CN201466387U - Radio frequency encoding-based wireless remote control socket device - Google Patents
Radio frequency encoding-based wireless remote control socket device Download PDFInfo
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- CN201466387U CN201466387U CN2009201207653U CN200920120765U CN201466387U CN 201466387 U CN201466387 U CN 201466387U CN 2009201207653 U CN2009201207653 U CN 2009201207653U CN 200920120765 U CN200920120765 U CN 200920120765U CN 201466387 U CN201466387 U CN 201466387U
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Abstract
The utility model provides a radio frequency encoding technology-based wireless remote control socket device, which comprises a remote control socket and a remote controller matched used together with the remote control socket, wherein the remote control socket is provided with a microprocessor system module, and an LCD display module, a key setting module, a wireless transceiver module, a waterproof detection module, an abnormity audible and visible signal alarming module, a photoelectric control module and a power management module which are connected with the microprocessor system module; and the remote controller is provided with the microprocessor system module, and the LCD display module, the key setting module, the wireless transceiver module, an abnormity optical signal prompting module and the power management module which are connected with the microprocessor system module. When used, the radio frequency encoding technology-based wireless remote control socket device can remotely control the on-off state of each socket jack on the remote control socket through the remote controller; and the remote control socket also has an addressable function and an intelligent waterproof function. The radio frequency encoding technology-based wireless remote control socket device is characterized by reasonable structure, reliable performance, safety use, low cost, and convenient control.
Description
Technical field
The utility model relates to a kind of wireless remote controlled socket device.
Background technology
Along with the raising of people's living standard and the fast development of hyundai electronics information technology, increasing power consumption equipment appears in our life, and the power supply of power consumption equipment and socket often relatively disperse, and the unification of power supply effectively management becomes a difficult problem.But be badly in need of a kind of single remote controller in the market to the remote control of many sockets, with the long-distance remote control device of the power consumption equipment power supply unified management that disperses.
In the prior art, most sockets all are the plug mechanical components that power supply can only manually be provided to power consumption equipment, have some infrared remote control sockets that the remote control controlled function can be provided, but the restriction that infrared ray is subjected to are many, and control is inconvenient, dumb.The remote control socket wireless remotecontrol of only a few, though adopt wireless remotecontrol, socket does not provide the addressing function, can't realize the remote control of one-to-many socket as patent No. ZL 200620159220.X (intelligent distant control socket); Application number 200710027159.2 (a kind of remote control socket system and wireless remote control method thereof) then can only be realized unidirectional remote control, lack a remote controller and control the one-to-many control model and the two-way control of a plurality of remote control sockets, lack water-proof function, and when the remote controller control operation is a plurality of when being positioned at the remote control socket of operating distance scope, occur misoperation easily, have potential safety hazard.
Therefore,, design a kind of addressable intelligent wireless remote control socket device, become the task of top priority in order to the problem that solves above-mentioned existence using for reference on the existing remote control socket function basis.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of wireless remote controlled socket device based on the radio frequency coding techniques.For this reason, the utility model is by the following technical solutions: it comprises remote control socket and the remote controller that is used with it, and described remote control socket is provided with the microprocessor system module and the LCD display module, the button that link to each other therewith are provided with module, radio receiving transmitting module, waterproof detection module, abnormal sound, light alarm module, photo-electric control module, power management module; Described remote controller is provided with the microprocessor system module and continuous therewith LCD display module, button is provided with module, radio receiving transmitting module, unusual light signal reminding module and power management module.
By above technical scheme, when the utility model uses, can be by each receptacle sockets on/off state on the remote controller far distance controlled remote control socket, and remote control socket also has addressable and intelligent water-proof function, the utility model is rational in infrastructure, dependable performance, safe in utilization, cost is low, control is convenient.
Description of drawings
Fig. 1 is the structural representation of remote control socket of the present utility model;
Fig. 2 is the structural representation of remote controller of the present utility model;
Fig. 3 is a function diagram of the present utility model;
Fig. 4 is two-way control logic figure of the present utility model;
Fig. 5 is that waterproof of the present utility model detects schematic diagram;
Fig. 6 is for address registration of the present utility model and get the location operational flowchart;
Fig. 7 is provided with flow chart for the timing controlled time of the present utility model.
Embodiment
The utility model is made up of remote control socket and the remote controller that is used with it, and remote control socket and remote controller can receive and transmit.
Referring to accompanying drawing 1.The LCD display module, the button that are provided with the microprocessor system module in the remote control socket of the present utility model and link to each other therewith are provided with module, radio receiving transmitting module, waterproof detection module, abnormal sound, light alarm module, photo-electric control module, power management module.Following sub-module describes in detail:
The microprocessor system module of remote control socket comprises microprocessor, clock module and memory module, microprocessor adopts 8 STC11/10XX Series P DIP-40 package handlers, clock module adopts the DS1302 clock chip, outer memory module adopts 256 byte RAM of band in the 8155H, and clock module directly links to each other with microprocessor with memory module;
The LCD display module of remote control socket comprises LCD display 1, LCD drive circuit, and LCD display 1 links to each other with the LCD drive circuit, and the LCD drive circuit links to each other with the microprocessor system module;
The button of remote control socket is provided with module and comprises 2,6 receptacle sockets hand switches 5 of 7,4 function buttons of 1 socket total power switch button, 4 function buttons 2 link to each other with the microprocessor system module, and socket total power switch button 7 links to each other with 6 jack system power supplies on the supply receptacle sockets with 6 receptacle sockets hand switches 5; And the power line of remote control socket can plug.
The radio receiving transmitting module of remote control socket comprises radio frequency interface module, radio frequency chip and coding/decoding module composition, and described radio frequency interface module links to each other with radio frequency chip, and radio frequency chip links to each other with coding/decoding module, and coding/decoding module links to each other with the microprocessor system module; Radio receiving transmitting module adopts the nRF403 radio frequency chip of collection transceiver, and coding/decoding module has adopted the UM3758-108A chip of collection coding and decoding one; Radio receiving transmitting module carries out bidirectional transfer of information by built-in radio-frequency antenna 4 with remote controller.
The waterproof detection module of remote control socket comprises waterproof test point, change-over circuit, and the waterproof test point links to each other with change-over circuit, and change-over circuit links to each other with abnormal sound, visual alarm module; The waterproof test point comprises waterproof test point 13, No. two waterproof test points 14, No. three waterproof test points 15, No. four waterproof test points 16.Therefore remote control socket of the present utility model has water-proof function, meets water and can cut off the socket general supply automatically.
The abnormal sound of remote control socket, light alarm module comprise the alarm signal output device that alarm signal receiving system, LED lamp 10 and abnormal alarm loud speaker 9 are formed, described alarm signal receiving system links to each other with the microprocessor system module, and the microprocessor system module links to each other with the alarm signal output device that LED lamp and abnormal alarm loud speaker are formed.
The photo-electric control module of remote control socket is made up of photoelectric controller, photo-electric control drive circuit, described remote control socket photoelectric controller links to each other with the receptacle sockets 11 of socket, photoelectric controller links to each other with the photo-electric control drive circuit, the photo-electric control drive circuit links to each other with the microprocessor system module, wherein the photo-electric control drive circuit adopts the MOC3061 chip, realizes low electric control forceful electric power, is coupled with photoelectricity between the low electric forceful electric power, effectively avoid electric spark, safe and reliable.
The power management module of remote control socket comprises transforming circuit, current rectifying and wave filtering circuit, voltage stabilizing circuit, voltage distribution circuit, described transforming circuit links to each other with the system power supply of supplying with socket, transforming circuit links to each other with current rectifying and wave filtering circuit, current rectifying and wave filtering circuit links to each other with voltage stabilizing circuit, voltage stabilizing circuit links to each other with the voltage distribution circuit, and the voltage distribution circuit links to each other with each module input voltage interface.
In addition, also be provided with illuminating lamp 3, total power light 8, three core power line sockets 6, receptacle sockets numbering 17 and label 12 on the socket.
Bidirectional transfer of information between remote controller of the present utility model and the remote control socket, remote controller can received signals, and remote control socket can send signal, and remote control socket also can return abnormal information and give remote controller.
With reference to Fig. 2, below the remote controller sub-module is described in detail:
Corresponding with remote control socket, be provided with microprocessor system module, LCD display module, button in the remote controller equally module, remote controller radio receiving transmitting module, unusual light signal reminding module, power management module are set.
The microprocessor system module of remote controller comprises microprocessor, clock module and memory module, microprocessor adopts 8 STC11/10XX Series P DIP-40 package handlers, clock module adopts the DS1302 clock chip, outer memory module adopts 256 byte RAM of band in the 8155H, and clock module directly links to each other with microprocessor with memory module.
The LCD display module of remote controller comprises LCD display 19, LCD drive circuit, and described LCD display 19 links to each other with the LCD drive circuit, and the LCD drive circuit links to each other with the microprocessor system module.
The button of remote controller is provided with module and comprises 20,6 digital keys of 22,5 function setting buttons of 1 remote controller general supply control switch button 24,6 receptacle sockets numberings of corresponding remote control socket respectively, described 1 remote controller general supply control switch button 22 directly links to each other with power management module, 5 function setting buttons link to each other with the microprocessor system module, and 6 digital keys link to each other with the microprocessor system module.21 is label in the described remote controller accompanying drawing.
The radio receiving transmitting module of remote controller comprises radio frequency interface module, radio frequency chip and coding/decoding module composition, and described radio frequency interface module links to each other with radio frequency chip, and radio frequency chip links to each other with coding/decoding module, and coding/decoding module links to each other with the microprocessor system module.Radio receiving transmitting module adopts the nRF403 radio frequency chip of collection transceiver, and coding/decoding module has adopted the UM3758-108A chip of collection coding and decoding one; Radio receiving transmitting module carries out bidirectional transfer of information by radio-frequency antenna 18 and remote control socket.
The unusual light signal reminding module of remote controller, comprise unusual light signal receiving and by LED lamp 23 prompts displayed signal output apparatus, described unusual light signal receiving links to each other with the microprocessor system module, the microprocessor system module with link to each other by LED lamp 23 prompts displayed signal output apparatus.
The power management module of remote controller comprises No. seven battery pack 25 of two joints, voltage stabilizing circuit, voltage distribution circuit, No. seven battery pack 25 of two joints link to each other with the voltage stabilizing treatment circuit, the voltage stabilizing treatment circuit links to each other with the voltage distribution circuit, and the voltage distribution circuit links to each other with each module input voltage interface.
Remote controller of the present utility model can be realized the remote control of one-to-many socket, adopts radiofrequency signal to communicate by letter between remote controller and the remote control socket.Remote controller can be stored the address code of remote control socket, switches arbitrarily between remote controller and remote control socket support reception, the sending mode, and when certain the receptacle sockets operation irregularity on the remote control socket, remote control socket provides sound, two kinds of different type of alarms of light.
When the receptacle sockets numerical digit button 24 on the corresponding remote control socket on Fig. 2 remote controller is pressed, then the T/R pin of microprocessor selection coding/decoding module UM3758-108A is " 1 ", make it to be in coding mode, set radio frequency chip nRF403TEXN pin again and be changed to " 1 ", make it to be in sending mode, microprocessor entered sleep pattern after the code signal of digital keys triggering was launched by the radio-frequency antenna 18 of radio-frequency module then, to save power consumption. the remote control socket radio receiving transmitting module detects signal by built-in radio-frequency antenna 4, microprocessor on the remote control socket transfers mode of operation to by sleep pattern, make the remote control socket radio receiving transmitting module be in receiving mode, it is decoding mode that coding/decoding module is set, after decoding is finished, microprocessor reads this " digital keys " sign indicating number, go to control corresponding with it receptacle sockets 11 according to the decoding of this key assignments, finish once control. time is up as timing when unusual generation, abnormal alarm loud speaker on the remote control socket 9 is reported to the police at this moment, microprocessor changes mode of operation into by sleep pattern, the binary coding of again that correspondence is unusual receptacle sockets numbering No. 17 feeds back to remote controller, remote controller receives and deciphers the LED lamp 23 that drives corresponding digital keys 24 tops simultaneously, the flicker of LED lamp just knows that the respective socket jack on the respective socket is unusual, after avoiding when a plurality of remote control sockets one are reinstated, hearing chimes of doom, and do not know it is which road receptacle sockets on which number socket is unusual.
Fig. 3 is a function diagram of the present utility model, and the advantageous feature of the utility model maximum is: adopt radio-frequency technique, realized the corresponding many sockets remote control of a remote controller, bidirectional transfer of information between remote controller and the remote control socket.Its concrete function is as follows: (1) is RF remote-controlled: adopt radio-frequency technique to realize remote control, not influenced by remote control orientation, barrier; (2) timing remote control: clock module all is with in remote control socket and remote controller inside, can play regularly break-make receptacle sockets power supply, and it is divided into manual timing and long-distance remote control timing again; (3) LED lamp night illumination: make things convenient for to plug power supply night; (4) bidirectional transfer of information control: information bidirectional transmission between remote controller and the remote control socket comprises information bidirectional transmission such as receptacle sockets on/off, timing; (5) clock shows: owing to adopted clock module that the Presentation Function of time can be provided; (6) abnormality processing: this function is divided into voice signal prompting and light signal prompting, and wherein the remote control socket end has sound and the prompting of light signal dual mode when unusual the generation, at the remote controller end voice signal prompting is arranged; (7) can plug electric source line interface: make things convenient for the plug of remote control socket power line; (8) one-to-many socket remote control: remote controller can a plurality of remote control sockets of corresponding remote control; (9) intelligent water-proof function: start this function when socket is met water, remote control socket cuts off total power switch automatically, damages to prevent the power consumption equipment short circuit.
Fig. 4 is two-way control logic figure of the present utility model, but the sacrificial vessel body used when implementing.
Concrete operations are as follows: the sequence number on each remote control socket, and promptly the home address sign indicating number of remote control socket is registered on remote controller earlier, and remote controller is left the address code of this remote control socket in the RAM memory.If will control certain number receptacle sockets on/off state on the remote control socket, then select earlier to want the remote control socket address controlled, remote control microprocessor finds the address that will send and extracts in the RAM memory, can choose required address this moment according to screen display, press " transmission " key in the function setting button 20 after finishing, data send through radio receiving transmitting module.Remote control socket receives the data that remote controller sends and decodes, and decoding is finished back remote control socket microprocessor and carried out the on/off state of controlling the respective socket jack.
Remote control socket extracts the address of unusual receptacle sockets earlier when remote control socket receptacle sockets operation irregularity, and coding, modulation back send to remote controller by radio receiving transmitting module.Remote controller receives and extracts address code (registering before the address code of the remote control socket) demodulation then of number one remote control socket on remote controller in the internal RAM memory, the pairing decoding, then do not carry out any action if get nowhere, the address code of second remote control socket of registration before remote control microprocessor is extracted in the RAM memory block again, and repeat above-mentioned pairing decode operation, up to the address code that in the RAM memory, finds corresponding remote control socket, decode successfully, remote control microprocessor drives the LED lamp of digital keys 24 tops then, informs the receptacle sockets abnormal information.Whole two-way control logic is finished.
Fig. 5 is an intelligent waterproof detection module schematic diagram of the present utility model, but when the sacrificial vessel body is implemented with reference to use.Four waterproof test points are placed on the detection module on four angles of remote control socket respectively, and four waterproof test points can replace with the bipod contact pin when specifically implementing, and P.x connects the common I/O mouth of microprocessor.Circuit is drawn high by pull-up resistor when anhydrous at ordinary times, and 74LS21 type and gate output terminal are " high level "; Utilize the conductivity entire circuit of water all can constitute the conducting loop when any one test point is met water, this moment, level was undercuted, and the 74LS21 type is lighted with prompting for " low level " simultaneously corresponding LED lamp with gate output terminal and intake.This waterproof detection module also has preferential arbitration functions, as long as being arranged, one road test point meets water earlier, 74LS21 type and gate output terminal level will have " high level " to become " low level ", no matter whether other roads meet water, microprocessor will be signal with the first via all, the very first time is cut off the remote control socket battery main switch, to prevent that power consumption equipment on the socket from because of meeting the water short circuit, causing damage.
Fig. 6 is for address registration of the present utility model and get the location operational flowchart, and remote controller is discerned remote control socket by the remote control socket address code, and remote control socket has the receptacle sockets of six road different codings available.When remote control socket returned unusual receptacle sockets numbering, not whether the remote control socket address code that remote controller is left before relying on is debated was not effective remote control socket inverse signal, and judged whether decoding.
The utility model address registration concrete operations are as follows: press the geocoding that " looking into the location " key on the remote control socket function button 2 is checked this remote control socket, carry out location registration manually again to the remote controller: pressing " pattern " key on the function setting button 20 on the remote controller, to select " reading address pattern " still be " writing address pattern ", " writing address pattern " selected in address registration, then selects " reading address pattern " if need to send remote control command; Write the remote control socket address code by " setting " key on the function setting button 20 on the remote controller then, press " affirmation " key on the remote controller at last, the registration of remote control socket address code is finished.
It is as follows that the utility model is got location operation concrete operations: press on the remote controller " pattern " key on the function setting button 20 earlier and select " reading address pattern ", show all remote control socket address codes of on this remote controller registering on the LCD display 19 this moment, choose required remote control socket address code as required, press remote-controller function at last " affirmation " key on the button 20 is set, can number by the respective socket jack that digital keys on the remote controller 24 is set respectively on the remote control socket then, can realize the operations such as switching power supply of the receptacle sockets of reference numeral.After selecting to finish the address code of certain remote control socket, all the control buttons on the remote controller are all only effective to this remote control socket at this moment.
Every road receptacle sockets on the remote control socket is removed and is utilized remote controller to control the on/off state, can also control the on/off state by hand switch.
Fig. 7 is provided with flow chart for the timing controlled time of the present utility model.Can be divided into and timing manually is set on the remote control socket and timing is set at a distance.Set timing for the receptacle sockets on the remote control socket, can realize the receptacle sockets on/off state of timing controlled remote control socket.Its concrete operations are as follows: the timing controlled time is set at a distance, on remote controller, operate, press " time " key on the function setting button 20 earlier, press " setting " key again and carry out the time setting, press " affirmation " key after setting again, the setting of timing controlled time is finished; It is as follows that the concrete operations of timing controlled time manually are set: manually be provided with regularly, operate on remote control socket, press " time " key on the function button 2, press " setting " key again, set the timing controlled time that needs, press " affirmation " key at last, the setting of timing controlled time is finished.
The utility model transmits because of utilizing radio-frequency technique, so control is subjected to the orientation restriction unlike infrared ray, illuminating lamp 3 on the remote control socket makes things convenient for and plugs power consumption equipment night, also have the flicker of respective socket jack LED lamp when loud speaker is reported to the police, increasing prompting also can be with this LED lamp flash signal telepresence to remote controller.The utlity model has the geocoding function, six tunnel different receptacle sockets on/off states on a plurality of remote control sockets of remote control simultaneously, remote control is variation, convenient purification, simplification, hommization more; LCD display can also show information such as time, remote control socket address code and each receptacle sockets numbering simultaneously.
The beneficial effects of the utility model are: can be in 50 meters scopes receptacle sockets on/off state on any one local control remote control socket, be not subjected to the impact of barrier, the two-way signaling transmission, the remote control of one-to-many socket, the intelligence waterproof, the receptacle sockets on/off state of timing controlled remote control socket has the feedback of time showing, abnormal sound, light alarm and abnormal signal, intelligent water-proof function simultaneously. The utlity model has that rational in infrastructure, good looking appearance, power line can plug, volume is little, easy to use, energy-conservation, the advantage such as remote control is convenient, flexible.
Claims (9)
1. the wireless remote controlled socket device based on the radio frequency coding is characterized in that it comprises remote control socket and the remote controller that is used with it; Described remote control socket is provided with the microprocessor system module and continuous therewith LCD display module, button is provided with module, radio receiving transmitting module, waterproof detection module, abnormal sound, light alarm module, photo-electric control module, power management module; Described remote controller is provided with the microprocessor system module and continuous therewith LCD display module, button is provided with module, radio receiving transmitting module, unusual light signal reminding module and power management module.
2. a kind of wireless remote controlled socket device as claimed in claim 1 based on the radio frequency coding, the microprocessor system module that it is characterized in that described remote control socket comprises microprocessor, clock module and memory module, and described clock module links to each other with microprocessor with memory module; The LCD display module of described remote control socket comprises LCD display, LCD drive circuit, and described LCD display links to each other with the LCD drive circuit, and the LCD drive circuit links to each other with the microprocessor system module; The radio receiving transmitting module of described remote control socket comprises radio frequency interface module, radio frequency chip and coding/decoding module composition, described radio frequency interface module links to each other with radio frequency chip, radio frequency chip links to each other with coding/decoding module, and coding/decoding module links to each other with the microprocessor system module; The waterproof detection module of described remote control socket comprises waterproof test point, change-over circuit, and described waterproof test point links to each other with change-over circuit, and change-over circuit links to each other with sound, light alarm module; The abnormal sound of described remote control socket, light alarm module comprise the alarm signal output device that alarm signal receiving system, LED lamp and loud speaker are formed, described alarm signal receiving system links to each other with the microprocessor system module, and the microprocessor system module links to each other with the alarm signal output device of being made up of LED lamp and loud speaker; The photo-electric control module of described remote control socket comprises photoelectric controller, photo-electric control drive circuit, and described photoelectric controller links to each other with receptacle sockets and photo-electric control drive circuit in the socket, and the photo-electric control drive circuit links to each other with the microprocessor system module.
3. a kind of wireless remote controlled socket device as claimed in claim 1 based on the radio frequency coding, the microprocessor system module that it is characterized in that described remote controller comprises microprocessor, clock module and memory module, and clock module links to each other with microprocessor with memory module; The LCD display module of described remote controller comprises LCD display, LCD drive circuit, and described LCD display links to each other with the LCD drive circuit, and the LCD drive circuit links to each other with the microprocessor system module; The radio receiving transmitting module of described remote controller comprises radio frequency interface module, radio frequency chip and coding/decoding module composition, and described radio frequency interface module links to each other with radio frequency chip, and radio frequency chip links to each other with coding/decoding module, and coding/decoding module links to each other with the microprocessor system module; The unusual light signal reminding module of described remote controller comprises unusual light signal receiving and by LED lamp prompts displayed signal output apparatus, described unusual light signal receiving links to each other with the microprocessor system module, the microprocessor system module with link to each other by LED lamp prompts displayed signal output apparatus.
4. a kind of wireless remote controlled socket device as claimed in claim 1 based on the radio frequency coding, the radio receiving transmitting module that it is characterized in that described remote control socket and remote controller has adopted the nRF403 radio frequency chip that collects transceiver, and described coding/decoding module has adopted the UM3758-108A chip of collection coding and decoding one.
5. a kind of wireless remote controlled socket device as claimed in claim 1 based on the radio frequency coding, it is characterized in that microprocessor adopts 8 STC11/10XX Series P DIP-40 package handlers in the microprocessor system module of described remote controller and remote control socket, clock module adopts the DS1302 clock chip.
6. a kind of wireless remote controlled socket device based on radio frequency coding as claimed in claim 1 is characterized in that adopting MOC3061 series driver in the photo-electric control module of described remote control socket.
7. a kind of wireless remote controlled socket device based on the radio frequency coding as claimed in claim 1 is characterized in that being between described remote controller and the remote control socket bidirectional transfer of information.
8. a kind of wireless remote controlled socket device based on radio frequency coding as claimed in claim 1 is characterized in that adopting radiofrequency signal to communicate by letter between described remote control socket and the remote controller.
9. a kind of wireless remote controlled socket device based on the radio frequency coding as claimed in claim 1 is characterized in that described remote controller leans on the remote control socket address code to discern remote control socket, and remote control socket has the receptacle sockets of six road different codings available.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201207653U CN201466387U (en) | 2009-06-01 | 2009-06-01 | Radio frequency encoding-based wireless remote control socket device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201207653U CN201466387U (en) | 2009-06-01 | 2009-06-01 | Radio frequency encoding-based wireless remote control socket device |
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| CN201466387U true CN201466387U (en) | 2010-05-12 |
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| CN102495558A (en) * | 2011-12-14 | 2012-06-13 | 浙江国自机器人技术有限公司 | System and method for remotely controlling turn-on or turn-off of electric equipment by using radio frequency communication |
| CN102593670A (en) * | 2011-12-06 | 2012-07-18 | 许季祥 | Intelligent remote network-controlled socket |
| CN102800181A (en) * | 2012-02-27 | 2012-11-28 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN103326198A (en) * | 2013-06-27 | 2013-09-25 | 福建易美特电子科技有限公司 | Remote control socket with learning function |
| CN103392268A (en) * | 2010-11-26 | 2013-11-13 | 美国英太克有限公司 | Remote control power units |
| CN103794955A (en) * | 2012-10-29 | 2014-05-14 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and intelligent strip thereof, and intelligent power supply method |
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| CN103392268A (en) * | 2010-11-26 | 2013-11-13 | 美国英太克有限公司 | Remote control power units |
| CN102593670A (en) * | 2011-12-06 | 2012-07-18 | 许季祥 | Intelligent remote network-controlled socket |
| CN102495558A (en) * | 2011-12-14 | 2012-06-13 | 浙江国自机器人技术有限公司 | System and method for remotely controlling turn-on or turn-off of electric equipment by using radio frequency communication |
| CN102800181A (en) * | 2012-02-27 | 2012-11-28 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN102800181B (en) * | 2012-02-27 | 2015-02-18 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN103794955B (en) * | 2012-10-29 | 2016-06-29 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and Intelligent socket thereof and intelligent power supply method |
| CN103794955A (en) * | 2012-10-29 | 2014-05-14 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and intelligent strip thereof, and intelligent power supply method |
| CN103326198A (en) * | 2013-06-27 | 2013-09-25 | 福建易美特电子科技有限公司 | Remote control socket with learning function |
| CN103326198B (en) * | 2013-06-27 | 2015-08-12 | 福建易美特电子科技有限公司 | With the remote control socket of learning functionality |
| CN104238392B (en) * | 2014-09-03 | 2017-08-25 | 杭州士兰控股有限公司 | Remote circuit device and its remote controlled lantern component and to code method |
| CN106200439A (en) * | 2016-09-07 | 2016-12-07 | 穆特科技（武汉）股份有限公司 | Intelligent socket controller |
| CN107394523A (en) * | 2017-06-28 | 2017-11-24 | 公牛集团有限公司 | A kind of intelligent socket system and its control method |
| CN110388329A (en) * | 2018-04-16 | 2019-10-29 | 五昌宏有限公司 | The remote control device of fan or warm-air drier |
| CN110444936A (en) * | 2019-07-17 | 2019-11-12 | 安徽融易供应链管理有限公司 | A kind of Internet of Things intelligent socket |
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