CN105266550B - Solar energy daylight and infrared dual control two-phase servo motor curtain - Google Patents
Solar energy daylight and infrared dual control two-phase servo motor curtain Download PDFInfo
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- CN105266550B CN105266550B CN201410283569.3A CN201410283569A CN105266550B CN 105266550 B CN105266550 B CN 105266550B CN 201410283569 A CN201410283569 A CN 201410283569A CN 105266550 B CN105266550 B CN 105266550B
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- curtain
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- phase servo
- infrared
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Abstract
The present invention relates to electronic technology field, specifically a kind of solar energy daylight and infrared dual control two-phase servo motor curtain.Including sun-generated electric power, bridge-type inverter, curtain, two-phase servo motor, control module, infrared remote-control emitter and receiver module, curtain open/close transmission mechanism, when same day bright light rays become strong, light shutter device is irradiated by light, control the transmission of two-phase servo motor forward direction, it automatically opens, The night screen has hung down or summer thunderstorm dim light, light shutter device dull thread irradiates, control two-phase servo motor is inversely driven, and is closed up automatically, infrared remote control can open or close at any time curtain, and it can be flexible and convenient to use with staying at random location or half-open position.Sun-generated electric power once puts into long-time service, does not have electricity charge consumption, curtain open/close small power consumption, easy care validity period limit for length, the present invention to be widely used in house parlor, bedroom, villa, hotel, office, shop and public place of entertainment.
Description
Technical field
The present invention relates to electronic technology field, specifically a kind of solar energy daylight and infrared dual control two-phase servo motor window
Curtain.
Background technology
The inexhaustible pollution-free new energy of sun-generated electric power, but sun-generated electric power electrically driven curtain is seldom.Daytime, daylight was automatic
Curtain is opened in control, and The night screen has hung down, and dim light automatically controls closes up curtain, and daylight control curtain has preferable practical function.But
It can be suitble to requirement in the not all time.For example, having daytime many times also needs to close curtain, night then needs to lead to
Wind opens curtain or half-open position, it is clear that light-operated curtain functional limitation cannot reach use as one wishes.Remote-controlled curtain suspension is at any time
Controllably but without photosensitive automatic control function, when there is Changes in weather wind and rain, sand and dust to fly upward cannot to close curtain in time and pollute.
Invention content
The object of the present invention is to provide sun-generated electric power, a kind of solar energy daylight of the more thick and heavy cloth of traction drive and infrared
Dual control two-phase servo motor curtain.
The technology of the present invention solution：Including sun-generated electric power, bridge-type inverter, curtain, two-phase servo motor, light-operated mould
Block, infrared remote-control emitter and receiver module component, curtain open/close transmission mechanism, wherein control module is by optical sensor, preceding
It sets amplifier, shaping phase inverter, curtain and opens travel timer, curtain closing stroke timer composition, infrared remote-control emitter
With receiver module component by A, B, C, D four-way pulse code, decoding, impulse modulation infrared emission receives, mutual lock control,
The optical sensor of control module connects curtain through preamplifier one shaping phase inverter of series connection and opens travel timer, and curtain is opened
Travel timer is exported through resistance R2Meet triode VT1And relay J1, the optical sensor of control module connects through preamplifier
Two shaping phase inverters connect curtain closing stroke timer, and curtain closing stroke timer is exported through resistance R1Meet triode VT2And
Relay J2, infrared remote control receiver decoding A channel is through resistance R3Meet triode VT1And relay J1, channel B is through resistance R4Connection
Triode VT2And relay J2, C-channel is hanging, and two-phase Serve Motor Control coil is through relay contact J1-1、J1-2With J2-1、J2-2
It is connected into positive antireciprocal commutation, intersects access bridge-type inverter output end, two-phase servo motor magnetizing coil connects bridge through capacitance phase shift
Formula inverter output end, by two-phase servo motor shaft through transmission case The gear deceleration, drive coordination band is led curtain open/close transmission mechanism
Draw curtain opening and closing, infrared remote-control emitter button S1Control curtain activates to open, button S2It controls curtain to be closed, button S3Control
Track stops transmission, keeps its curtain half-open or staying at random location, the channels D are through resistance R5Meet triode VT3, bistable state memory from
Lock relay J3, normally-closed contact J3-1Meet control module power end, normally opened contact J3-2Connect infrared remote control receiver power end, tool arm
Meet sun-generated electric power, bridge-type inverter input termination sun-generated electric power, button S4Control switches light-operated and infrared remote control pattern；
Infrared Remote-Control Sending module P1By clock oscillation, timing, modulation, pulse code A, B, C, D four-way, four buttons
Switch S1~S4Control, infrared light-emitting diode VD5Emit telecommand；
Infrared remote receiver module P2Remote control command signal is received by phototriode VT, amplification demodulates, pulse decoding, mutually
Lock control, wherein C-channel is hanging, A, channel B control two-phase servo motor M traction curtain opening and closing, the switching of the channels D it is light-operated and
Infrared remote control pattern.
Wherein, sun-generated electric power is by photovoltaic battery panel E2Output is through blocking diode VD6, relay J contact J-1Connect electric power storage
Pond E3, control module, infrared remote control receiver power end and bridge-type inverter input terminal, accumulator E3Overvoltage control sampling connects electricity
Position device RP2, adjustable termination first window voltage comparable chip ICa positive input terminals, under-voltage control sampling meets potentiometer RP1, adjustable end
Meet the second window voltage comparable chip ICbNegative input end, first window voltage comparable chip ICa negative input ends and the second window electricity
Pressure ratio is compared with chip ICbPositive input terminal is through resistance R8、R9Partial pressure meets voltage-stabiliser tube VD10Voltage makees reference, and two window voltages compare
Output is through triode contact relay J, accumulator E3Quick acting fuse F is concatenated, and takes over control reversal connection diode VD11。
Bridge-type inverter is by insulated gate power triode VT4、VT5、VT6、VT7Form PWM pulse width modulated inverters, four pipes
Sub- grid connects PWM controller signal voltage respectively, and it is reversed that collector and emitter parallel connection fly-wheel diode inhibits transformer T to generate
Voltage, VT4Emitter series connection VT5Collector connects transformer T primary inductances TL1One end, VT6Emitter series connection VT7Collector connects
Meet transformer T primary inductances TL1The other end, sun-generated electric power anode meet VT4、VT6Collector, sun-generated electric power cathode meet VT5、
VT7Emitter, transformer T secondary inductances TL2As bridge-type inverter output end, two-phase servo motor is through relay contact J1-1、
J1-2With J2-1、J2-2Interconnection commutates, and mutual inductor PL penetrates load pickup current signal feedback and connects PWM controller pulsewidth modulation；
Curtain open/close transmission mechanism is by guide rail, two transmission cases, synchronous belt, traction crane, one group of hanging wheel, hook support group
At guide rail both ends connect transmission case respectively, are closed by synchronous belt in guide rail and engage both ends transmission case gear, synchronous belt engages lead respectively
Draw crane, traction crane then inserts one group of hanging wheel, and hook support is placed on the outside of transmission case, the transmission case gear bush of guide rail one end
Two-phase servo motor M axis is connect, curtain beginning is hooked on traction crane, and curtain end is hooked in hook support, curtain
Remaining is hooked on one group of hanging wheel.
The present invention generates good effect：Solar radiation automatically controls folding curtain, and it is outgoing to remove manual trouble, especially people from
When automatic open-close can omit operation, infrared electrical remote control can open or close curtain at any time, and can be opened in curtain rail any position,
Stop or half-open position, gives and comfortably easily experience, increase the joy of life.Two-phase servo motor The gear deceleration increases torque,
The gear engagement toothed belt transmission traction non-slip noise of curtain is low, and folding is steady, can draw more thick and heavy cloth curtain.Solar-electricity
Source once puts into long-time service, does not have electricity charge consumption, the light-operated power supply with infrared remote control of switching to change control model, component is multiple
With saving cost.Circuit modular structure is compact, easy to implement, and reliability is high.
Description of the drawings
Fig. 1 technical solution of the present invention functional block diagrams
Fig. 2 infrared remote-control emitters and receiver module
Fig. 3 bridge-type inverters and two-phase Serve Motor Control circuit
Fig. 4 curtain open/close schematic diagrames
Fig. 5 solar-electricity source circuits
Specific implementation mode
Referring to Fig.1,2,3,4,5, the specific embodiment of the invention and embodiment：Including sun-generated electric power 7, bridge-type inverter
8, curtain 6, two-phase servo motor 4, control module 1, infrared remote-control emitter 2 and 3 modular assembly of receiver, curtain open/close are driven
Mechanism 5, wherein control module 1 opens travel timer by optical sensor 1a, preamplifier 1b, shaping phase inverter 1c, curtain
1d, curtain closing stroke timer 1e composition, infrared remote-control emitter 2 is with 3 modular assembly of receiver by A, B, C, D four-way autolyte
Punching coding, decoding, impulse modulation infrared emission receive, and mutual lock control, 1 optical sensor 1a of control module is through preamplifier 1b
One shaping phase inverter 1c of series connection connects curtain and opens travel timer 1e, and curtain opens travel timer 1e outputs through resistance R2It connects
Triode VT1And relay J1, the optical sensor 1a of control module 1 is through preamplifier 1bTwo shaping phase inverter 1c of series connection connect
Curtain closing stroke timer 1d, curtain closing stroke timer 1dOutput is through resistance R1Meet triode VT2And relay J2, infrared
Receiver of remote-control sytem 3 decodes A channel through resistance R3Meet triode VT1And relay J1, channel B is through resistance R4Connecting triode VT2And
Relay J2, C-channel is hanging, 4 control coil L of two-phase servo motor1Through relay J1、J2Contact J1-1、J1-2With J2-1、J2-2It connects
It commutates at positive antireciprocal, intersects access 8 output end of bridge-type inverter, 4 magnetizing coil L of two-phase servo motor2Through capacitance C2Phase shift connects
8 output end of bridge-type inverter, curtain open/close transmission mechanism 5 is by 4 axis of two-phase servo motor through transmission case The gear deceleration, drive coordination
Band traction curtain 6 opens and closes, 2 button S of infrared remote-control emitter1It controls curtain to open, button S2It controls curtain to be closed, button S3Control
Track processed stops transmission, keeps its curtain half-open or staying at random location, the channels D are through resistance R5Meet triode VT3, bistable state memory
Latching relay J3, normally-closed contact J3-1Meet 1 power end of control module, normally opened contact J3-2Connect 3 power supply of infrared remote control receiver
End, tool arm meet sun-generated electric power 7, the input termination sun-generated electric power 7 of bridge-type inverter 8, button S4Control switching it is light-operated with it is infrared
Remote control mode；
Infrared Remote-Control Sending module P12 by clock oscillation, timing, modulation, and pulse code A, B, C, D four-way, four are pressed
Key switch S1~S4Control, infrared light-emitting diode VD5Emit telecommand；
Infrared remote receiver module P23 receive remote control command signal by phototriode VT, and amplification demodulates, pulse decoding,
Mutual lock control, wherein C-channel is hanging, and A, channel B control two-phase servo motor M draw the opening and closing of curtain, and the switching of the channels D is light-operated
With infrared remote control pattern.
Curtain open/close mechanism 5, guide rail 5a, transmission case 5b, synchronous belt 5c, hanging wheel 5d, traction crane 5e, hook support 5f,
Two-phase servo motor 4, curtain 6.
Optical sensor is mounted in outdoor, and when same day bright light rays become strong, light shutter device is irradiated by light, and curtain opens stroke timing
Device controls the transmission of two-phase servo motor M forward directions, automatically controls opening curtain, when The night screen has hung down or summer thunderstorm dimming, light
The irradiation of device dull thread is controlled, curtain closing stroke Timer Controlling two-phase servo motor M is inversely driven, and automatic control curtain closes
Hold together, curtain can be opened or be closed up to infrared remote control at any time, and can stop any position or half-open position, flexible and convenient to use.
Solar cell E2Daylight is for curtain open/close, while also to accumulator E3Charging, night is by accumulator E3To window
Curtain folding power supply.Window voltage comparable chip ICa、IcbOutput level is through triode VT8The J control chargings of driving relay are under-voltage,
Overvoltage, protection accumulator E3Normal operation.
Control that sun-generated electric power is under-voltage, in accumulator E3When voltage is less than window voltage comparable chip ICa reference voltages, after
Electric appliance J is attracted, contact J-1Connect accumulator E3Charging, as accumulator E3Voltage is sufficient, and overvoltage control voltage is higher than window voltage
Comparable chip ICbWhen reference voltage, relay J releasing contacts J-1, cut-out solar cell E2To accumulator E3Charging.Curtain is opened
Closing power consumption reduces accumulator E3Voltage, sun-generated electric power restore charging.
The both ends relay J in parallel diode VD11Inhibit backward voltage.Voltage-stabiliser tube VD10`And resistance R7, capacitance C4Voltage stabilizing is protected
Hinder under-voltage, over-pressed accurately control.Window voltage comparable chip IC selects LM358 double operationals.Switch S6Control light-operated, infrared remote control
Receiver power supply, switch S7Control bridge-type inverter power supply.
Infrared remote-control emitter module P1ZHF9901, infrared remote control receiver module P2ZHJ9902, carrier frequency oscillation frequency
40KHz, 15~20m of command range.Infrared remote-control emitter battery E1Power supply, relay J1、J2Select JQX-13F, relay
J3ZS01 bistable states are selected to remember self-locking type.Switch light-operated and infrared remote control power supply, changes control model, triode VT1、VT2And
Relay J1、J2It is light-operated to be multiplexed with infrared remote control, reduce cost.
Two-phase servo motor The gear deceleration increases torque, and the gear engagement toothed belt transmission traction non-slip noise of curtain is low,
Folding is steady, can draw more thick and heavy cloth curtain.
Claims (4)
1. a kind of solar energy daylight and infrared dual control two-phase servo motor curtain, including curtain, two-phase servo motor, feature exist
In：Further include that sun-generated electric power, bridge-type inverter, control module, infrared remote-control emitter and receiver module component, curtain are opened
Close transmission mechanism, wherein control module by optical sensor, preamplifier, shaping phase inverter, curtain open travel timer,
Curtain closing stroke timer forms, infrared remote-control emitter and receiver module component by A, B, C, D four-way pulse code,
Decoding, impulse modulation infrared emission receive, mutual lock control, and the optical sensor of control module is whole through preamplifier series connection one
Shape phase inverter connects curtain and opens travel timer, and curtain opens travel timer output through resistance R2Meet triode VT1And relay
J1, the optical sensor of control module connects curtain closing stroke timer, curtain through preamplifier two shaping phase inverters of connecting
Closing stroke timer is exported through resistance R1Meet triode VT2And relay J2, infrared remote control receiver decoding A channel is through resistance
R3Meet triode VT1And relay J1, channel B is through resistance R4Connecting triode VT2And relay J2, C-channel is hanging, two phase servos
Motor control coil is through relay contact J1-1、J1-2With J2-1、J2-2It is connected into positive antireciprocal commutation, it is defeated to intersect access bridge-type inverter
Outlet, two-phase servo motor magnetizing coil connect bridge-type inverter output end through capacitance phase shift, and curtain open/close transmission mechanism is by two-phase
Servo motor shaft draws curtain opening and closing, infrared remote-control emitter button S through transmission case The gear deceleration, drive coordination band1Control window
Curtain activates to open, button S2It controls curtain to be closed, button S3It controls track and stops transmission, make that its curtain is half-open or any position is stopped
It stays, the channels D are through resistance R5Meet triode VT3, bistable state memory self-locking relay J3, normally-closed contact J3-1Connect control module power supply
End, normally opened contact J3-2The power end of infrared remote control receiver is connect, tool arm connects sun-generated electric power, and bridge-type inverter input termination is too
Positive energy power supply, button S4Control switches light-operated and infrared remote control pattern；
Infrared Remote-Control Sending module P1By clock oscillation, timing, modulation, pulse code A, B, C, D four-way, four key switches
S1~S4Control, infrared light-emitting diode VD5Emit telecommand；
Infrared remote receiver module P2Remote control command signal, amplification, demodulation, pulse decoding, mutual lock control are received by phototriode VT
System, wherein C-channel is hanging, and A, channel B control two-phase servo motor M draw the opening and closing of curtain, and the switching of the channels D is light-operated and infrared
Remote control mode.
2. solar energy daylight according to claim 1 and infrared dual control two-phase servo motor curtain, it is characterised in that：The sun
Energy power supply is by photovoltaic battery panel E2Output is through blocking diode VD6, relay J contact J-1Meet accumulator E3, it is control module, infrared
Receiver of remote-control sytem power end and bridge-type inverter input terminal, accumulator E3Overvoltage control sampling meets potentiometer RP2, adjustable termination the
One window voltage comparable chip ICa positive input terminals, under-voltage control sampling meet potentiometer RP1, the second window voltage ratio of adjustable termination
Compared with chip ICbNegative input end, first window voltage comparable chip ICa negative input ends and the second window voltage comparable chip ICbIt is just defeated
Enter end through resistance R8、R9Partial pressure meets voltage-stabiliser tube VD10Voltage makees reference, and two window voltages compare output and succeeded through triode
Electric appliance J, accumulator E3Quick acting fuse F is concatenated, and takes over control reversal connection diode VD11。
3. solar energy daylight according to claim 1 and infrared dual control two-phase servo motor curtain, it is characterised in that：Bridge-type
Inverter is by insulated gate power triode VT4、VT5、VT6、VT7PWM pulse width modulated inverters are formed, four pipe grids connect respectively
PWM controller signal voltage, collector and emitter parallel connection fly-wheel diode inhibit transformer T to generate backward voltage, VT4Transmitting
Connect VT for pole5Collector connects transformer T primary inductances TL1One end, VT6Emitter series connection VT7At the beginning of collector connects transformer T
Grade inductance TL1The other end, sun-generated electric power anode meet VT4、VT6Collector, sun-generated electric power cathode meet VT5、VT7Emitter becomes
Depressor T secondary inductances TL2As bridge-type inverter output end, two-phase servo motor is through relay contact J1-1、J1-2With J2-1、J2-2
Interconnection commutates, and mutual inductor PL penetrates load pickup current signal feedback and connects PWM controller pulsewidth modulation.
4. solar energy daylight according to claim 1 and infrared dual control two-phase servo motor curtain, it is characterised in that：Curtain
Folding transmission mechanism is made of guide rail, two transmission cases, synchronous belt, traction crane, one group of hanging wheel, hook support, guide rail both ends
Transmission case is connect respectively, and guide rail interior is closed engagement both ends transmission case gear by synchronous belt, and synchronous belt engages traction crane, leads respectively
Draw crane and then insert one group of hanging wheel, hook support is placed on the outside of transmission case, and the transmission case gear shaft socket two-phase of guide rail one end is watched
Motor M axis is taken, curtain beginning is hooked on traction crane, and curtain end is hooked in hook support, remaining hook of curtain
It is hooked on one group of hanging wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410283569.3A CN105266550B (en) | 2014-06-13 | 2014-06-13 | Solar energy daylight and infrared dual control two-phase servo motor curtain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410283569.3A CN105266550B (en) | 2014-06-13 | 2014-06-13 | Solar energy daylight and infrared dual control two-phase servo motor curtain |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105266550A CN105266550A (en) | 2016-01-27 |
| CN105266550B true CN105266550B (en) | 2018-10-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410283569.3A Active CN105266550B (en) | 2014-06-13 | 2014-06-13 | Solar energy daylight and infrared dual control two-phase servo motor curtain |
Country Status (1)
| Country | Link |
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| CN (1) | CN105266550B (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5642022A (en) * | 1995-12-01 | 1997-06-24 | Msa Aircraft Interior Products, Inc. | Aircraft window shade speed regulation control system |
| CN2276067Y (en) * | 1996-02-13 | 1998-03-11 | 张进潮 | Electric remote control curtain machine |
| CN2282380Y (en) * | 1997-03-27 | 1998-05-27 | 施鹏 | Electric device controlled by light or hand for opening and closing curtains |
| CN2774337Y (en) * | 2004-12-03 | 2006-04-26 | 周健生 | Improved curtain automatic remote controller |
| CN2872740Y (en) * | 2006-03-24 | 2007-02-21 | 鲍其伟 | Universal infrared remote-controlled switch |
| CN203873499U (en) * | 2014-06-13 | 2014-10-15 | 阮雪芬 | Solar energy sunlight and infrared double control curtain with two-phase servo motor |
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2014
- 2014-06-13 CN CN201410283569.3A patent/CN105266550B/en active Active
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| Publication number | Publication date |
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| CN105266550A (en) | 2016-01-27 |
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Effective date of registration: 20190530 Address after: 321100 Room 102, 3 unit 60, Nan Tang Village, Fuxing Road, Lanxi, Zhejiang Patentee after: Ruan Shucheng Address before: 321100 Taohuawu, Lanxi, Lanxi, Zhejiang (a) Patentee before: Ruan Xuefen |
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Effective date of registration: 20200807 Address after: 215500 Room 301, building 3, No. 88, Xianshi Road, Changshu high tech Industrial Development Zone, Suzhou City, Jiangsu Province Patentee after: Changshu Zijin Intellectual Property Service Co.,Ltd. Address before: 321100 Room 102, 3 unit 60, Nan Tang Village, Fuxing Road, Lanxi, Zhejiang Patentee before: Ruan Shucheng |
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