CN203885234U - Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain - Google Patents

Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain Download PDF

Info

Publication number
CN203885234U
CN203885234U CN201420339607.8U CN201420339607U CN203885234U CN 203885234 U CN203885234 U CN 203885234U CN 201420339607 U CN201420339607 U CN 201420339607U CN 203885234 U CN203885234 U CN 203885234U
Authority
CN
China
Prior art keywords
curtain
control
phase
light
relay
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201420339607.8U
Other languages
Chinese (zh)
Inventor
阮树成
梅玉刚
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201420339607.8U priority Critical patent/CN203885234U/en
Application granted granted Critical
Publication of CN203885234U publication Critical patent/CN203885234U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Curtains And Furnishings For Windows Or Doors (AREA)

Abstract

The utility model relates to the technical field of electrons, in particular to a solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain. The solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain comprises a solar energy power source, a three-phase inverter, dual layers of curtain bodies, three-phase induction micromotors (M1 and M2), a light-control module, a wireless remote-control emitter and receiver assembly and double-track oppositely-opening transmission mechanisms. When the day breaks, a light-control device is irradiated by light to be powered on, the three-phase induction micromotors (M1 and M2) are controlled to carry out positive transmission, and the curtain is automatically opened; when the night falls or thunderstorms occur in summer and the light becomes weak, the light-control device is powered off, the three-phase induction micromotors (M1 and M2) are controlled to carry out negative transmission, and the curtain is automatically closed. One layer of curtain body can be opened or closed or be in the half-open state at any time through wireless remote control, and the solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain is flexible and convenient to use. The solar energy power source can be used for a long time with once investment and is free of electric charges, low in opening-closing power consumption, easy to maintain and long in service life. The structure is widely suitable for large pulled curtains at places such as living drawing rooms, bedrooms, villas, hotels, public houses, offices, shops and amusement places.

Description

The light-operated wireless remote control three-phase induction of solar energy micro machine double track is split curtain
Technical field
The utility model relates to electronic technology field, and specifically the light-operated wireless remote control three-phase induction of a kind of solar energy micro machine double track is split curtain.
Background technology
The inexhaustible pollution-free new forms of energy of sun-generated electric power, but sun-generated electric power electrically driven curtain is seldom.Natural daylight was automatically controlled and was opened curtain daytime, and The night screen has hung down, and dim light is automatically controlled and closed up curtain, and visible, light-operated curtain has practical function.But, in the light-operated not all time, can be applicable to instructions for use.For example, have daytime and many times also need curtain to close, need night to ventilate and open curtain, or half-open position, obviously the function singleness of light-operated curtain, can't reach the use that complies with one's wishes.Wireless remote control curtain is controlled at any time does not but have a photosensitive automatic control function, and time has Changes in weather wind and rain, sand and dust to fly upward to can not get closing in time curtain and contaminated.And the sunshade of individual layer window curtain fabric and ventilation are difficult for taking into account.
Summary of the invention
The purpose of this utility model is to provide the light-operated wireless remote control three-phase induction of a kind of solar energy micro machine double track of the sunshade of the large-scale two-layer double width heavy fabric of sun-generated electric power traction, ventilation and splits curtain.
The utility model technical solution: comprise sun-generated electric power, three-phase inverter, two-layer double width curtain, three-phase induction micro machine M 1, M 2light-operated module, wireless remote control emitter and receiver assembly, double track are split transmission mechanism, wherein, light-operated module by optical sensor, preamplifier, shaping phase inverter, open stroke timer, closing stroke timer forms, wireless remote control emitter and receiver assembly are by A, B, C, D, E, F six channel pulse codings, decoding, radio-frequency pulse modulate emission, reception, interlocking is controlled, light-operated module optical sensor plays and starts journey timer through a shaping phase inverter of preamplifier series connection, opens the output of stroke timer through resistance R 2meet triode VT 1and relay J 1, triode VT 3and relay J 3, light-operated module optical sensor connects closing stroke timer through two shaping phase inverters of preamplifier series connection, and closing stroke timer is exported through resistance R 1meet triode VT 2and relay J 2, triode VT 4and relay J 4, wireless remote controlled receiver decoding A channel is through resistance R 3meet triode VT 1and relay J 1, B passage is through resistance R 4meet triode VT 2and relay J 2, C-channel is through resistance R 5meet triode VT 3and relay J 3, D passage is through resistance R 6meet triode VT 4and relay J 4, E passage is unsettled, three-phase induction micro machine M 1control circuit is by overload protection electrothermal relay FR, relay contact J 1-1, J 2-2respectively through A.C. contactor K 1, K 2connect three-phase inverter output center line N, phase line, three-phase induction micro machine M 1by ac contactor contact K 1-1, K 1-2, K 1-3with K 2-1, K 2-2, K 2-3be connected into phase sequence a, b, the reversible positive decommuntation of c, by fuse F 1, F 2, F 3access three-phase inverter output, three-phase induction micro machine M 2control circuit and three-phase induction micro machine M 1control circuit is identical, and double track is split transmission mechanism by three-phase induction micro machine M 1, M 2beam warp transmission case gear reduction transmission Timing Belt draws two-layer double width curtain opening and closing, wireless remote control emitter button S 1control a rail window curtain and open, button S 2control this rail window curtain closed, button S 5control this track and stop transmission, make its curtain at track staying at random location, button S 3control another rail window curtain and open, button S 4control this rail window curtain closed, button S 5control track and stop transmission, make its curtain at track staying at random location, F passage is through resistance R 7meet triode VT 5, bistable state memory self-locking relay J 5, normally-closed contact J 5-1meet light-operated modular power source end, normally opened contact J 5-2the power end that connects wireless remote controlled receiver, tool arm connects sun-generated electric power, button S 6control and switch light-operated and wireless remote control;
Wherein, sun-generated electric power is by photovoltaic battery panel E 2output is through blocking diode VD 1, relay J contact J -1meet battery E 3, light-operated module, wireless remote controlled receiver power end, three-phase inverter power input, battery E 3cross pressure-controlled sampling and meet potentiometer RP 2, modulation termination window voltage comparable chip ICa positive input terminal, under-voltage control sampling meets potentiometer RP 1, modulation termination window voltage comparable chip IC bnegative input end, window voltage comparable chip ICa negative input end and window voltage comparable chip IC bpositive input terminal is through resistance R 12, R 13divide crimping voltage-stabiliser tube VD 5voltage is made reference, and window voltage is relatively exported through triode and connect relay J, battery E 3be connected in series quick fuse F, and take over control reversal connection diode VD 2;
Wireless remote control emitter is by coding chip IC 1pulse code A, B, C, D, E, F six passages, six press keys switch S 1～S 6control, through emitting module P 1strength, modulation, antenna T 1transmitting telecommand;
Wireless receiver is by antenna T 2, receiving unit P 2receive remote control command signal, amplify, demodulation, coding chip IC 4pulse decoding, interlocking are controlled, and wherein, E passage is unsettled, and A, B passage are controlled three-phase induction micro machine M 1draw two-layer double width curtain opening and closing, C, D passage are controlled three-phase induction micro machine M 2traction curtain opening and closing, F passage switches light-operated and wireless remote control pattern;
Three-phase inverter is by insulated gate power triode VT 6, VT 7, VT 8, VT 9, VT 10, VT 11form PWM pulsewidth modulation inversion, six pipe grids connect respectively PWM controller signals voltage, and collector and emitter fly-wheel diode in parallel suppresses transformer and produces backward voltage, VT 6emitter stage series connection VT 9colelctor electrode meets transformer T primary inductance TL 1, VT 7emitter stage series connection VT 10colelctor electrode meets primary inductance TL 2, VT 8emitter stage series connection VT 11colelctor electrode meets transformer T primary inductance TL 3, sun-generated electric power positive pole meets VT 6, VT 7, VT 8colelctor electrode, sun-generated electric power negative pole meets VT 9, VT 10, VT 11emitter stage, transformer secondary output inductance TL 1 ', TL 2 ', TL 3 'as three-phase inverter output a, b, c, relay contact J 1-1, J 1-2a.C. contactor K connects respectively 1, K 2access center line N, phase line, three-phase induction micro machine M 1through overload protection electrothermal relay FR, ac contactor contact K 1-1, K 1-2, K 1-3with K 2-1, K 2-2, K 2-3be connected into positive antireciprocal commutation, through fuse F 1, F 2, F 3connect three-phase inverter output, three-phase induction micro machine M 2control circuit and three-phase induction micro machine M 1control circuit is identical, and transformer PL penetrates phase line and picks up load current signal feedback and connect the pulsewidth modulation of PWM controller;
Double track is split transmission mechanism by two guide rails, four transmission cases, article two, Timing Belt, four traction cranes, four groups of hanging wheels, four hook support form, two guide rail two ends connect respectively transmission case, guide rail inside is by the closed engagement of Timing Belt two ends transmission case gear, Timing Belt meshes respectively two the traction cranes in left and right, two of left and right traction crane is inserted two groups of hanging wheels subsequently, four hook support are put respectively in four transmission case outsides, the transmission case gear shaft socket three-phase induction micro-motor of two guide rail one end, two-layer double width curtain top hook is hooked in respectively on four traction cranes, two-layer double width curtain end hook is hooked in respectively in four hook support, all the other hooks of two-layer double width curtain are hooked in respectively on four groups of hanging wheels.
The utility model produces good effect: solar radiation is automatically controlled double track and split two-layer double width curtain, omit operation and remove manual trouble from, wireless remote control can be distinguished opening and closing one deck curtain at any time, and can open at an arbitrary position, stop, or half-open position, give comfortable impression easily, increase the joy of life, three-phase induction micro machine driving torque is large, the large-scale curtain of traction heavy fabric, folding is steady, quiet, and double-layer window curtain is convenient to sunshade and fabric is selected in ventilation.Sun-generated electric power once drops into long-term use, there is no electricity charge consumption, and folding is low in energy consumption, easy care, and long service life, switches light-operated and two kinds of control models of wireless remote control power supply change, and components and parts are multiplexing, save cost.
Accompanying drawing explanation
Fig. 1 technical solutions of the utility model theory diagram
Fig. 2 wireless remote control emitter and receiver
Fig. 3 three-phase inverter and three-phase induction micro machine control circuit
Fig. 4 solar-electricity source circuit
Fig. 5 double track is split curtain schematic diagram
The specific embodiment
With reference to Fig. 1,2,3,4,5, the utility model specific embodiment and embodiment: comprise sun-generated electric power 11, three-phase inverter 10, two-layer double width curtain 6,9, three-phase induction micro machine M 14, M 27, light-operated module 1, wireless remote control emitter 2 and receiver 3 assemblies, double track is split transmission mechanism 5, 8, wherein, light-operated module 1 is by optical sensor 1a, preamplifier 1b, shaping phase inverter 1c, open stroke timer 1d, closing stroke timer 1e forms, wireless remote control emitter 2 and receiver 3 assemblies are by A, B, C, D, E, F six channel pulse codings, decoding, radio-frequency pulse modulate emission, receive, interlocking is controlled, light-operated module 1 optical sensor 1a plays and starts journey timer 1d through a shaping phase inverter 1c of preamplifier 1b series connection, open stroke timer 1d output through resistance R 2meet triode VT 1and relay J 1, triode VT 3and relay J 3, light-operated module 1 optical sensor 1a meets closing stroke timer 1e through two shaping phase inverter 1c of preamplifier 1b series connection, and closing stroke timer 1e exports through resistance R 1meet triode VT 2and relay J 2, triode VT 4and relay J 4, wireless remote controlled receiver decoding A channel is through resistance R 3meet triode VT 1and relay J 1, B passage is through resistance R 4meet triode VT 2and relay J 2, C-channel is through resistance R 5meet triode VT 3and relay J 3, D passage is through resistance R 6meet triode VT 4and relay J 4, E passage is unsettled, three-phase induction micro machine M 14 control circuit Q 1by overload protection electrothermal relay FR, relay contact J 1-1, J 2-2respectively through A.C. contactor K 1, K 2meet three-phase inverter 10 output center line N, phase line c, three-phase induction micro machine M 14 through ac contactor contact K 1-1, K 1-2, K 1-3with K 2-1, K 2-2, K 2-3be connected into phase sequence a, b, the reversible positive decommuntation of c, by fuse F 1, F 2, F 3access three-phase inverter 10 outputs, three-phase induction micro machine M 2control circuit Q 2with three-phase induction micro machine M 1control circuit Q 1identical, double track is split transmission mechanism 5,8 by three-phase induction micro machine M 14, M 27 beam warp transmission case gear reduction transmission Timing Belts draw two-layer double width curtain 6,9 opening and closing, wireless remote control emitter 2 button S 1control a rail window curtain 6 and open, button S 2control this rail window curtain 6 closures, button S 5control this track and stop transmission, make its curtain 6 at track staying at random location, button S 3control another rail window curtain 9 and open, button S 4control this rail window curtain 9 closures, same, button S 5control track and stop transmission, make its curtain 9 at track staying at random location, F passage is through resistance R 7meet triode VT 5, bistable state memory self-locking relay J 5, normally-closed contact J 5-1meet light-operated modular power source end, normally opened contact J 5-2connect wireless remote controlled receiver 3 power ends, tool arm connects sun-generated electric power 11, button S 6control and switch light-operated and wireless remote control.
Double track is split curtain (be example by one deck curtain, another layer is identical), guide rail 5a, transmission case 5b, Timing Belt 5c, hanging wheel 5d, traction crane 5e, hook support 5f, three-phase induction micro machine 4,7, curtain 6,9.
Solar cell E 2daylight is for curtain open/close, simultaneously to battery E 3charging, night is by battery E 3the power supply of folding curtain.Window voltage comparable chip IC a, Ic boutput level is through triode VT 12drive relay J to control under-voltage, the overvoltage of charging, protection battery E 3normal operation.Control that sun-generated electric power is under-voltage is at battery E 3voltage is during lower than window voltage comparable chip ICa reference voltage, relay J adhesive, contact J -1connect battery E 3charging, as battery E 3voltage is sufficient, crosses pressure-controlled voltage higher than window voltage comparable chip IC bduring reference voltage, relay J releasing contact J -1, cut off solar cell E 2to battery E 3charging.At curtain open/close power consumption, reduce battery E 3voltage, sun-generated electric power is recovered charging.
Relay J two ends diode VD in parallel 6suppress backward voltage.Voltage-stabiliser tube VD 5and resistance R 11, capacitor C 5voltage stabilizing guarantee is under-voltage, overvoltage is accurately controlled.Window voltage comparable chip IC selects LM358 double operational.Switch S 7control light-operated, wireless remote controlled receiver power supply, switch S 8control three-phase inverter input power.
Optical sensor is contained in outdoor, and the same day, light shutter device was irradiated by light, opens two three-phase induction micro machine M of stroke Timer Controlling during bright light rays grow 1, M 2forward transmission, opens two-layer curtain automatically, when The night screen has hung down or summer thunderstorm light dark, light shutter device dull thread irradiates, two three-phase induction micro machine M of closing stroke Timer Controlling 1, M 2reverse transmission, closes up two-layer curtain automatically, and wireless remote control can be opened respectively at any time or close up one deck curtain, or half-open position, flexible and convenient to use, and double-layer window curtain is convenient to take into account sunshade, is ventilated and select fabric.
Wireless remote control emitter battery E 1power supply, chip IC 1lC2190 pulse code, chip IC 2t930 launches telecommand, wireless remote controlled receiver IC 3t932 receives remote signal, and amplification, demodulation, import chip IC into 4lC2200 encoded control three-phase induction micro machine M 1, M 2draw two-layer curtain open/close, radio carrier frequency 275MHz, built-in aerial T 1, T 2command range 40m left and right.
Three-phase alternating current induction micro machine driving torque is large, the large-scale curtain of traction heavy fabric, and Timing Belt and meshed transmission gear traction curtain are non-slip, and folding is steady, quiet.Circuit power consumption is low, easy care, long service life.
Switch light-operated and wireless remote control power supply, change two kinds of control models, triode VT 1, VT 2, VT 3, VT 4and relay J 1, J 2, J 3, J 4light-operated multiplexing with wireless remote control, save components and parts, reduce costs.Relay J 1, J 2, J 3, J 4select JQX-13F, relay J 5select ZS01 bistable state memory self-locking type.

Claims (6)

1. the light-operated wireless remote control three-phase induction of solar energy micro machine double track is split a curtain, comprises curtain, three-phase induction micro machine M 1, M 2, it is characterized in that: also comprise sun-generated electric power, three-phase inverter, two-layer double width curtain, light-operated module, wireless remote control emitter and receiver assembly, double track is split transmission mechanism, wherein, light-operated module is by optical sensor, preamplifier, shaping phase inverter, open stroke timer, closing stroke timer forms, wireless remote control emitter and receiver assembly are by A, B, C, D, E, F six channel pulse codings, decoding, radio-frequency pulse modulate emission, receive, interlocking is controlled, light-operated module optical sensor plays and starts journey timer through a shaping phase inverter of preamplifier series connection, open the output of stroke timer through resistance R 2meet triode VT 1and relay J 1, triode VT 3and relay J 3, light-operated module optical sensor connects closing stroke timer through two shaping phase inverters of preamplifier series connection, and closing stroke timer is exported through resistance R 1meet triode VT 2and relay J 2, triode VT 4and relay J 4, wireless remote controlled receiver decoding A channel is through resistance R 3meet triode VT 1and relay J 1, B passage is through resistance R 4meet triode VT 2and relay J 2, C-channel is through resistance R 5meet triode VT 3and relay J 3, D passage is through resistance R 6meet triode VT 4and relay J 4, E passage is unsettled, three-phase induction micro machine M 1control circuit is by overload protection electrothermal relay FR, relay contact J 1-1, J 2-2respectively through A.C. contactor K 1, K 2connect three-phase inverter output center line N, phase line, three-phase induction micro machine M 1through ac contactor contact K 1-1, K 1-2, K 1-3with K 2-1, K 2-2, K 2-3be connected into phase sequence a, b, the positive antireciprocal commutation of c, by fuse F 1, F 2, F 3access three-phase inverter output, three-phase induction micro machine M 2control circuit and three-phase induction micro machine M 1control circuit is identical, and double track is split transmission mechanism by three-phase induction micro machine M 1, M 2beam warp transmission case gear reduction transmission Timing Belt draws two-layer double width curtain opening and closing, wireless remote control emitter button S 1control a rail window curtain and open, button S 2control this rail window curtain closed, button S 5control this track and stop transmission, make its curtain at track staying at random location, button S 3control another rail window curtain and open, button S 4control this rail window curtain closed, button S 5control track and stop transmission, make its curtain at track staying at random location, F passage is through resistance R 7meet triode VT 5, bistable state memory self-locking relay J 5, normally-closed contact J 5-1meet light-operated modular power source end, normally opened contact J 5-2the power end that connects wireless remote controlled receiver, tool arm connects sun-generated electric power, button S 6control and switch light-operated and wireless remote control.
2. solar energy according to claim 1 is light-operated splits curtain with wireless remote control three-phase induction micro machine double track, it is characterized in that: sun-generated electric power is by photovoltaic battery panel E 2output is through blocking diode VD 1, relay J contact J -1meet battery E 3, light-operated module, wireless remote controlled receiver power end, three-phase inverter input supply terminal, battery E 3cross pressure-controlled sampling and meet potentiometer RP 2, its variable termination window voltage comparable chip ICa positive input terminal, under-voltage control sampling meets potentiometer RP 1, variable termination window voltage comparable chip IC bnegative input end, window voltage comparable chip ICa negative input end and window voltage comparable chip IC bpositive input terminal is through resistance R 12, R 13divide crimping voltage-stabiliser tube VD 5voltage is made reference, and window voltage is relatively exported through triode and connect relay J, battery E 3be connected in series quick fuse F, and take over control reversal connection diode VD 2.
3. the light-operated wireless remote control three-phase induction of solar energy according to claim 1 micro machine double track is split curtain, it is characterized in that: wireless remote control emitter is by coding chip IC 1pulse code A, B, C, D, E, F six passages, six press keys switch S 1～S 6control, through emitting module P 1strength, modulation, antenna T 1transmitting telecommand.
4. the light-operated wireless remote control three-phase induction of solar energy according to claim 1 micro machine double track is split curtain, it is characterized in that: wireless receiver is by antenna T 2, receiving unit P 2receive remote control command signal, amplify, demodulation, coding chip IC 4pulse decoding, interlocking are controlled, and wherein, E passage is unsettled, and A, B passage are controlled three-phase induction micro machine M 1draw two-layer double width curtain opening and closing, C, D passage are controlled three-phase induction micro machine M 2traction curtain opening and closing, F passage switches light-operated and wireless remote control pattern.
5. the light-operated wireless remote control three-phase induction of solar energy according to claim 1 micro machine double track is split curtain, it is characterized in that three-phase inverter is by insulated gate power triode VT 6, VT 7, VT 8, VT 9, VT 10, VT 11form PWM pulsewidth modulation inversion, six pipe grids connect respectively PWM controller signals voltage, and collector and emitter fly-wheel diode in parallel suppresses transformer and produces backward voltage, VT 6emitter stage series connection VT 9colelctor electrode meets transformer T primary inductance TL 1, VT 7emitter stage series connection VT 10colelctor electrode meets primary inductance TL 2, VT 8emitter stage series connection VT 11colelctor electrode meets transformer T primary inductance TL 3, sun-generated electric power positive pole meets VT 6, VT 7, VT 8colelctor electrode, sun-generated electric power negative pole meets VT 9, VT 10, VT 11emitter stage, transformer secondary output inductance TL 1 ', TL 2 ', TL 3 'as three-phase inverter output a, b, c, relay contact J 1-1, J 1-2a.C. contactor K connects respectively 1, K 2access center line N, phase line, three-phase induction micro machine M 1through overload protection electrothermal relay FR, ac contactor contact K 1-1, K 1-2, K 1-3with K 2-1, K 2-2, K 2-3be connected into positive antireciprocal commutation, through fuse F 1, F 2, F 3connect three-phase inverter output, three-phase induction micro machine M 2control circuit and three-phase induction micro machine M 1control circuit is identical, and transformer PL penetrates phase line and picks up load current signal feedback and connect the pulsewidth modulation of PWM controller.
6. the light-operated wireless remote control three-phase induction of solar energy according to claim 1 micro machine double track is split curtain, it is characterized in that: double track is split transmission mechanism by two guide rails, four transmission cases, article two, Timing Belt, four traction cranes, four groups of hanging wheels, four hook support form, two guide rail two ends connect respectively transmission case, guide rail inside is by the closed engagement of Timing Belt two ends transmission case gear, Timing Belt meshes respectively two the traction cranes in left and right, two of left and right traction crane is inserted two groups of hanging wheels subsequently, four hook support are put respectively in four transmission case outsides, the transmission case gear shaft socket three-phase induction micro-motor of two guide rail one end, two-layer double width curtain top hook is hooked in respectively on four traction cranes, two-layer double width curtain end hook is hooked in respectively in four hook support, all the other hooks of two-layer double width curtain are hooked in respectively on four groups of hanging wheels.
CN201420339607.8U 2014-06-13 2014-06-13 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain Expired - Fee Related CN203885234U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420339607.8U CN203885234U (en) 2014-06-13 2014-06-13 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420339607.8U CN203885234U (en) 2014-06-13 2014-06-13 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain

Publications (1)

Publication Number Publication Date
CN203885234U true CN203885234U (en) 2014-10-22

Family

ID=51711694

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420339607.8U Expired - Fee Related CN203885234U (en) 2014-06-13 2014-06-13 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain

Country Status (1)

Country Link
CN (1) CN203885234U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105147037A (en) * 2014-06-13 2015-12-16 梅玉刚 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105147037A (en) * 2014-06-13 2015-12-16 梅玉刚 Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain

Similar Documents

Publication Publication Date Title
CN105193225A (en) Solar infrared sunlight double-control single-phase micro motor double-rail bilaterally-opened curtain
CN203885234U (en) Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain
CN203885236U (en) Solar-energy-power-source radio-remote-control light-control oppositely-opened curtain
CN203873504U (en) Solar power supply infrared module remote control and light-controlled curtain
CN203883713U (en) Solar-energy three-phase micro motor cloth exhibiter controlled by infrared or light
CN203885233U (en) Solar light-control wireless-remote-control single-phase-micromotor double-track oppositely-opened curtain
CN203873508U (en) Solar energy infrared and sunlight double control double-track bilateral open curtain with single phase micromotors
CN203873507U (en) Solar energy infrared remote control and light control curtain with three-phase induction micromotor
CN203935006U (en) Solar energy light-operated with the wireless remote control three-phase induction micro machine list curtain of windowing
CN204049179U (en) Solar energy daylight infrared dual control three-phase micro machine double track splits curtain
CN203873499U (en) Solar energy sunlight and infrared double control curtain with two-phase servo motor
CN104643875B (en) Solar sunlight infrared double control three-phase micro motor double track opposite-opening curtain
CN203885238U (en) Solar sunlight-and-infrared-control three-phase-induction-micromotor double-track one-way-opened curtain
CN203873513U (en) Solar energy infrared and light control double-track single opening curtain with direct-current micromotors
CN203935005U (en) The light-operated wireless remote control three-phase induction of the solar energy micro machine double track list curtain of windowing
CN203873498U (en) Solar energy sunlight infrared control double-track bilateral open curtain with direct-current micromotors
CN105193224A (en) Solar sunlight infrared control three-phase induction micro motor double-rail unilaterally-opened curtain
CN203933468U (en) Solar energy three-phase electrical micro-machine is wireless splits cloth art display machine with light dual control
CN203873505U (en) Solar energy wireless remote control and light control bilateral open curtain with two-phase servo motor
CN203885235U (en) Solar light-and-infrared-control single-phase-micromotor double-track one-way-opened curtain
CN204071638U (en) Solar wireless remote-controlled and light-operated single-phase micro machine double track list is windowed curtain
CN203883716U (en) Solar energy single-phase micro motor cloth exhibiter controlled by light or wireless mode
CN203933467U (en) The light-operated infrared remote control of the single-phase electrical micro-machine of solar energy is split cloth art display machine
CN105147037A (en) Solar light-control wireless-remote-control three-phase-induction-micromotor double-track oppositely-opened curtain
CN203916100U (en) Solar energy light infrared remote control sound sensing three-phase micro machine stage curtain drawing machine

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20141022

Termination date: 20150613

EXPY Termination of patent right or utility model