CN105785841A - Power socket control system - Google Patents
Power socket control system Download PDFInfo
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- CN105785841A CN105785841A CN201410814086.1A CN201410814086A CN105785841A CN 105785841 A CN105785841 A CN 105785841A CN 201410814086 A CN201410814086 A CN 201410814086A CN 105785841 A CN105785841 A CN 105785841A
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Abstract
The invention provides a power socket control system, which comprises a cloud server, a wireless network router, at least one power socket device provided with a wireless network interface circuit and an electric quantity detecting circuit, and a hand-held device. The power socket device can be connected with the cloud server via the wireless network of the wireless network router, and receives a command for controlling the power socket device through the cloud server. The hand-held device is internally provided with a control module connected with the cloud server. The control module is used for establishing the basic data of the power socket device. Meanwhile, based on the control module, the system is capable of automatically and randomly powering on or powering off the power socket device in the non-regularly manner within a selected period of time interval.
Description
Technical field
The present invention is that relevant a kind of supply socket controls system, particularly a kind of can in a period of time interval selected by user, can the supply socket control system of automated randomized confession the power off carrying out electrical source socket with the indefinite time.
Background technology
Generally, for supply socket, when electrical equipment is inserted in this supply socket by tradition user, due under the state that user is in indoor mostly, therefore to control electrical equipment to be turned on and off be performed manually by control mostly, do not have any problem under when such control mode is in indoor for user to occur, if but user is not at when indoor, will be unable to electrical equipment is turned on and off.
For the problems referred to above, therefore have manufacturer be designed can far-end open electrical equipment module, allow user can open electrical equipment by far-end, even having manufacturer is the mechanism being designed to be set within certain time power supply and power-off for supply socket, but this class module has certain shortcoming to be cannot be adjusted for country variant and region, owing to country variant all has different from the setting of the time in region, if cannot be adjusted according to country variant and region, the mechanism controlling power supply and power-off will have the generation of its deviation.
Secondly, if user must come out a period of time because spending holidays etc. reason, although can be set in certain time and open/close indoor electric appliance, but this too rule after all, being therefore often unable to reach antitheft effect, this is also one of very big shortcoming.
Therefore, if module on hand-held device can be loaded on by one, allow user can in selected a period of time interval, can the automated randomized confession power off carrying out electrical source socket with the indefinite time, and the postcode of different regions can be inputted, the data to carry out collocation this area is controlled the confession power off of this electrical source socket, therefore the present invention should be a best solution.
Summary of the invention
It is an object of the invention to provide a kind of supply socket and control system, can allow user can in selected a period of time interval, can the automated randomized confession power off carrying out electrical source socket with the indefinite time, and the postcode (Zipcode) of different regions can be inputted, the data to carry out collocation this area is controlled the confession power off of this electrical source socket.
For achieving the above object, the invention discloses a kind of supply socket and control system, it is characterised in that including:
One cloud server, inside has data base's module；
One Wi-Fi Wireless Router, in order to provide the Wi-Fi of one and external networks line；
At least one has Wi-Fi interface circuit and the electrical source socket of electric-quantity monitoring circuit, can be attached with Wi-Fi interface interface circuit and this Wi-Fi Wireless Router, to carry out line by the Wi-Fi of this Wi-Fi Wireless Router and this cloud server, and the instruction of this cloud server reception this electrical source socket of control can be passed through；
Hand-hold device, inside has one and carries out the control module of line with this cloud server, and this control module contains:
One operation interface unit, in order to provide multiple user interface, is used on different users's interface and operates this control module；
One wireless connections unit, is connected with this operation interface unit, is used on a wireless connections interface, makes this control module and this electrical source socket carry out line, and after carrying out line, then can enter a homepage operation interface, to carry out the setting of disparity items；
One control model sets up unit, it is connected with this homepage operation interface and this operation interface unit, this control model sets up unit can set up, in a control model, the basic document being set this electrical source socket on interface, and this control model is set up unit and comprised:
One title input module, in order to input the title of this electrical source socket of definition；
One country selection module, it is possible to select the country that this electrical source socket is positioned at；
One postcode input module, in order to input the postcode of the country that this electrical source socket is positioned at；
One icon presents module, a control switch module can be formed on this homepage operation interface, this control switch module shows title and the connection mode of this electrical source socket, power supply state additionally, due to this electrical source socket uses state can be uploaded to data base's module of this cloud server with electricity, and the power supply state of this electrical source socket can instant playback on this control switch module, and this control switch module can press, and pressed state is uploaded to this cloud server, immediately to change the power supply state of this electrical source socket；
One power-on time switch selecting unit, it is connected with this homepage operation interface and this operation interface unit, this power-on time switch selecting unit can select to set on interface the power-on time data of this electrical source socket in a power-on time, and this power-on time switch selecting unit comprises:
One rule power-on time sets module, in order to set power supply and the power-off time of this electrical source socket of arbitrary sky, and this rule power-on time sets module and can select to be formed on interface a rule in this power-on time and power opening module, this rule opening module of powering can press to start setting；
One random power-on time sets module, in order to select or to input the control interval on opportunity of this electrical source socket every day and to be powered at random or power-off in this control interval on opportunity, and this random power-on time selects module can select to be formed on interface one in this power-on time to power at random opening module, this opening module of powering at random can press to start setting；
One sunrise/sunset is powered selection module, in order to whether to set the power supply of the sunrise/sunset of this electrical source socket every day and power-off；
One material upload unit, set up unit with this control model, power-on time switch selecting unit, sunrise/sunset selection unit of powering is connected, in order to material upload data base's module to this cloud server that the basic document of this electrical source socket, power-on time data and sunrise/sunset are powered, and set up data shelves with the basic document of this electrical source socket, so that the power supply state that this electrical source socket is uploaded uses state can be stored in these data shelves with electricity；
One power consumption display unit, is connected with this homepage operation interface and this operation interface unit, and this power consumption display unit can set and show the electricity consumption data of this electrical source socket on a power consumption display interface, and this power consumption display unit comprises:
One electricity charge pricing mode sets module, in order to set the electricity charge valuation model of this electrical source socket；
One electricity charge valuation time set module, the time range that the electricity charge in order to set this electrical source socket are valuated；
One instant power consumption display module, it is possible to take out the electricity of this electrical source socket in data base's module of this cloud server and use state, and according to different power consumptions, power consumption data are shown on this power consumption display interface in different colors；
One instant electricity charge display module, it is possible to use the time range of state, electricity charge valuation model and electricity charge valuation according to electricity, carry out calculating the electricity charge amount of money, and be shown on this power consumption display interface.
Wherein, the connection mode controlling module and this electrical source socket of this hand-held device is a far-end control model and a direct control model, this far-end control model is that hand-held device passes through this cloud server and transmits power supply/cut-offing instruction to this electrical source socket, and this direct control model to be hand-held device pass through Wi-Fi transmission power supply/cut-offing instruction is to this electrical source socket.
Wherein, this electrical source socket and this cloud server carry out line, the control switch module of this electrical source socket is shown on this homepage operation interface, this electrical source socket cannot carry out line with this cloud server, and this control switch module then cannot be controlled the confession power off of this electrical source socket with pressing.
Wherein, this control module is set for different electrical source sockets, and produces different control switch modules, and the different control switch module being shown on this homepage operation interface can carry out sliding and show.
Wherein, data base's module of this cloud server is more set up the sunrise/sunset standard data having corresponding country variant with postcode, and the sunrise of setting/sunset data of powering can be coordinated this sunrise/sunset standard data by this cloud server, carry out computing and transmit power supply/cut-offing instruction to this electrical source socket.
Wherein, data base's module of this cloud server is more set up the electricity charge standard data having corresponding country variant with postcode, and the electricity consumption data of setting can be coordinated this electricity charge standard data by this cloud server, carry out calculating the electricity charge amount of money and being sent to the control module of this hand-held device, being shown in this power consumption and power/cut-offing instruction is to this power consumption display interface.
Wherein, more including a supply socket name modifications unit, be connected with this homepage operation interface and this operation interface unit, this supply socket name modifications unit is in order to revise set basic document content.
Wherein, this sunrise/sunset is powered and is selected module more to include a daylight saving time power settings module, this daylight saving time power settings module is set power supply and the power-off time of this electrical source socket every day with daylight saving time, and this daylight saving time sets module and can form a daylight saving time on selection interface is powered in this sunrise/sunset and power opening module, this daylight saving time opening module of powering can press to start setting.
Wherein, this cloud server can use state according to the electricity of this electrical source socket, carries out calculating power factor and being sent to the control module of this hand-held device, to be shown on this power consumption display interface.
Wherein, this rule power-on time set module more comprise power supply/power-off time of countdowning, edit power supply/power-off time, sunrise and sunset power/power-off time, holiday power/interface of power-off time.
Thus, the present invention can be loaded on APP module on hand-held device by one, allow user can in selected a period of time interval, can the automated randomized confession power off carrying out electrical source socket with the indefinite time, and the postcode of different regions can be inputted, the data to carry out collocation this area is controlled the confession power off of this electrical source socket.
Accompanying drawing explanation
Fig. 1: supply socket of the present invention controls the overall architecture schematic diagram of system.
Fig. 2 A: supply socket of the present invention controls the inside structure schematic diagram controlling module of system.
Fig. 2 B: the control model of supply socket of the present invention control system sets up the inside structure schematic diagram of unit.
Fig. 2 C: supply socket of the present invention controls the inside structure schematic diagram of the power-on time switch selecting unit of system.
Fig. 2 D: supply socket of the present invention controls the inside structure schematic diagram of the power consumption display unit of system.
Fig. 3: supply socket of the present invention controls the inside structure schematic diagram of the electrical source socket of system.
Fig. 4 A: supply socket of the present invention controls the line of system and sets enforcement schematic diagram.
Fig. 4 B: supply socket of the present invention controls the line of system and sets enforcement schematic diagram.
Fig. 4 C: supply socket of the present invention controls the line of system and sets enforcement schematic diagram.
Fig. 4 D: supply socket of the present invention controls the line of system and sets enforcement schematic diagram.
Fig. 5 A: supply socket of the present invention controls the basic document of system and sets enforcement schematic diagram.
Fig. 5 B: supply socket of the present invention controls the basic document of system and sets enforcement schematic diagram.
Fig. 5 C: supply socket of the present invention controls the basic document of system and sets enforcement schematic diagram.
Fig. 5 D: supply socket of the present invention controls the basic document of system and sets enforcement schematic diagram.
Fig. 5 E: supply socket of the present invention controls the basic document of system and sets enforcement schematic diagram.
Fig. 6 A: supply socket of the present invention controls the basic document amendment of system and implements schematic diagram.
Fig. 6 B: supply socket of the present invention controls the basic document amendment of system and implements schematic diagram.
Fig. 7 A: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 B: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 C: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 D: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 E: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 F: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 G: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 H: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 7 I: supply socket of the present invention controls the power-on time of system and sets enforcement schematic diagram.
Fig. 8 A: supply socket of the present invention controls the power consumption of system and implements schematic diagram with electricity charge display.
Fig. 8 B: supply socket of the present invention controls the power consumption of system and implements schematic diagram with electricity charge display.
Fig. 8 C: supply socket of the present invention controls the power consumption of system and implements schematic diagram with electricity charge display.
Fig. 9: supply socket of the present invention controls the overall architecture schematic diagram of another pattern of system.
Detailed description of the invention
It is related to other technologies content of the present invention, feature and effect, in following cooperation with reference to, in the detailed description of graphic preferred embodiment, can clearly present.
Refer to Fig. 1, the overall architecture schematic diagram of system is controlled for supply socket of the present invention, from in figure, this supply socket controls system and includes hand-hold device 1, one cloud server 2 with data base's module 21, one is arranged at wireless network Wireless Router 31 and the electrical source socket 32 of indoor 3, wherein this electrical source socket 32 can carry out line by the Wi-Fi of this wireless network Wireless Router 31 and this cloud server 2, and the instruction of this cloud server 2 reception this electrical source socket 32 of control can be passed through, and this hand-held device 1 is interior has one and carry out the control module 11 of line with this cloud server 2.
From in Fig. 2 A, this control module 11 includes operation interface unit 111, wireless connections unit 112, control model and sets up unit 113, power-on time switch selecting unit 114, supply socket name modifications unit 115, material upload unit 116 and a power consumption display unit 117, wherein this operation interface unit 111 is in order to provide multiple user interface, and this wireless connections unit 112 is then allow this control module 11 can carry out line with this electrical source socket 32.
nullThis control model is set up unit 113 and can be set up in a control model and carry out on interface setting up and the basic document of this electrical source socket 32 of setup control，From in Fig. 2 B，This control model is set up unit 113 and is comprised a title input module 1131、One country selection module 1133、One postcode (Zipcode) inputs module 1134 and an icon (icon) presents module 1135，Above module carries out the title of this electrical source socket、Connection mode、The foundation of the postcode of the country being positioned at and setting，And this icon present module 1135 more can after basic document have been set up，A control switch module is formed on this homepage operation interface，This control switch module shows the title of this electrical source socket，Additionally the power supply state of this electrical source socket 32 can instant playback on this control switch module，And this control switch module can press、And pressed state is uploaded to this cloud server 2，Immediately to change the power supply state of this electrical source socket 32.
nullThis power-on time switch selecting unit 114 can select to set on interface the power-on time data of this electrical source socket 32 in a power-on time，From in Fig. 2 C，This power-on time switch selecting unit 114 contains a rule power-on time and sets module 1141、Sunrise/sunset is powered and is selected module 1143 and a random power-on time to set module 1142，Wherein this rule power-on time sets module 1141 and can set power supply and the power-off time of this electrical source socket 32 of arbitrary sky，This random power-on time sets module 1142 and is then able to select or input the control interval on opportunity of this electrical source socket every day、And be powered at random or power-off in this control interval on opportunity，Additionally this rule power-on time sets module 1141 and random power-on time sets module 1142 and can form rule opening module and of powering respectively and power at random opening module，Start above-mentioned setting in order to pressing.
This sunrise/sunset is powered and is selected module 1143 can power data in one sunrise/sunset sunrise/sunset selecting to set this electrical source socket 32 on interface of powering, this sunrise/sunset is powered and is selected module 1143 to comprise a daylight saving time 11431, this sunrise/sunset power the sunrise/sunset selecting module 1143 can set this electrical source socket 32 every day power supply and power-off whether, and daylight saving time 11431 is set power supply and the power-off time of this electrical source socket 32 every day with daylight saving time, and this daylight saving time 11431 can form a daylight saving time on selection interface is powered in this sunrise/sunset and power opening module, can press to start setting.
The basic document of this electrical source socket 32, power-on time data and sunrise/sunset can be powered material upload data base's module 21 to this cloud server 2 by this material upload unit 116, and set up data shelves with the basic document of this electrical source socket 32, so that the power supply state that this electrical source socket 32 is uploaded uses state can be stored in these data shelves with electricity.
This power consumption display unit 117 can set and show the electricity consumption data of this electrical source socket on a power consumption display interface, in Fig. 2 D known, this power consumption display unit 117 comprises an electricity charge pricing mode and sets module 1171, one electricity charge valuation time set module 1172, one instant power consumption display module 1173 and instant electricity charge display module 1174, wherein this electricity charge pricing mode setting module 1171 and electricity charge valuation time set the time range that module 1172 is electricity charge valuation model and the electricity charge valuation setting this electrical source socket 32, this instant power consumption display module 1173 and instant electricity charge display module 1174 then can display power consumption data and the electricity charge amount of money on this power consumption display interface according to set data.
nullAs shown in Figure 3，A central processing circuit 321 1 power input interface circuit 322 is contained in this electrical source socket 32、One power on-off control circuit 323、One power output circuit 324、One radio network interface circuit 325 and an electric-quantity monitoring circuit 326，Wherein this power input interface circuit 322 can be connected with an external power source 4，Namely when electrical source socket 32 connects external power source 4，After power supply can enter this power input interface circuit 322，This central processing circuit 321 can control whether this power on-off control circuit 323 can deliver to this power output circuit 324 by power supply、With by power supply output to this external device (ED) 5 (electric quantity data then can be sent to this central processing circuit 321 after detecting through this electric-quantity monitoring circuit 326 by the electricity exported again)，This central processing circuit 321 it is connected with this Wi-Fi Wireless Router owing to can pass through this radio network interface circuit 325、With receive this cloud server 2 transmission control this electrical source socket 32 instruction，And state and data can be used to be uploaded to this cloud server 2 power supply state of this electrical source socket 32 and electricity again.
The line of the present invention sets implements schematic diagram then as shown in Fig. 4 A～Fig. 4 D, when this electrical source socket 32 is plugged external power source 4 by user, user can open this control module 11, and an operation interface 1112 occurs on this control module 11, from Fig. 4 A, after user can first press beginning module 11121, then enter in 4B figure, after pressing this link module 11122 again, as shown in Figure 4 C, after user can select to carry out line with WIFI, this wireless connections unit 112 then can Wi-Fi (WI-FI) Wiring device of finding nearby, after determining and finding this electrical source socket 32, then can put selection operation image (icon) 11123 with enter a control model set up interface 1113 carry out next step set.
Shown in Fig. 5 A, set up in interface 1113 in this control model, wherein this far-end control model is that hand-held device 1 must be transmitted through this cloud server 2 and transmits power supply/cut-offing instruction to this electrical source socket 32, and this direct control model system to be hand-held device 1 be directed through Wi-Fi transmission power supply/cut-offing instruction is to this electrical source socket 32；User must input the title of this electrical source socket 32 of a definition again；
nullAfterwards，Set up in interface 1113 in this control model，User can select country that electrical source socket 32 is positioned at and postcode (Zipcode) or password (Password)，After having inputted，Namely Wi-Fi line interface can be entered，As shown in Figure 5 B，From Fig. 5 C，This icon (icon) presents module 1135 then can form a control switch module 11116 on this homepage operation interface 1111，This control switch module 11116 can show title and the connection mode of this electrical source socket 32，Power supply state additionally, due to this electrical source socket 32 uses state can be uploaded to data base's module 21 of this cloud server 2 with electricity，Therefore the power supply state of this electrical source socket 32 can instant playback on this control switch module 11116，And this control switch module 11116 can carry out pressing to open power supply、And pressed state is uploaded to this cloud server 2，Immediately to change the power supply state of this electrical source socket 32；
Again by Fig. 5 D it can be seen that user can press this control switch module 11116 again, then make this control switch module 11116 dimmed, also illustrate that and this control switch module 11116 is controlled power-off；But when if this electrical source socket 32 cannot carry out line with this cloud server 2, as shown in fig. 5e, owing to this control switch module 11116 is built together vertical room lamp room lamp, garden lamp garden lamp, office of office, family, wherein room lamp is that pressing brightens to open power supply respectively with garden lamp, but owing to office does not have and cloud server 2 line with family, therefore office then cannot be carried out with family pressing to reach the purpose for power off.
From in Fig. 6 A, this homepage operation interface 1111 has and posts e-mail module 11111, one power-on time setting module 11112, one supply socket name modifications module 11113, one electricity charge display module 11114 and a spare module 11115, after user has set, to amendment supply socket title, after then pressing this supply socket name modifications module 11113, then can be again introduced into the amendment page, from in Fig. 6 B, then there will be the room lamp set up originally, garden lamp, office, 4 titles such as family, user can be modified for each title, the present embodiment is that garden lamp is modified as fan.
nullAnd as shown in Figure 7 A，After user presses this power-on time setting module 11112，Then can show that this supply socket title selects interface (to there will be the supply socket title room lamp of setting、Garden lamp、Office、4 titles such as family，As shown in Figure 7 B)，User may select one of them supply socket title and is powered setting，Such as，When selecting room lamp socket title，Namely can show that a power-on time selects interface 1114，As seen in figure 7 c，This power-on time selects then to show on interface 1114 power supply/power-off time (CountdownTime) of countdowning、Editor's power supply/power-off time (ProgramableTime)、Sunrise and sunset are powered/power-off time (AstronomicTime)、Random power supply/the power-off time (SecurityRandom) of safety、Power holiday/power-off time (Holiday)，When user clicks power supply/power-off time of countdowning，Then can show the interface of Fig. 7 D，User can be powered or month of power-off time、Day、Time、The setting divided，Setting completes namely to carry out time inverse，The time of advent then carries out power supply or the power-off of far end supply socket；After user clicks editor's power supply/power-off time, as seen in figure 7e, user then can select the time for power off, and daylight saving time (DST) and the selection of random (Random) can be carried out in editor's power supply/power-off time interface, if selecting Random, the front and back in the time of setting are likely to be powered or power-off for 30 minutes, afterwards, as shown in Figure 7 F, then list can show all settings for the stroke of power off, complete to set.
If user select interface 1114 clicks in this power-on time power holiday/power-off time after, from in Fig. 7 G, user can select or input the control interval on opportunity of this electrical source socket 32 every day and be powered at random or power-off in this control interval on opportunity, in scheming, user can in Night, Day, 24Hour and Customize are these four optional one, power this holiday/power-off time can be powered or power-off within the set time.
And when user press this sunrise and sunset power/power-off time after, as shown in Figure 7 I, whether then can set power supply and the power-off of sunrise/sunset of this electrical source socket 32 every day, country and postcode must be inputted due to aforementioned, therefore cloud server 2 then according to the time of different countries and the sunrise/sunset of postcode, and can be adjusted power supply and the off-position of sunrise/sunset according to set content.Additionally, this daylight saving time power settings module 11431 can be set power supply and the power-off time of this electrical source socket 32 every day with daylight saving time, therefore, it is possible to form a daylight saving time 11431 on selection module 1143 is powered in this sunrise/sunset, this daylight saving time can press to start setting.
When user clicks the random power supply/power-off time of safety, as shown in fig. 7h, it may appear that time configuration interface, when user completes to set, system can random power supply repeatedly or power-off within the time set automatically, reach the effect saved from damage.
nullAnd after user presses this electricity charge display module 11114，Such as Fig. 8 A、Shown in Fig. 8 B and Fig. 8 C，Can set and show the electricity consumption data of this electrical source socket 32 on a power consumption display interface，And this power consumption display interface can allow user first click the electricity charge valuation model (residential customer of electrical source socket 32、Small business users、Large scale industry/commercial user or other)，Owing to country variant differs with electric standard with regional，Therefore after must first clicking the electricity charge valuation model of user，Cloud server 2 then can according to the electricity consumption Freight Basis of different countries and postcode、And the power consumption of this electrical source socket 32 of arranging in pairs or groups carries out calculating the electricity charge amount of money，Therefore by this Fig. 8 A、It appeared that different power consumptions then can be shown in (50W on this power consumption display interface 1116 in different colors in Fig. 8 B and Fig. 8 C、950W、1350W)，And different power consumption (50W、950W、1350W) then can comply with different Freight Basis ($ 0.75cents/kwh、$14.25cents/kwh、$ 20.75cents/kwh) and time interval (Sep17toNow) demonstrate the different electricity charge amount of money (1.32、$11.32、$25.32)；Additionally this cloud server 2 can use state according to the electricity of this electrical source socket 32, carries out calculating power factor and being sent to the control module 11 of this hand-held device 1, to be shown on this power consumption display interface.
And above-described embodiment mainly describes this hand-held device 1 and controls the power supply/power-off mechanism of this electrical source socket 32 through this cloud server 2 with far-end, if but this hand-held device 1 is all positioned at indoor 3 with this electrical source socket 32, as shown in Figure 9, this hand-held device 1 does not then need to pass through this cloud server 2, and is able to directly by the Wi-Fi of this Wi-Fi Wireless Router, this electrical source socket 32 is controlled.
Supply socket provided by the present invention controls system, and when mutually comparing with other located by prior art, its advantage is as follows:
The present invention can be loaded on APP module on hand-held device by one, allow user can in selected a period of time interval, can the automated randomized confession power off carrying out electrical source socket with the indefinite time, and the postcode of different regions can be inputted, the data to carry out collocation this area is controlled the confession power off of this electrical source socket.
The present invention is disclosed above through the above embodiments; so it is not limited to the present invention; any be familiar with this technical field tool usually intellectual; understanding the aforesaid technical characteristic of the present invention and embodiment; and without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore the scope of patent protection of the present invention must be as the criterion depending on the as defined in claim appended by this specification.
Claims (10)
1. a supply socket controls system, it is characterised in that including:
One cloud server, inside has data base's module；
One Wi-Fi Wireless Router, in order to provide the Wi-Fi of one and external networks line；
At least one has Wi-Fi interface circuit and the electrical source socket of electric-quantity monitoring circuit, can be attached with Wi-Fi interface circuit and this Wi-Fi Wireless Router, to carry out line by the Wi-Fi of this Wi-Fi Wireless Router and this cloud server, and the instruction of this cloud server reception this electrical source socket of control can be passed through；
Hand-hold device, inside has one and carries out the control module of line with this cloud server, and this control module contains:
One operation interface unit, in order to provide multiple user interface, is used on different users's interface and operates this control module；
One wireless connections unit, is connected with this operation interface unit, is used on a wireless connections interface, makes this control module and this electrical source socket carry out line, and after carrying out line, then can enter a homepage operation interface, to carry out the setting of disparity items；
One control model sets up unit, it is connected with this homepage operation interface and this operation interface unit, this control model sets up unit can set up, in a control model, the basic document being set this electrical source socket on interface, and this control model is set up unit and comprised:
One title input module, in order to input the title of this electrical source socket of definition；
One country selection module, it is possible to select the country that this electrical source socket is positioned at；
One postcode input module, in order to input the postcode of the country that this electrical source socket is positioned at；
One icon presents module, a control switch module can be formed on this homepage operation interface, this control switch module shows title and the connection mode of this electrical source socket, power supply state additionally, due to this electrical source socket uses state can be uploaded to data base's module of this cloud server with electricity, and the power supply state of this electrical source socket can instant playback on this control switch module, and this control switch module can press, and pressed state is uploaded to this cloud server, immediately to change the power supply state of this electrical source socket；
One power-on time switch selecting unit, it is connected with this homepage operation interface and this operation interface unit, this power-on time switch selecting unit can select to set on interface the power-on time data of this electrical source socket in a power-on time, and this power-on time switch selecting unit comprises:
One rule power-on time sets module, in order to set power supply and the power-off time of this electrical source socket of arbitrary sky, and this rule power-on time sets module and can select to be formed on interface a rule in this power-on time and power opening module, this rule opening module of powering can press to start setting；
One random power-on time sets module, in order to select or to input the control interval on opportunity of this electrical source socket every day and to be powered at random or power-off in this control interval on opportunity, and this random power-on time selects module can select to be formed on interface one in this power-on time to power at random opening module, this opening module of powering at random can press to start setting；
One sunrise/sunset is powered selection module, in order to whether to set the power supply of the sunrise/sunset of this electrical source socket every day and power-off；
One material upload unit, set up unit with this control model, power-on time switch selecting unit, sunrise/sunset selection unit of powering is connected, in order to material upload data base's module to this cloud server that the basic document of this electrical source socket, power-on time data and sunrise/sunset are powered, and set up data shelves with the basic document of this electrical source socket, so that the power supply state that this electrical source socket is uploaded uses state can be stored in these data shelves with electricity；
One power consumption display unit, is connected with this homepage operation interface and this operation interface unit, and this power consumption display unit can set and show the electricity consumption data of this electrical source socket on a power consumption display interface, and this power consumption display unit comprises:
One electricity charge pricing mode sets module, in order to set the electricity charge valuation model of this electrical source socket；
One electricity charge valuation time set module, the time range that the electricity charge in order to set this electrical source socket are valuated；
One instant power consumption display module, it is possible to take out the electricity of this electrical source socket in data base's module of this cloud server and use state, and according to different power consumptions, power consumption data are shown on this power consumption display interface in different colors；
One instant electricity charge display module, it is possible to use the time range of state, electricity charge valuation model and electricity charge valuation according to electricity, carry out calculating the electricity charge amount of money, and be shown on this power consumption display interface.
2. supply socket as claimed in claim 1 controls system, it is characterized in that, the connection mode controlling module and this electrical source socket of this hand-held device is a far-end control model and a direct control model, this far-end control model is that hand-held device passes through this cloud server and transmits power supply/cut-offing instruction to this electrical source socket, and this direct control model to be hand-held device pass through Wi-Fi transmission power supply/cut-offing instruction is to this electrical source socket.
3. supply socket as claimed in claim 1 controls system, it is characterized in that, this electrical source socket and this cloud server carry out line, the control switch module of this electrical source socket is shown on this homepage operation interface, this electrical source socket cannot carry out line with this cloud server, and this control switch module then cannot be controlled the confession power off of this electrical source socket with pressing.
4. supply socket as claimed in claim 1 controls system, it is characterized in that, this control module is set for different electrical source sockets, and produces different control switch modules, and the different control switch module being shown on this homepage operation interface can carry out sliding and show.
5. supply socket as claimed in claim 1 controls system, it is characterized in that, data base's module of this cloud server is more set up the sunrise/sunset standard data having corresponding country variant with postcode, and the sunrise of setting/sunset data of powering can be coordinated this sunrise/sunset standard data by this cloud server, carry out computing and transmit power supply/cut-offing instruction to this electrical source socket.
6. supply socket as claimed in claim 1 controls system, it is characterized in that, data base's module of this cloud server is more set up the electricity charge standard data having corresponding country variant with postcode, and the electricity consumption data of setting can be coordinated this electricity charge standard data by this cloud server, carry out calculating the electricity charge amount of money and being sent to the control module of this hand-held device, being shown in this power consumption and power/cut-offing instruction is to this power consumption display interface.
7. supply socket as claimed in claim 1 controls system, it is characterized in that, more including a supply socket name modifications unit, be connected with this homepage operation interface and this operation interface unit, this supply socket name modifications unit is in order to revise set basic document content.
8. supply socket as claimed in claim 1 controls system, it is characterized in that, this sunrise/sunset is powered and is selected module more to include a daylight saving time power settings module, this daylight saving time power settings module is set power supply and the power-off time of this electrical source socket every day with daylight saving time, and this daylight saving time sets module and can form a daylight saving time on selection interface is powered in this sunrise/sunset and power opening module, this daylight saving time opening module of powering can press to start setting.
9. supply socket as claimed in claim 1 controls system, it is characterized in that, this cloud server can use state according to the electricity of this electrical source socket, carries out calculating power factor and being sent to the control module of this hand-held device, to be shown on this power consumption display interface.
10. supply socket as claimed in claim 1 controls system, it is characterized in that, this rule power-on time set module more comprise power supply/power-off time of countdowning, edit power supply/power-off time, sunrise and sunset power/power-off time, holiday power/interface of power-off time.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410814086.1A CN105785841B (en) | 2014-12-24 | 2014-12-24 | Power outlet control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410814086.1A CN105785841B (en) | 2014-12-24 | 2014-12-24 | Power outlet control system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105785841A true CN105785841A (en) | 2016-07-20 |
| CN105785841B CN105785841B (en) | 2018-04-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410814086.1A Expired - Fee Related CN105785841B (en) | 2014-12-24 | 2014-12-24 | Power outlet control system |
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| Country | Link |
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| CN (1) | CN105785841B (en) |
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| CN105785841B (en) | 2018-04-13 |
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