CN105785841B - Power outlet control system - Google Patents
Power outlet control system Download PDFInfo
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- CN105785841B CN105785841B CN201410814086.1A CN201410814086A CN105785841B CN 105785841 B CN105785841 B CN 105785841B CN 201410814086 A CN201410814086 A CN 201410814086A CN 105785841 B CN105785841 B CN 105785841B
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- electrical source
- power supply
- source socket
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Abstract
A kind of power outlet control system, include a cloud server, one Wi-Fi Wireless Router, at least one electrical source socket and hand-hold device with Wi-Fi interface circuit and electric-quantity monitoring circuit, wherein the electrical source socket can carry out line by the Wi-Fi of the Wi-Fi Wireless Router with the cloud server, and the cloud server can be passed through and receive the instruction for controlling the electrical source socket, and a control module that line is carried out with the cloud server is had in the hand-held device, the control module can be establishing the basic document of the electrical source socket, and can further it select in a period of time section, system being capable of the automated randomized confession power off that the electrical source socket is carried out with the indefinite time.
Description
Technical field
The present invention is a kind of related power outlet control system, and particularly one kind can be when user be one section selected
Between in section, being capable of the automated randomized power outlet control system for power off that electrical source socket is carried out with the indefinite time.
Background technology
Generally, it is big due to the use of person when traditional user inserts in electric appliance in the power outlet for power outlet
Be mostly in the state of indoor, therefore to control electric appliance be turned on and off be mostly to be controlled manually, it is such
Control mode does not have that what problem occurs in the case of being in indoor for user, if but user not at interior
In the case of, it will be unable to be turned on and off electric appliance.
In view of the above-mentioned problems, therefore there is manufacturer to be designed the module that can distally open electric appliance, allow user can distal end
Electric appliance is opened, or even has manufacturer to be designed for power outlet and can power and power off in carrying out setting in certain time
Mechanism, but it is that can not be adjusted for country variant with region that this kind of module, which has certain shortcoming, due to country variant and
The time setting in region all has difference, if can not be adjusted according to country variant and region, the mechanism of control power supply and power-off
The generation of its deviation will be had.
Secondly, if user spending holidays and other reasons when must come out a period of time, although some can be set in
Unlatching/closing indoor electric appliance in time, but this too rule, therefore be often unable to reach antitheft effect after all, this is also
One of the shortcomings that very big.
Therefore, if can allow user can be in selected a period of time by one loaded on the module on hand-held device
In section, automated randomized the confession power off of electrical source socket can be carried out with the indefinite time, and different regions can be inputted
Postcode, to carry out the data of collocation this area be controlled confession the power off of the electrical source socket, therefore the present invention answers
For a best solution.
The content of the invention
It is an object of the invention to provide a kind of power outlet control system, can allow user can be in selected one
In section time interval, automated randomized the confession power off of electrical source socket can be carried out with the indefinite time, and difference can be inputted
The postcode (Zip code) in area, with carry out the data of collocation this area be controlled the power supply of the electrical source socket/
Power-off.
To achieve the above object, the invention discloses a kind of power outlet control system, it is characterised in that including：
One cloud server, inside has a database module；
One Wi-Fi Wireless Router, to provide the Wi-Fi of one and external networks line；
At least one electrical source socket with Wi-Fi interface circuit and electric-quantity monitoring circuit, can be with wireless network
Road interface interface circuit is attached with the Wi-Fi Wireless Router, with by the Wi-Fi of the Wi-Fi Wireless Router and this
Cloud server carries out line, and can pass through the cloud server and receive the instruction for controlling the electrical source socket；
Hand-hold device, inside has a control module that line is carried out with the cloud server, which contains：
One operation interface unit, to provide a variety of user's interfaces, in operating the control on different users' interface
Molding group；
One wireless connection unit, is connected with the operation interface unit, on a wireless connection interface, to make the control
Module carries out line with the electrical source socket, and after carrying out line, then it can enter a homepage operation interface, to carry out not
With the setting of project；
One control model establishes unit, is connected with the homepage operation interface and the operation interface unit, the control mould
Formula, which is established unit and can be established in a control model on interface, carries out the basic document for setting the electrical source socket, and the control
Model Establishment unit includes：
One title inputs module, to input the title of the definition electrical source socket；
One country selection module, the country that the electrical source socket can be selected to be located at；
One postcode inputs module, to input the national postcode that the electrical source socket is located at；
Module is presented in one icon, and a controlling switch module, the controlling switch can be formed on the homepage operation interface
The title and connection mode of the electrical source socket are shown in module, additionally, due to the electrical source socket power supply state with
Electricity use state can be uploaded to the database module of the cloud server, and the power supply state of the electrical source socket can
Instant playback is in the controlling switch module, and the controlling switch module can be pressed and pressed state is uploaded to this
Cloud server, to change the power supply state of the electrical source socket immediately；
One power-on time switch selecting unit, is connected with the homepage operation interface and the operation interface unit, the confession
Electric clock switch selecting unit can select to set the power-on time data of the electrical source socket on interface in a power-on time,
And the power-on time switch selecting unit includes：
One rule power-on time sets module, to set the power supply of any day electrical source socket and power-off time,
And rule power-on time setting module can select to form rule power supply opening module on interface in the power-on time, the rule
Rule power supply opening module can be pressed to start setting；
One random power-on time setting module, to select or input the control opportunity area of electrical source socket every day
Between and in the control opportunity section be powered or power off at random, and random power-on time selection module can be in the confession
One is formed on electric selection of time interface, and power supply opening module, the opening module of powering at random can be pressed to start setting at random；
One sunrise/sunset power supply selection module, to set the power supply of sunrise/sunset of electrical source socket every day
Whether with power-off；
One material upload unit, unit, power-on time switch selecting unit, sunrise/sunset confession are established with the control model
Electric selecting unit is connected, the basic document of the electrical source socket, power-on time data and sunrise/sunset power supply to be provided
Material is uploaded to the database module of the cloud server, and establishes a data shelves with the basic document of the electrical source socket, with
The power supply state that the electrical source socket uploads is set to be stored in electricity use state in the data shelves；
One power consumption display unit, is connected, which shows with the homepage operation interface and the operation interface unit
Show that unit can set on a power consumption display interface and show the electricity consumption data of the electrical source socket, and the power consumption is shown
Show that unit includes：
One electricity charge pricing mode sets module, to set the electricity charge valuation model of the electrical source socket；
One electricity charge valuation time setting module, to set the time range of the electricity charge of electrical source socket valuation；
One instant power consumption display module, can take out power outlet dress in the database module of the cloud server
The electricity use state put, and be shown in power consumption display in different colors according to different power consumptions, by power consumption data and be situated between
On face；
One instant electricity charge display module, the time that can be valuated according to electricity use state, electricity charge valuation model and the electricity charge
Scope, carries out calculating the electricity charge amount of money, and is shown on the power consumption display interface.
Wherein, the hand-held device control the connection mode of module and the electrical source socket for a remote control pattern and
One direct control model, which transmits power supply/cut-offing instruction for hand-held device through the cloud server extremely should
Electrical source socket, and this directly controls pattern and transmits power supply/cut-offing instruction to the power supply through Wi-Fi for hand-held device
Socket device.
Wherein, which carries out line, the controlling switch mould of the electrical source socket with the cloud server
Block is shown on the homepage operation interface, which can not carry out line with the cloud server, which opens
The confession power off of the electrical source socket can not be then controlled with pressing by closing module.
Wherein, which is set for different electrical source sockets, and produces different controlling switches
Module, and being shown in the different controlling switch modules on the homepage operation interface can show into line slip.
Wherein, in the database module of the cloud server more establish have the sunrise of corresponding country variant and postcode/
Sunset standard data, and the sunrise of setting/sunset power supply data can be coordinated the sunrise/sunset standard to provide by the cloud server
Material, carries out computing and transmits power supply/cut-offing instruction to the electrical source socket.
Wherein, more being established in the database module of the cloud server has corresponding country variant and the electricity charge mark of postcode
Quasi- data, and the electricity consumption data of setting can be coordinated the electricity charge standard data by the cloud server, carry out calculating electricity charge gold
Volume and the control module for being sent to the hand-held device, are situated between with being shown in the power consumption power supply/cut-offing instruction and being shown to the power consumption
On face.
Wherein, a power outlet name modifications unit has been further included, with the homepage operation interface and the operation interface list
Member is connected, and the power outlet name modifications unit is changing set basic document content.
Wherein, the sunrise/sunset power supply selection module has further included a daylight saving time power settings module, the daylight
When saving time power settings module carries out the power supply and power-off of setting electrical source socket every day with daylight saving time
Between, and daylight saving time setting module can form a daylight saving time on the sunrise/sunset power supply selection interface
Power supply opening module, daylight saving time power supply opening module can be pressed to start setting.
Wherein, which can carry out calculating power according to the electricity use state of the electrical source socket
Factor and the control module for being sent to the hand-held device, to be shown on the power consumption display interface.
Wherein, rule power-on time setting module further includes power supply/power-off time of countdowning, editor supplies power off
Time, sunrise and sunset power supply/power-off time, the interface of holiday power supply/power-off time.
Thus, the present invention can allow user can be in selected one by one loaded on the APP modules on hand-held device
In section time interval, automated randomized the confession power off of electrical source socket can be carried out with the indefinite time, and difference can be inputted
The postcode in area, to carry out the data of collocation this area be controlled the confession power off of the electrical source socket.
Brief description of the drawings
Fig. 1：The overall architecture schematic diagram of power outlet control system of the present invention.
Fig. 2A：The inside structure schematic diagram of the control module of power outlet control system of the present invention.
Fig. 2 B：The control model of power outlet control system of the present invention establishes the inside structure schematic diagram of unit.
Fig. 2 C：The inside structure schematic diagram of the power-on time switch selecting unit of power outlet control system of the present invention.
Fig. 2 D：The inside structure schematic diagram of the power consumption display unit of power outlet control system of the present invention.
Fig. 3：The inside structure schematic diagram of the electrical source socket of power outlet control system of the present invention.
Fig. 4 A：Schematic diagram is implemented in the line setting of power outlet control system of the present invention.
Fig. 4 B：Schematic diagram is implemented in the line setting of power outlet control system of the present invention.
Fig. 4 C：Schematic diagram is implemented in the line setting of power outlet control system of the present invention.
Fig. 4 D：Schematic diagram is implemented in the line setting of power outlet control system of the present invention.
Fig. 5 A：Schematic diagram is implemented in the basic document setting of power outlet control system of the present invention.
Fig. 5 B：Schematic diagram is implemented in the basic document setting of power outlet control system of the present invention.
Fig. 5 C：Schematic diagram is implemented in the basic document setting of power outlet control system of the present invention.
Fig. 5 D：Schematic diagram is implemented in the basic document setting of power outlet control system of the present invention.
Fig. 5 E：Schematic diagram is implemented in the basic document setting of power outlet control system of the present invention.
Fig. 6 A：Schematic diagram is implemented in the basic document modification of power outlet control system of the present invention.
Fig. 6 B：Schematic diagram is implemented in the basic document modification of power outlet control system of the present invention.
Fig. 7 A：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 B：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 C：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 D：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 E：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 F：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 G：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 H：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 7 I：Schematic diagram is implemented in the power-on time setting of power outlet control system of the present invention.
Fig. 8 A：The power consumption of power outlet control system of the present invention implements schematic diagram with electricity charge display.
Fig. 8 B：The power consumption of power outlet control system of the present invention implements schematic diagram with electricity charge display.
Fig. 8 C：The power consumption of power outlet control system of the present invention implements schematic diagram with electricity charge display.
Fig. 9：The overall architecture schematic diagram of another pattern of power outlet control system of the present invention.
Embodiment
Other technologies content, feature and effect of the present invention are related to, in following cooperation with reference to the preferred embodiment of schema
In detailed description, can clearly it present.
Referring to Fig. 1, be the overall architecture schematic diagram of power outlet control system of the present invention, from figure, the power supply
Socket controlling system includes cloud server 2, one of the hand-hold device 1, one with database module 21 and is arranged at interior 3
Wireless network Wireless Router 31 and electrical source socket 32, the wherein electrical source socket 32 can be by the wireless network Wireless Routers
31 Wi-Fi carries out line with the cloud server 2, and can pass through the cloud server 2 reception and control the power outlet
The instruction of device 32, and the interior control module 11 for having one and the cloud server 2 progress line of the hand-held device 1.
From in Fig. 2A, which includes an operation interface unit 111, a wireless connection unit 112, one
Control model establishes unit 113, a power-on time switch selecting unit 114, power outlet name modifications unit 115, a data
116 and one power consumption display unit 117 of uploading unit, wherein the operation interface unit 111 to provide a variety of user's interfaces,
And the wireless connection unit 112 is then to allow the control module 11 to carry out line with the electrical source socket 32.
The control model establish unit 113 can in a control model establish on interface established and set control the electricity
The basic document of supply socket device 32, from Fig. 2 B, which establishes unit 113 and include title input module
1131st, mould is presented in a country selection module 1133, a postcode (Zip code) 1134 and one icon (icon) of input module
Group 1135, the title of the electrical source socket, connection mode, the national postcode being located at are carried out by above-mentioned module
Establish and set, and icon presentation module 1135 more can be after the completion of basic document foundation, in the homepage operation interface
It is upper to form a controlling switch module, the title of the electrical source socket is shown in the controlling switch module, in addition the power supply is inserted
The power supply state of base device 32 can instant playback in the controlling switch module, and the controlling switch module can carry out by
Press and pressed state is uploaded to the cloud server 2, to change the power supply state of the electrical source socket 32 immediately.
The power-on time switch selecting unit 114 can select to set the electrical source socket on interface in a power-on time
32 power-on time data, from Fig. 2 C, which contains a rule power-on time and set
Cover half group 1141, sunrise/sunset power supply selection module 1143 and one random power-on time setting module 1142, the wherein rule supply
Electric time setting module 1141 can set power supply and the power-off time of any day electrical source socket 32, and the random power supply
Time setting module 1142 be then can to select or input the control opportunity section of electrical source socket every day and in
It is powered or powers off at random in the control opportunity section, when in addition the rule power-on time sets module 1141 and random power supply
Between setting module 1142 can form rule power supply opening module and a random power supply opening module respectively, to press to start
Above-mentioned setting.
The sunrise/sunset power supply selection module 1143 can set the power supply on one sunrise/sunset power supply selection interface
The sunrise of socket device 32/sunset power supply data, the sunrise/sunset power supply selection module 1143 include a daylight saving time
11431, the sunrise/sunset power supply selection module 1143 can set sunrise/sunset of the electrical source socket 32 every day
Whether power supply is with power-off, and daylight saving time 11431 carries out setting electrical source socket every day with daylight saving time
32 power supply and power-off time, and the daylight saving time 11431 can form one on the sunrise/sunset power supply selection interface
Daylight saving time power supply opening module, can press to start setting.
The material upload unit 116 can by the basic document of the electrical source socket 32, power-on time data and sunrise/
Sunset powers material upload to the database module 21 of the cloud server 2, and with the basic document of the electrical source socket 32
A data shelves are established, so that the power supply state that the electrical source socket 32 uploads can be stored in the data with electricity use state
In shelves.
The power consumption display unit 117 can set on a power consumption display interface and show the electrical source socket
Electricity consumption data, as understood in Fig. 2 D, which includes 1171, one electricity of electricity charge pricing mode setting module
Take valuation time setting module 1172, an instant 1173 and one instant electricity charge display module 1174 of power consumption display module, wherein
It is to set the electrical source socket that the electricity charge pricing mode, which sets module 1171 and electricity charge valuation time setting module 1172,
32 electricity charge valuation model and the time range of electricity charge valuation, and the instant power consumption display module 1173 and the electricity charge immediately are shown
Module 1174 can then carry out display power consumption data and the electricity charge amount of money according to set data and show Jie in the power consumption
On face.
From the figure 3, it may be seen that 321 1 power input interface circuit of a central processing circuit is contained in the electrical source socket 32
322nd, a power on-off control circuit 323, a power output circuit 324, a radio network interface circuit 325 and an electric-quantity monitoring
Circuit 326, wherein the power input interface circuit 322 can be connected with an external power supply 4, that is, when electrical source socket 32
When connecting external power supply 4, after power supply can enter the power input interface circuit 322, which can control
Whether the power on-off control circuit 323 can be sent power supply to the power output circuit 324, to export power supply to outside this
(electric quantity data can be then sent to this to device 5 by the electricity exported after being detected again through the electric-quantity monitoring circuit 326
Central processing circuit 321), since the central processing circuit 321 can pass through the radio network interface circuit 325 and the wireless network
The connection of road Wireless Router, with receive the cloud server 2 transmission control the instruction of the electrical source socket 32, and this can be incited somebody to action again
The power supply state of electrical source socket 32 is uploaded to the cloud server 2 with electricity use state with data.
And the line setting of the present invention implements schematic diagram then as shown in Fig. 4 A~Fig. 4 D, when user fills the power outlet
When putting 32 and plugging external power supply 4, user can open the control module 11, and be situated between in occurring an operation on the control module 11
Face 1112, from Fig. 4 A, user can first press start module 11121 after, then into 4B figures, then press the line
After module 11122, as shown in Figure 4 C, user can be selected after carrying out line with WIFI, which can then seek
Neighbouring Wi-Fi (WI-FI) Wiring device is looked for, after determining to find the electrical source socket 32, then can click operation diagram
Picture (icon) 11123 carries out next step setting to establish interface 1113 into a control model.
As shown in Fig. 5 A, established in the control model in interface 1113, wherein the remote control pattern must for hand-held device 1
Power supply/cut-offing instruction must be transmitted through the cloud server 2 to the electrical source socket 32, and it is hand that this, which directly controls pattern system,
Hold device 1 and be directed through Wi-Fi transmission power supply/cut-offing instruction to the electrical source socket 32；User must input one again
Define the title of the electrical source socket 32；
Afterwards, established in the control model in interface 1113, user can select what electrical source socket 32 was located at
Country and postcode (Zip code) or password (Password), after the completion of input, i.e., can enter Wi-Fi line interfaces, such as
Shown in Fig. 5 B, from Fig. 5 C, which is presented module 1135 and can then be formed on the homepage operation interface 1111
One controlling switch module 11116, title and the connection of the electrical source socket 32 can be shown in the controlling switch module 11116
Pattern, the cloud server 2 can be uploaded to additionally, due to the power supply state and electricity use state of the electrical source socket 32
Database module 21, therefore the power supply state of the electrical source socket 32 can instant playback in the controlling switch module
On 11116, and the controlling switch module 11116 can be pressed to open power supply and pressed state is uploaded to the high in the clouds
Servomechanism 2, to change the power supply state of the electrical source socket 32 immediately；
Again from Fig. 5 D, user can press the controlling switch module 11116 again, then make the controlling switch
Module 11116 is dimmed, also illustrates that the controlling switch module 11116 being controlled power-off；If but electrical source socket 32
When can not carry out line with the cloud server 2, as shown in fig. 5e, since the controlling switch module 11116 is built together vertical room lamp room
Lamp, garden lamp garden lamp, office of office, family, wherein room lamp are to press to brighten respectively to power to open with garden lamp, but by
In office with family not with 2 line of cloud server, therefore office can not then be pressed with family and supply power off to reach
Purpose.
From having one to post e-mail modules 11111, a power-on time in Fig. 6 A, on the homepage operation interface 1111
Setting module 11112, a power outlet name modifications module 11113, an electricity charge display module 11114 and a spare module
11115, after user, which sets, to complete, to change power outlet title, then press the power outlet name modifications module
After 11113, then the modification page can be again introduced into, from the room lamp established originally, garden lamp in Fig. 6 B, then occurs, does
4 titles such as public room, family, user can modify for each title, and the present embodiment is that garden lamp is modified as fan.
And as shown in Figure 7 A, after user presses the power-on time setting module 11112, then it can show the power outlet
(4 titles such as the power outlet title room lamp of setting, garden lamp, office, family occur, such as Fig. 7 B institutes in title selection interface
Show), user may be selected one of power outlet title and be powered setting, for example, during selection room lamp socket title, i.e., can
Show that a power-on time selects interface 1114, as seen in figure 7 c, and meter reciprocal is then shown on power-on time selection interface 1114
When power supply/power-off time (Countdown Time), editor's power supply/power-off time (Programable Time), sunrise and day
Fall power supply/power-off time (Astronomic Time), safety random power supply/power-off time (Security Random), holiday
Power supply/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 the month of power-off time, day, when, point setting, it is reciprocal that setting completes to carry out the time, during arrival
Between then carry out the power supply or power-off of far end supply socket；After user clicks editor's power supply/power-off time, as seen in figure 7e,
User can then select the time for power off, and can carry out daylight saving time in power supply/power-off time interface is edited
(DST) and random (Random) selection, be likely to be supplied within 30 minutes before and after setting time if Random is selected
Electricity or power-off, afterwards, as shown in Figure 7 F, then can list display come out all setting for power off strokes, complete setting.
If user on power-on time selection interface 1114 after holiday power supply/power-off time is clicked, by Fig. 7 G
Understand, user can select or input the control opportunity section of the electrical source socket 32 every day and in the control opportunity
Be powered or power off at random in section, from the point of view of in scheming, user can in Night, Day, 24Hour and Customize this
Optional one in four, which can be powered or power off within the set time.
And after user presses the sunrise and sunset power supply/power-off time, as shown in Figure 7 I, then it can set every day
Whether the power supply of sunrise/sunset of the electrical source socket 32 is with power-off, country and postcode must be inputted due to foregoing, because
This cloud server 2 then can be according to the time of sunrise/sunset of different countries and postcode, and according in set
Hold power supply and the off-position for being adjusted sunrise/sunset.In addition, the daylight saving time power settings module 11431 can
Power supply and the power-off time of the setting electrical source socket 32 every day are carried out with daylight saving time, therefore can be in the day
Go out/sunset power supply selection module 1143 on form a daylight saving time 11431, which 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 making
User completes setting, and the power supply or power-off that system can automatically within the time of setting at random repeatedly, reach the effect saved from damage.
And after user presses the electricity charge display module 11114, can be in an electricity consumption as shown in Fig. 8 A, Fig. 8 B and Fig. 8 C
Set on amount display interface and show the electricity consumption data of the electrical source socket 32, and can allow use on the power consumption display interface
Person first clicks electricity charge valuation model (residential customer, small business users, the large scale industry/commercial user of electrical source socket 32
Or other), since country variant and regional are differed with electric standard, it is therefore necessary to first click the electricity charge valuation model of user
Afterwards, cloud server 2 then can be according to the electricity consumption Freight Basis of different countries and postcode and power outlet dress of arranging in pairs or groups
The power consumption for putting 32 calculate the electricity charge amount of money, thus by Fig. 8 A, Fig. 8 B and Fig. 8 C it can be found that different power consumptions
It can then be shown in different colors on the power consumption display interface 1116 (50W, 950W, 1350W), and different power consumptions
(50W, 950W, 1350W) then can be according to different Freight Basis ($ 0.75cents/kwh, $ 14.25cents/kwh, $
20.75cents/kwh) and time interval (17 to Now of Sep) show the different electricity charge amount of money (1.32,11.32,
25.32)；In addition the cloud server 2 can carry out calculating power according to the electricity use state of the electrical source socket 32
Factor and the control module 11 for being sent to the hand-held device 1, to be shown on the power consumption display interface.
And above-described embodiment mainly describes the hand-held device 1 power supply is inserted with remote control through the cloud server 2
The power supply of base device 32/power-off mechanism, if but the hand-held device 1 and the electrical source socket 32 all positioned at interior 3, such as Fig. 9 institutes
Show, which is then not required to pass through the cloud server 2, but can be directly by the wireless of the Wi-Fi Wireless Router
Network is controlled the electrical source socket 32.
Power outlet control system provided by the present invention, when being compared to each other with other located by prior art, its advantage is as follows：
The present invention can allow user can be when selected one section by one loaded on the APP modules on hand-held device
Between in section, automated randomized the confession power off of electrical source socket can be carried out with the indefinite time, and different regions can be inputted
Postcode, to carry out the data of collocation this area be controlled the confession power off of the electrical source socket.
The present invention is disclosed above through the above embodiments, and so it is not limited to the present invention, it is any be familiar with this one
Technical field has usually intellectual, is understanding the foregoing technical characteristic of the present invention and embodiment, and do not departing from the present invention's
In spirit and scope, when can make a little change and retouch, therefore the scope of patent protection of the present invention must be regarded appended by this specification
As defined in claim subject to.
Claims (10)
- A kind of 1. power outlet control system, it is characterised in that including：One cloud server, inside has a database module；One Wi-Fi Wireless Router, to provide the Wi-Fi of one and external networks line；At least one electrical source socket with Wi-Fi interface circuit and electric-quantity monitoring circuit, can be connect with Wi-Fi Mouth circuit is attached with the Wi-Fi Wireless Router, with by the Wi-Fi of the Wi-Fi Wireless Router and the high in the clouds servo Device carries out line, and can pass through the cloud server and receive the instruction for controlling the electrical source socket；Hand-hold device, inside has a control module that line is carried out with the cloud server, which contains：One operation interface unit, to provide a variety of user's interfaces, in operating the control mould on different users' interface Group；One wireless connection unit, is connected with the operation interface unit, on a wireless connection interface, to make the control module Line is carried out with the electrical source socket, and after carrying out line, then it can enter a homepage operation interface, to carry out different item Purpose is set；One control model establishes unit, is connected with the homepage operation interface and the operation interface unit, which builds Vertical unit can be established on interface in a control model and carry out the basic document for setting the electrical source socket, and the control model Unit is established to include：One title inputs module, to input the title of the definition electrical source socket；One country selection module, the country that the electrical source socket can be selected to be located at；One postcode inputs module, to input the national postcode that the electrical source socket is located at；Module is presented in one icon, and a controlling switch module, the controlling switch module can be formed on the homepage operation interface On show the title and connection mode of the electrical source socket, additionally, due to the power supply state and electricity of the electrical source socket Use state can be uploaded to the database module of the cloud server, and the power supply state of the electrical source socket can be instant It is shown in the controlling switch module, and the controlling switch module can be pressed and pressed state is uploaded to the high in the clouds Servomechanism, to change the power supply state of the electrical source socket immediately；One power-on time switch selecting unit, is connected with the homepage operation interface and the operation interface unit, during the power supply Between switch selecting unit can select set the power-on time data of the electrical source socket on interface in a power-on time, and be somebody's turn to do Power-on time switch selecting unit includes：One rule power-on time sets module, to set the power supply of any day electrical source socket and power-off time, and is somebody's turn to do Rule power-on time setting module can select to form rule power supply opening module on interface in the power-on time, which supplies Electric-opening module can be pressed to start setting；One random power-on time setting module, to select or input the control opportunity section of electrical source socket every day, And be powered or power off at random in the control opportunity section, and the random power-on time selection module can be when the power supply Between select interface on formed one at random power supply opening module, the opening module of powering at random can press with start setting；One sunrise/sunset power supply selection module, to set the power supply of sunrise/sunset of electrical source socket every day with breaking Whether electricity；One material upload unit, establishes unit, power-on time switch selecting unit, sunrise/sunset supply electric separation with the control model Select unit to be connected, to by the basic document of the electrical source socket, power-on time data and sunrise/sunset power supply data The database module of the cloud server is reached, and a data shelves are established with the basic document of the electrical source socket, so that should The power supply state that electrical source socket uploads can be stored in the data shelves with electricity use state；One power consumption display unit, is connected with the homepage operation interface and the operation interface unit, and power consumption display is single Member can set on a power consumption display interface and show the electricity consumption data of the electrical source socket, and power consumption display is single Member includes：One electricity charge pricing mode sets module, to set the electricity charge valuation model of the electrical source socket；One electricity charge valuation time setting module, to set the time range of the electricity charge of electrical source socket valuation；One instant power consumption display module, can take out the electrical source socket in the database module of the cloud server Electricity use state, and be shown in different colors on the power consumption display interface according to different power consumptions, by power consumption data；One instant electricity charge display module, the time range that can be valuated according to electricity use state, electricity charge valuation model and the electricity charge, Carry out calculating the electricity charge amount of money, and be shown on the power consumption display interface.
- 2. power outlet control system as claimed in claim 1, it is characterised in that the control module of the hand-held device and the electricity The connection mode of supply socket device is a remote control pattern and a direct control model, which is hand-held device Power supply/cut-offing instruction is transmitted to the electrical source socket through the cloud server, and it is hand-held device that this, which directly controls pattern, Power supply/cut-offing instruction is transmitted to the electrical source socket through Wi-Fi.
- 3. power outlet control system as claimed in claim 1, it is characterised in that the electrical source socket and the high in the clouds servo Device carries out line, and the controlling switch module of the electrical source socket is shown on the homepage operation interface.
- 4. power outlet control system as claimed in claim 1, it is characterised in that the control module is inserted for different power supplys Base device is set, and produces different controlling switch modules, and is shown in different on the homepage operation interface Controlling switch module can be shown into line slip.
- 5. power outlet control system as claimed in claim 1, it is characterised in that in the database module of the cloud server More establishing has the sunrise of corresponding country variant and postcode/sunset standard data, and the cloud server can be by setting Sunrise/sunset power supply data coordinates the sunrise/sunset standard data, carries out computing and transmits power supply/cut-offing instruction to the power supply Socket device.
- 6. power outlet control system as claimed in claim 1, it is characterised in that in the database module of the cloud server More establishing has corresponding country variant and the electricity charge standard data of postcode, and the cloud server can provide the electricity consumption of setting Material coordinates the electricity charge standard data, carries out calculating the electricity charge amount of money and is sent to the control module of the hand-held device, to be shown in On the power consumption power supply/cut-offing instruction to the power consumption display interface.
- 7. power outlet control system as claimed in claim 1, it is characterised in that further included a power outlet name modifications Unit, is connected with the homepage operation interface and the operation interface unit, and the power outlet name modifications unit is changing Set basic document content.
- 8. power outlet control system as claimed in claim 1, it is characterised in that the sunrise/sunset power supply selection module is more Include a daylight saving time power settings module, which is carried out with daylight saving time Power supply and the power-off time of electrical source socket every day are set, and daylight saving time setting module can be in the day Go out/sunset power supply selection interface on form daylight saving time power supply opening module, which supplies electric-opening mould Block can be pressed to start setting.
- 9. power outlet control system as claimed in claim 1, it is characterised in that the cloud server can be according to the power supply The electricity use state of socket device, carries out calculating power factor and is sent to the control module of the hand-held device, with display In on the power consumption display interface.
- 10. power outlet control system as claimed in claim 1, it is characterised in that rule power-on time setting module is more Comprising power supply/power-off time of countdowning, editor's power supply/power-off time, sunrise and sunset power supply/power-off time, holiday power supply/ The 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 CN105785841A (en) | 2016-07-20 |
| CN105785841B true CN105785841B (en) | 2018-04-13 |
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ID=56377359
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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 |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105785841B (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW200945269A (en) * | 2008-04-25 | 2009-11-01 | Cal Comp Electronics & Comm Co | Monitor socket, monitor system and control method thereof |
| TWI446676B (en) * | 2011-10-04 | 2014-07-21 | Unitech Electronics Co Ltd | Intellectual power controlling system |
| KR101303321B1 (en) * | 2012-01-12 | 2013-09-03 | 한전케이디엔주식회사 | Power manegement system and method using zigbee network |
| CN202632072U (en) * | 2012-05-07 | 2012-12-26 | 广东明家科技股份有限公司 | Intelligent control socket system |
| TWM471083U (en) * | 2013-09-11 | 2014-01-21 | Areawell Networks Inc | Cloud control power source socket |
| CN103616880B (en) * | 2013-12-09 | 2017-02-22 | 上海上塔软件开发有限公司 | Method for designing and achieving intelligent electricity using network |
-
2014
- 2014-12-24 CN CN201410814086.1A patent/CN105785841B/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN105785841A (en) | 2016-07-20 |
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