one end connection dc source pass through resistance R5 connection direct currents The positive pole in source simultaneously passes through diode D1 connecting triodes Q3 base stage；The base stage connection diode D1's of the triode Q3 is negative Pole, emitter stage connect the negative pole of dc source, the positive pole that colelctor electrode passes through relay J1 connection dc sources；The light-emitting diodes Pipe VD3 is correspondingly arranged with photo resistance RL1.
- 4. room lighting power supply smart control system according to claim 3, it is characterised in that：The base stage of the triode Q1 Pass through the positive electrode resistance of resistance R1 connection dc sources；Light emitting diode VD3 positive pole passes through resistance R4 connection dc sources Positive pole；The colelctor electrode of the triode Q3 passes through the positive pole of diode D3 connection dc sources, triode Q3 colelctor electrode connection Diode D3 positive pole.
- 5. room lighting power supply smart control system according to claim 1, it is characterised in that：The power supply disconnects control electricity Road includes infrared receiver component IRM2, triode Q5, triode Q6, light emitting diode VD4, photo resistance RL2 and triode Q7； 3 and 2 pin of the infrared receiver component IRM2 connect the both positive and negative polarity of dc source respectively, and its 1 pin passes through the pole of electric capacity C3 connections three Pipe Q5 base stage；The negative pole of the emitter stage connection dc source of the triode Q5, its colelctor electrode pass through resistance R11 connection direct currents The positive pole of power supply；The base stage connecting triode Q5 of triode Q6 colelctor electrode, emitter stage connect the negative pole of dc source, its The positive pole that colelctor electrode passes through resistance R13 connection dc sources；The base stage connecting triode Q6 of triode Q7 colelctor electrode, hair Emitter-base bandgap grading connects the negative pole of dc source, and its colelctor electrode passes through the positive pole of light emitting diode VD4 connection dc sources, light emitting diode The positive pole of VD4 positive pole connection dc source；Negative pole, the other end of photo resistance RL2 one end connection dc source pass through Diode D2 connection electric power starting control circuit triodes Q3 base stage；The base stage connection diode D2's of the triode Q3 is negative Pole；The light emitting diode VD4, photo resistance RL2 are correspondingly arranged.
- 6. room lighting power supply smart control system according to claim 5, it is characterised in that：The light emitting diode VD4 The positive pole positive pole that passes through resistance R15 connection dc sources；The base stage of the triode Q5 passes through resistance R10 connection dc sources Positive pole.
- 7. room lighting power supply smart control system according to claim 1, it is characterised in that：The holding circuit includes can Program timing ic；1,2,3 pin of the programmable Timer integrated circuit pass through resistance R7, electric capacity C2, resistance R8 respectively It is connected with each other；The negative pole of 5,6,7, the 10 pin connection dc source of the programmable Timer integrated circuit；The programmable Timer The positive pole that 8 pin of integrated circuit pass through resistance R6 connection diodes D2；9,12,13, the 14 of the programmable Timer integrated circuit The positive pole of the normally open contact connection dc source for the relay J1 that pin passes through electric power starting control circuit.
- 8. room lighting power supply smart control system according to claim 1, it is characterised in that：The drive circuit includes three Pole pipe Q4 and relay J2；The base stage of the triode Q4 passes through resistance R16 connection diodes D2 positive pole, the connection of its emitter stage The negative pole of dc source, the positive pole that its colelctor electrode passes through relay J2 connection dc sources；The normally open contact of the relay J2 It is connected to controlled room lighting power circuit.
- 9. room lighting power supply smart control system according to claim 8, it is characterised in that：The relay J2 is parallel with Diode D4, the diode D4 positive pole connecting triode Q4 colelctor electrode.
- 10. according to Claims 2 or 3 or the 5 room lighting power supply smart control systems, it is characterised in that：The power supply is opened The infrared receiver component IRM1 for opening control circuit corresponding with the infrarede emitting diode VD1 of radiating circuit is arranged at indoor doorway Side；The power supply disconnects the infrared receiver component IRM2 and radiating circuit of control circuit infrarede emitting diode VD2 phases It is correspondingly arranged in the other side on indoor doorway.
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| CN201711185691.7A CN107708268B (en) | 2017-11-23 | 2017-11-23 | Intelligent control system for indoor illumination power supply |
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| CN201711185691.7A CN107708268B (en) | 2017-11-23 | 2017-11-23 | Intelligent control system for indoor illumination power supply |
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| CN107708268B CN107708268B (en) | 2024-03-15 |
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| CN107708268B (en) | 2024-03-15 |
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