CN104062927A - Method and system for intelligent remote switch control over socket - Google Patents
Method and system for intelligent remote switch control over socket Download PDFInfo
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- CN104062927A CN104062927A CN201410337760.1A CN201410337760A CN104062927A CN 104062927 A CN104062927 A CN 104062927A CN 201410337760 A CN201410337760 A CN 201410337760A CN 104062927 A CN104062927 A CN 104062927A
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- socket
- controller
- steering order
- control
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/66—Structural association with built-in electrical component
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- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
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Abstract
The invention relates to a system and method for remote switch control over switch-on and switch-off of a socket according to weekly plans, daily plans and temporary instructions. The system for intelligent switch control over the socket comprises an input end, an intelligent socket controller connected with the input end and the socket connected with the intelligent socket controller. Control over switch-on or switch-off of the socket is achieved according to the instructions so that control over switch-on or switch-off of an electrical appliance connected to the socket can be achieved. The method for intelligent remote switch control over the socket includes the steps that a user remotely sets control instructions of weekly plans, daily plans and/or temporary instructions to control the socket to be disconnected or connected, so that control over switch-on or switch-off of the electrical appliance connected to the socket is achieved. According to the system and method, by powering off the socket connected with the electrical appliance, no-load energy consumption of the electrical appliance is eradicated, meanwhile, the using time of the electrical appliance can be effectively managed, electric energy is saved, misuse of the electrical appliance is eradicated, and the service life of the electrical appliance is prolonged.
Description
[technical field]
The present invention relates to a kind of Based Intelligent Control to socket, be specifically related to a kind of system and method that the open and close of socket is carried out to remote switch Based Intelligent Control according to modes such as week plan, daily planning and provisional injunctions.
[background technology]
Saving now the energy becomes the common topic in the world, and most people is closed electrical equipment can not pull up plug, causes hundreds of millions of electrical equipment per minutes per second all in zero load power consumption, has caused great energy dissipation.And in prior art, be all from electrical equipment itself energy-conservation, reduce discharging and start with, produce the product that various energy consumptions are low, but after still not solving electrical equipment and closing not unplugg cause the problem of unloaded power consumption.
[summary of the invention]
After cutting out, electrical equipment forgets that in order to solve user unplugg causes the problem of unloaded power consumption, the invention provides a kind of system of socket being carried out to remote switch Based Intelligent Control.
The present invention also provides a kind of method of socket being carried out to remote switch Based Intelligent Control.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of method of socket being carried out to remote switch Based Intelligent Control is provided, and the described method that socket is carried out to intelligent switching control comprises step:
A: input control order;
B: controller receives described steering order and this steering order is sent to socket;
C: control described socket disconnection or closed, realize with this control opening or closing into the electrical equipment of described socket that achieves a butt joint with this.
According to the preferred technical solution of the present invention: the described method that socket is carried out to intelligent switching control comprises step:
A: the long-range steering order of inputting all plans, daily planning and/or provisional injunction by being provided with inputting interface input end of user;
B: the described steering order that input end is set user sends to controller, described controller receives described steering order and according to described steering order control socket;
C: described socket is controlled, realizes and disconnecting or closure, realizes with this control opening or closing into the electrical equipment of described socket that achieves a butt joint with this.
According to the preferred technical solution of the present invention: in described steps A, described week plan refers to that described intelligent socket controller circulates weekly and disconnects or closed described socket according to steering order;
Described daily planning refers to that described intelligent socket controller circulates and opens or closed described socket in the from date of setting to every day in during the date of expiry according to steering order;
Described provisional injunction refers to that described intelligent socket controller disconnects or closed socket immediately according to steering order, or disconnects immediately or closed socket at certain time point of setting.
The present invention also provides a kind of system of socket being carried out to remote switch Based Intelligent Control, the described system that socket is carried out to intelligent switching control comprises carries out the input end of steering order input, is connected the intelligent socket controller for receiving described input end steering order with described input end, be connected the socket for receiving intelligent socket controller instruction with described intelligent socket controller, described socket is realized the control opening or closing with this control opening or closing into the electrical equipment of described socket that achieves a butt joint according to described instruction.
According to the preferred technical solution of the present invention: described input end is provided with inputting interface, user is by described inputting interface input instruction, described input end comprises computer, mobile phone, landline telephone and/or industrial computer, described input end also comprises operation service platform, and computer, mobile phone, landline telephone and/or the industrial computer of described input end is connected with described intelligent socket controller by described operation service platform and in the mode of telephone network and/or internet.
According to the preferred technical solution of the present invention: described steering order comprises all plans, daily planning and/or provisional injunction;
Wherein, described week plan refers to that described intelligent socket controller circulates weekly and disconnects or closed described socket according to steering order;
Described daily planning refers to that described intelligent socket controller circulates and opens or closed described socket in the from date of setting to every day in during the date of expiry according to steering order;
Described provisional injunction refers to that described intelligent socket controller disconnects or closed socket immediately according to steering order, or disconnects immediately or closed socket at certain time point of setting.
According to the preferred technical solution of the present invention: described week all arranges disconnection, the closure of multistage different time sections in the works in weekly every day as required, and all Planning Directive priority is 2;
Disconnection, closure that multistage different time sections is set as required in described daily planning every day during setting, the instruction priority of described daily planning is 1;
Described provisional injunction disconnected immediately in the time of setting, closed socket, and described provisional injunction priority is 0;
In the date section of described all plans, daily planning and/or provisional injunction, priority is set as required.
According to the preferred technical solution of the present invention: disconnect one or more sockets according to steering order in described all plans, daily planning and/or provisional injunction, or disconnect the one or more socket apertures on a socket.
According to the preferred technical solution of the present invention: described controller comprises: for receiving controller access part, controller main control part, controller power pack, controller clock part, the controller radiating portion of steering order, described controller access part is connected with described controller main control part, described controller main control part is connected with described controller clock part, described controller power pack is connected with described controller main control part, and described controller main control part is connected with described controller radiating portion.
According to the preferred technical solution of the present invention: described socket comprises: socket main control part, socket receiving unit, socket power pack and socket control section, wherein, described socket receiving unit is connected with controller radiating portion, described socket receiving unit is connected with described socket main control part, described socket main control part is connected with described socket control section, and described socket power pack is connected with described socket main control part.
The present invention by the socket auto-breaking of Based Intelligent Control connecting circuit, stops the unloaded power consumption of electric equipment, and the service time that can effectively manage electrical equipment, saves energy, stops the improper use of electrical equipment simultaneously, extends electrical equipment serviceable life.
[brief description of the drawings]
Fig. 1 the present invention carries out the system construction drawing of remote switch Based Intelligent Control to socket;
Fig. 2 middle controller modular structure of the present invention figure;
The access section parallel circuit figure being connected with industrial computer in Fig. 3 controller;
Main control part circuit diagram in Fig. 4 controller;
Power pack circuit diagram in Fig. 5 controller;
Storage area circuit diagram in Fig. 6 controller;
Fig. 7 controller clock partial circuit figure;
Radiating portion circuit diagram in Fig. 8 controller;
Fig. 9 jack module structural drawing;
Figure 10 socket circuit schematic diagram;
[embodiment]
The present invention a kind of realizes that controller manages according to modes such as " all plans, daily planning, provisional injunctions " that multiple intelligent wireless energy-saving sockets disconnect or closed based on host computer, internet or mobile Internet; Be applied in mechanism, the planned disconnection of family, the closed electric equipment being connected with intelligent wireless energy-saving socket, stop the unloaded power consumption of electrical equipment and realize novel energy-conserving pattern.
Establishing method is by various ways settings " all plans, daily planning, provisional injunction " such as host computer, internet or mobile Internets, and is sent to local controller, and controller is realized the disconnection of intelligent wireless energy-saving socket, closure according to the instruction of setting.Controller in the present invention can be by control modes such as USB interface communication, WIFI interface communications, and controller is communicated and is connected by communication module with intelligent wireless energy-saving socket.
Below in conjunction with accompanying drawing, technical solution of the present invention is elaborated:
Refer to Fig. 1 carries out remote switch Based Intelligent Control system construction drawing to socket.As shown in Figure 1, the described system that socket is carried out to intelligent switching control comprises the input end that carries out steering order input, be connected the controller for receiving described input end steering order with described input end, be connected the socket for receiving controller instruction with described controller, described socket is realized the control opening or closing with this control opening or closing into the electrical equipment of described socket that achieves a butt joint according to described instruction, wherein, described input end is provided with inputting interface, user can be by described inputting interface input instruction, described input end comprises computer, mobile phone, landline telephone and/or industrial computer, described input end also comprises operation service platform, the computer of described input end, mobile phone, landline telephone and/or industrial computer are connected with described controller by described operation service platform and in the mode of telephone network and/or internet.
In technical scheme of the present invention: described steering order comprises all plans, daily planning and/or provisional injunction;
Wherein, described week plan refers to that described controller circulates weekly and disconnects or closed described socket according to steering order;
Described daily planning refers to that described controller circulates and opens or closed described socket in the from date of setting to every day in during the date of expiry according to steering order;
Described provisional injunction refers to that described controller disconnects or closed socket immediately according to steering order, or disconnects immediately or closed socket at certain time point of setting.
According to the preferred technical solution of the present invention: described week all arranges disconnection, the closure of multistage different time sections in the works in weekly every day as required, and all Planning Directive priority is 2;
Disconnection, closure that multistage different time sections is set as required in described daily planning every day during setting, the instruction priority of described daily planning is 1;
Described provisional injunction disconnected immediately in the time of setting, closed socket, and described provisional injunction priority is 0;
In the date section of described all plans, daily planning and/or provisional injunction, priority is set as required.
In described all plans, daily planning and/or provisional injunction, disconnect one or more sockets according to steering order, or disconnect the one or more socket apertures on a socket.
Concrete, the setting of week plan, the present invention is based on that the periodic cycle weekly that internet arranges user is opened, closed plan is compiled into machine instruction upload server storage, and by host computer, instruction is kept in controller, controller opens or closes according to the multiple sockets of instruction control of compiling.
Week plan method to set up, selects all planning management modules by web interface, and the controller that drop-down selection need to be set and corresponding socket coding open or close the time point of specifying the every day weekly to fill in text box and be committed to cloud service end and preserve.Under week plan, copy odd-numbered day schedule module, can be by plan batch updating in other dates in each week.Under week plan, copy whole schedule modules, can, by a socket executive plan batch duplicating to other corresponding sockets under same controller, complete batch plan setting.Under week schedule module, " send all week plan " button is that all Planning Directives that are kept under this controller of cloud service end are sent in supervisory controller, this invention can realize networking and upload information, and orderly control socket open and close are specified in the plan that suspension controller still can be set according to user.
Daily planning method to set up, enter controller equiment administration module at smart jack operation system, click enters daily planning administration module, the controller of the required setting of drop-down selection and corresponding socket coding, click " increase daily planning " button, fill in plan commencement date and deadline, expired date, the open and close time point of setting, submit and upload the storage of cloud service end to.This invention provides instruction copy function between socket, makes user can complete efficiently socket Planning Directive setting in batches.Click " sending whole daily planning instructions ", operation system can be stored in all daily planning instructions under this controller local controller from high in the clouds, this meaning is facilitating instruction setting by Internet technology, and be stored in local controller, due to unexpected suspension, controller still can be worked according to schedule in order, strengthening network security.
Provisional injunction arranges, and provisional injunction is more to follow one's bent and control socket disconnection, closure for replenish user.User can open, close immediately by the single or multiple sockets of instruction immediately.Provisional injunction is neither uploaded cloud service, is not also kept in controller, economizes on resources, and greatly improves the work efficiency of smart jack operation system, make user can arbitrary, incompetent strange land all can control apparatus facility switching.
This by week, the regular control apparatus equipment work of daily planning, meet greatly the work characteristics of modern society, as a kind of novel energy saver mode, will certainly become a kind of new habits and customs.
In technical solution of the present invention, the structure of described controller can be consulted Fig. 2 to Fig. 8, specifically comprises: described controller comprises:
Receive the controller access part of steering order, controller main control part, controller power pack, controller clock part, controller storage area, controller radiating portion, wherein, described controller access part is used for receiving steering order, concrete, user can pass through computer, mobile phone, landline telephone and/or industrial computer input control order, this steering order is by operation service platform, the computer of described input end, mobile phone, landline telephone and/or industrial computer are connected with the controller access part on described controller by described operation service platform and in the mode of telephone network and/or internet.Divide the mode those skilled in the art that receive steering order to choose flexibly for described controller access section, described controller access section is divided receive instruction as long as reach.
Described controller access part is connected with described controller main control part, sends steering order to controller main control part.
Described controller main control part is connected with described controller clock part, and described controller power pack is connected with described controller main control part, and controller power pack is that described controller is powered.Described controller main control part is connected with described controller radiating portion and controller storage area respectively, and described controller storage area is used for storing instruction, and described controller radiating portion is given described socket for sending controling instruction.
Illustrate, in the present invention, controller power pack is specially controller by the adapter power supply of external DC12V/1A, and power supply interface is as figure J3.S1 bit strip lock-switch can be to controller power supply and power-off.C19 and C21 are 12V filter capacitor, and DC12V converts 5V voltage to by direct current stabilizer U11, and 5V voltage is filtered into VDD to whole controller power supply by capacitor C 10 and C22.
Controller is by USB line and computer coupling part: 1 pin of female mouthful of J2 of USB socket connects 5V power supply VDD, 4 pin ground connection.2 pin are directly connected with 16 pin with 15 pin of single-chip microcomputer U8 with 3 pin.Wherein capacitor C 18 is shunt capacitances of J2 power supply pin 1, makes supply voltage stable, filters Wen Bo.
20 pin of U8 connect the supply voltage of 5V and the power supply pin of J2 shares a shunt capacitance C18,8 pin and 19 pin ground connection, and the crystal oscillator Y2 of a 9 pin and 10 pin 20M in parallel, the shunt capacitance that C24 and C25 are crystal oscillator, makes crystal oscillator frequency waveform stabilization.
Single-chip microcomputer U8 communicates by letter with regard to crossing USB line with computer expert like this, and computer can send different sockets, and different time energisings and power-off are to controller.Communication protocol is according to USB HID communication protocol.
Controller is by telephone wire and industrial computer coupling part: female mouthful of J1 of telephone socket is telephone wire inlet wire, and controller is connected in telephone public network by J1 mouth.Female mouthful of J6 of telephone socket is telephone set connection jaws, and increasing this interface can not affect normal telephone use.19,30,40 pin of U3 meet power supply VDD, 20,24 ground connection, and C7 is shunt capacitance.Telephone wire is connected to resettable fuse F1 and F2 by J1; F1 and F2 are connected to 1 pin and 2 pin of U3, and telephone wire two ends ceramic discharge tube TV1 in parallel and voltage dependent resistor (VDR) VR1 can protect the surge voltage at telephone wire two ends like this; F1 and F2 can prevent telephone wire overcurrent, protect whole circuit.
U3 1 pin by 1 pin of coupling capacitance C16 and isolating transformer T2.2 pin of U3 connect 2 pin of T2, and 3 pin of T2 connect 4 pin of U3, the 4 pin ground connection of T2.3,4 pin of T2 meet pull-up resistor R13, and 2,5 pin of U3 meet coupling capacitance C17.
1 pin of U3 and 2 pin are connected to telephone wire two ends and can automatically detect the ring of incoming call, after ring one sound, can there is successively the pulse signal of caller ID and incoming call time in telephone wire, isolating transformer is coupled to by C16 in this pulse signal one end, isolating transformer is 4 pin to U3 this pulse, and 5 pin of U3 are directly coupled in one end by C17 in addition.
U3 is transferred to caller ID and time 18 pin of U8 by RS232 communication protocol by 14 pin.
Whether U3, by judging caller ID, gives the 25 pin high level of U3.Triode Q1 conducting in the time being high level, the relay R Y1 conducting of switching on, telephone wire two ends are directly parallel to resistance R 1, and the conducting of telephone wire two ends is 10MA electric current, and now phone is connected automatically, in the time being low level, not conducting of phone.
Work as closing of the circuit, on telephone wire, dtmf signal is by capacitor C 1, and C2 is coupled, transformer T1 isolation, and 2 pin of U2 and the connection of 3 pin, and R9 and R10 are inner to be amplified.The 18 pin power supplies of U2,9 pin ground connection.8 pin and 9 pin connect clock crystal oscillator.11,12,13,14 pin are exported digital signal dtmf signal being converted to by U3, and this digital signal is exported to 2,3,4,5 pin of single-chip microcomputer U8.
11 pin of U8 and 12 pin connect 5 pin and 6 pin of U4.The digital signal that U4 produces U8 converts dtmf signal to and is exported by the 7th pin, and 8 pin of U4 connect power supply VDD, 4 pin ground connection.
The 7 pin output dtmf signals of U4 amplify and output on telephone wire to U1A amplifier LM358.
The dtmf signal that telephone wire produces after closing of the circuit is through converting digital signal to U8, and U8 produces corresponding digital signal and converts dtmf signal to through U4 after processing.Pass back on telephone wire, now communicated by letter.If hang up the telephone, 25 pin of U8 are now to low level.
In the present invention, industrial computer directly just can be communicated by letter with controller by telephone wire.17 pin of single-chip microcomputer U8, U5A and the U6A of 21 and 22 pin connected storage EEPROM, 8 pin of U5A and U6A meet 5V power supply VDD, 4 pin ground connection, 1 pin and 2,3 selecting sides, pin ground connection location, the chip address of U5A is 00000001, the address of U6A is 00000000, and single-chip microcomputer U8 selects one of them to communicate by letter with U8 by different eeprom addresses.Communication protocol is according to IIC communication protocol.
C8 and C6 are respectively the shunt capacitances of U5A and U6A; R15 and R16 are respectively the pull-up resistors of U5A and U6A the 5th pin and the 6th pin; meet serial i IC communication protocol; WP is write-protect port; write U5A and U6A when forbidding IIC communication when the high level 5V; during for low level 0V, allow to write U5A and U6A, can prevent like this maloperation.
ETAD expected time of arrival and departure and the pass time of the different sockets that computer and industrial computer send to single-chip microcomputer U8 are all stored in U5A and U6A.
The 1 pin power supply of controller clock part: clock is provided by U9 clock chip: U9,4 pin ground connection, 2 and 3 pin connect clock signal crystal oscillator.5,6,7 pin connect 11,12,13 pin of U8, and U9 and U8 communicate by SPI agreement.
In technical solution of the present invention, controller radiating portion adopts high-frequency emission: high-frequency emission unit device is U7, and U7 the 3rd pin meets 5V power supply VDD, 1 pin ground connection, and 4 pin connect antenna, and C11 is shunt capacitance.2 pin connect U8 the 23rd pin.These high frequency components and parts are the pulse of carrier transmit height by the high-frequency signal of 433MHZ.Certainly, the various ways such as that described controller radiating portion also can adopt is infrared, bluetooth, those skilled in the art can simply replace, and described controller and described socket are set up contact as long as reach.
When the time consistency of the time of clock chip U9 and the setting of U5A and U6A, U8 sends the different different sockets of height pulse control to U7 and opens or close.
In technical solution of the present invention, the structure of described socket can be consulted Fig. 9 and Figure 10, described socket comprises: socket main control part, socket receiving unit, socket power pack and socket control section, wherein, described socket receiving unit is connected with controller radiating portion, for receiving the steering order of described controller radiating portion, described socket receiving unit is connected with described socket main control part, for steering order is transferred to socket main control part, described socket main control part is connected with described socket control section, described socket control section is realized energising and the power-off to socket according to above-mentioned steering order, reach for the control that is inserted in the energising of electrical equipment on socket and power-off with this.This control can be the control to whole socket, can be also the control to certain socket on socket.Described socket power pack is connected with described socket main control part, for power supply.
Illustrate, in the present invention, socket control section: this energy-saving control circuit comprises voltage dependent resistor (VDR) RV1, RV2, RV3, discharge tube G1 lightning protection surge proof protective socket and socket load.Protective tube F1, overcurrent and temperature control protection socket and socket load.In the time that the 7th pin of U2 is high level, Q1 base voltage is 5V, emitter 0V, so Q1 conducting, current collection is 0V very, and relay K 1 coil voltage is 12V, relay contact closure, alternating current fire wire is connected, load supplying.In the time that the 7th pin of U2 is low level, relay K 1 coil voltage is 0V, and relay contact is not closed.Alternating current fire wire is disconnected, load no power.
Socket power pack: U4 is lowering and stabilizing blood pressure chip, is whole system power supply, and 1 pin of U4 connects voltage input, 2 pin ground connection, and 3 pin connect output, and C4 is shunt capacitance.
Socket receiving unit: it is U3 that high frequency receives IC, and 1 pin connects antenna, and 2 pin meet VDD, and 3 pin of 3 pin and 4 pin combination hub master control U2, send control information to master control.
Socket main control part: resistance R 1; the base voltage that promotes 3 utmost point pipes prevents energising and the power-off of maloperation socket load; R2 is to switch W1 current-limiting protection U2; the protection of R3 to LED1; R4 protects the U1 supply module drain-source utmost point; capacitor C 1 reaches the stable of supply voltage to U1 power supply shunt capacitance; the anti-interference capacitor of C2 to switch; C3 reaches the stable of supply voltage to U2 power supply shunt capacitance; C4 reaches the stable of supply voltage to U3 power supply shunt capacitance, the protection of the C5U1 supply module drain-source utmost point, and diode D1 intercepts switching voltage; triode Q1 cut-offs switching voltage
Load energising and the power-off of relay K 1 socket, the pairing of switch W1 socket, whether LED 1 indicates load to switch on.In the time that the CP3 of U2 pin is low level, represent by U3 wireless transmission switch pairing order, can to name to combined socket and switch, the CP3 pin low level of U2 is controlled by button W1, in the time that W1 presses, is low level for triggering state, and normality, for not pressing, is high level.
Principle of work is:
In the time that the CP3 of U2 pin is low level, represent by U3 wireless transmission switch pairing order, can to name to combined socket and switch, the CP3 pin low level of U2 is controlled by button W1, in the time that W1 presses, is low level for triggering state, and normality, for not pressing, is high level.
After having named, socket just can send energising and the power-off that the different time of different sockets makes socket load by U3.
In the time that GP0 is high level, Q1 base voltage is 5V, emitter 0V, so Q1 conducting, current collection is 0V very, and relay K 1 coil voltage is 12V, relay contact closure, alternating current fire wire is connected, load supplying.
In the time that GP0 is low level, relay K 1 coil voltage is 0V, and relay contact is not closed.Alternating current fire wire is disconnected, load no power.
The user interface of input end realizes by software programming in the present invention, thisly sets up the mode of input end user interface to belong to the known technology of this area by software programming mode.
The present invention also provides a kind of method of socket being carried out to remote switch Based Intelligent Control, and the described method that socket is carried out to intelligent switching control comprises step:
A: input control order;
B: controller receives described steering order and this steering order is sent to socket;
C: control described socket disconnection or closed, realize with this control opening or closing into the electrical equipment of described socket that achieves a butt joint with this.
Concrete, the described method that socket is carried out to intelligent switching control comprises step:
A: the long-range steering order of inputting all plans, daily planning and/or provisional injunction by being provided with inputting interface input end of user;
B: the described steering order that input end is set user sends to controller, described controller receives described steering order and according to described steering order control socket;
C: described socket is controlled, realizes and disconnecting or closure, realizes with this control opening or closing into the electrical equipment of described socket that achieves a butt joint with this;
Wherein, in described steps A, described week plan refers to that described controller circulates weekly and disconnects or closed described socket according to steering order; Described daily planning refers to that described controller circulates and opens or closed described socket in the from date of setting to every day in during the date of expiry according to steering order; Described provisional injunction refers to that described controller disconnects or closed socket immediately according to steering order, or disconnects immediately or closed socket at certain time point of setting.
User is arranged on week, daily planning and/or provisional injunction in local controller equiment by internet in the present invention, and controller is opened according to the instruction cycle control intelligent wireless energy-saving socket setting or be closed.User also can revise week by internet, daily planning instruction covers old instruction.The present invention provides service support by server, forms a set of complete, real-time intelligent power saving operation system.
The present invention by the socket auto-breaking of Based Intelligent Control connecting circuit, stops the unloaded power consumption of electric equipment, and the service time that can effectively manage electrical equipment, saves energy, stops the improper use of electrical equipment simultaneously, extends electrical equipment serviceable life.
In embodiments of the invention and scheme, mention by long-range controller has been controlled; realize the control of week plan, daily planning and/or provisional injunction to socket with this; adopt principle of work of the present invention also can by long-range realization to socket other control, also should belong to protection scope of the present invention.
Above content is in conjunction with concrete optimal technical scheme further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. a method of socket being carried out to remote switch Based Intelligent Control, is characterized in that: the described method that socket is carried out to intelligent switching control comprises step:
A: input control order;
B: controller (102) receives described steering order and this steering order is sent to socket (103);
C: control described socket (103) disconnection or closed, with this control opening or closing into the electrical equipment (104) of described socket (103) that achieves a butt joint.
2. the method for according to claim 1 socket being carried out remote switch Based Intelligent Control, is characterized in that: the described method that socket (103) is carried out to intelligent switching control comprises step:
A: the long-range steering order of inputting all plans, daily planning and/or provisional injunction by being provided with the input end (101) of inputting interface of user;
B: the described steering order that input end (101) is set user sends to controller (102), described controller (102) receives described steering order and according to described steering order control socket (103);
C: described socket (103) is controlled, realizes and disconnecting or closure, with this control opening or closing into the electrical equipment (104) of described socket (103) that achieves a butt joint.
3. according to claim 2 socket is carried out the method for remote switch Based Intelligent Control, it is characterized in that: in described steps A, described week plan refers to that described controller (102) circulates weekly and disconnects or closed described socket (103) according to steering order;
Described daily planning refers to that described controller (102) circulates and opens or closed described socket (103) in the from date of setting to every day in during the date of expiry according to steering order;
Described provisional injunction refers to that described controller (102) disconnects immediately according to steering order or closed socket (103), or disconnects immediately or closed socket (103) at certain time point of setting.
A utilization as claims 1 to 3 as described in one of them method socket (103) is carried out to the system of remote switch Based Intelligent Control, it is characterized in that: the described system that socket (103) is carried out to intelligent switching control comprises the input end (101) that carries out steering order input, be connected the controller (102) that is used for receiving described input end (101) steering order with described input end (101), be connected the socket (103) that is used for receiving controller (102) instruction with described controller (102), described socket (103) is realized the control opening or closing with this control opening or closing into the electrical equipment (104) of described socket (103) that achieves a butt joint according to described instruction.
5. according to claim 4 socket is carried out the system of remote switch Based Intelligent Control, it is characterized in that: described input end (101) is provided with inputting interface, user is by described inputting interface input instruction, described input end (101) comprises computer, mobile phone, landline telephone and/or industrial computer, described input end (101) also comprises operation service platform, the computer of described input end (101), mobile phone, landline telephone and/or industrial computer are connected with described controller (102) by described operation service platform and in the mode of telephone network and/or internet.
6. the system of according to claim 4 socket being carried out remote switch Based Intelligent Control, is characterized in that: described steering order comprises all plans, daily planning and/or provisional injunction;
Wherein, described week plan refers to that described controller (102) circulates weekly and disconnects or closed described socket (103) according to steering order;
Described daily planning refers to that described controller (102) circulates and opens or closed described socket (103) in the from date of setting to every day in during the date of expiry according to steering order;
Described provisional injunction refers to that described controller (102) disconnects immediately according to steering order or closed socket (103), or disconnects immediately or closed socket (103) at certain time point of setting.
7. the system of according to claim 6 socket being carried out remote switch Based Intelligent Control, is characterized in that:
Described week all arranges disconnection, the closure of multistage different time sections in the works in weekly every day as required, and all Planning Directive priority is 2;
Disconnection, closure that multistage different time sections is set as required in described daily planning every day during setting, the instruction priority of described daily planning is 1;
Described provisional injunction disconnected immediately in the time of setting, closed socket (103), and described provisional injunction priority is 0;
In the date section of described all plans, daily planning and/or provisional injunction, priority is set as required.
8. the system of according to claim 7 socket being carried out remote switch Based Intelligent Control, is characterized in that:
In described all plans, daily planning and/or provisional injunction, disconnect one or more sockets (103) according to steering order, or disconnect the one or more socket apertures on a socket (103).
9. according to claim 4 socket is carried out the system of remote switch Based Intelligent Control, it is characterized in that: described controller (102) comprising: for receiving the controller access part of steering order, controller main control part, controller power pack, controller clock part, controller radiating portion, described controller access part is connected with described controller main control part, described controller main control part is connected with described controller clock part, described controller power pack is connected with described controller main control part, described controller main control part is connected with described controller radiating portion.
10. according to claim 4 socket is carried out the system of remote switch Based Intelligent Control, it is characterized in that: described socket (103) comprising: socket main control part, socket receiving unit, socket power pack and socket control section, wherein, described socket receiving unit is connected with controller radiating portion, described socket receiving unit is connected with described socket main control part, described socket main control part is connected with described socket control section, and described socket power pack is connected with described socket main control part.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410337760.1A CN104062927A (en) | 2014-07-16 | 2014-07-16 | Method and system for intelligent remote switch control over socket |
| PCT/CN2014/089692 WO2016008231A1 (en) | 2014-07-16 | 2014-10-28 | Method and system for intelligent remote switch control over socket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410337760.1A CN104062927A (en) | 2014-07-16 | 2014-07-16 | Method and system for intelligent remote switch control over socket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104062927A true CN104062927A (en) | 2014-09-24 |
Family
ID=51550691
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410337760.1A Pending CN104062927A (en) | 2014-07-16 | 2014-07-16 | Method and system for intelligent remote switch control over socket |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN104062927A (en) |
| WO (1) | WO2016008231A1 (en) |
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| WO2016008231A1 (en) * | 2014-07-16 | 2016-01-21 | 深圳市新绿智科技术有限公司 | Method and system for intelligent remote switch control over socket |
| CN106773931A (en) * | 2016-12-06 | 2017-05-31 | 杭州联络互动信息科技股份有限公司 | A kind of insert row control method, device and electronic equipment, system |
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| CN106654739B (en) * | 2016-11-25 | 2018-12-07 | 大连鼎创科技开发有限公司 | A kind of socket and housed device intelligence power-off implementation method of band intelligence power down function |
| CN108681261A (en) * | 2018-07-20 | 2018-10-19 | 曹汉添 | State and switching on and shutting down management method, intelligent controller, equipment and management system |
| CN112702177B (en) * | 2020-12-28 | 2023-04-25 | 广东电网有限责任公司 | Network breaking device and network breaking control method |
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Also Published As
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| WO2016008231A1 (en) | 2016-01-21 |
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Application publication date: 20140924 |