CN109272420A - Electricity shares system and method - Google Patents
Electricity shares system and method Download PDFInfo
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- CN109272420A CN109272420A CN201811011414.9A CN201811011414A CN109272420A CN 109272420 A CN109272420 A CN 109272420A CN 201811011414 A CN201811011414 A CN 201811011414A CN 109272420 A CN109272420 A CN 109272420A
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- 230000005611 electricity Effects 0.000 title claims abstract description 80
- 238000000034 method Methods 0.000 title claims abstract description 18
- 238000005259 measurement Methods 0.000 claims description 15
- 230000001960 triggered effect Effects 0.000 claims description 5
- 238000004891 communication Methods 0.000 abstract description 2
- 238000013461 design Methods 0.000 description 6
- 238000012545 processing Methods 0.000 description 6
- 238000012544 monitoring process Methods 0.000 description 4
- 241000209094 Oryza Species 0.000 description 3
- 235000007164 Oryza sativa Nutrition 0.000 description 3
- 235000009566 rice Nutrition 0.000 description 3
- 238000010411 cooking Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000006855 networking Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
- G06Q50/06—Energy or water supply
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Abstract
The present embodiments relate to the communications field, discloses a kind of electricity and share system and method.Wherein, electricity shares system and includes terminal and be applied to unit area, and the unit area includes at least two subregions, and each subregion is respectively provided with intelligent node；The intelligent node is used to count power information when itself being powered；The intelligent node is also used to the power information being sent to the terminal in the form of data packet；The terminal is used to count total power information of intelligent node described in each subregion respectively according to the data packet received.Compared with prior art, the present invention can enable the multiple users for sharing unit area according to total power information that intelligent node in respective subregion voluntarily counts to share the electricity charge.
Description
Technical field
The present embodiments relate to the communications field, in particular to electricity shares system and method.
Background technique
At present for resident, one electricity measuring instrument usually is installed to measure household electricity by unit each household of family
Amount.Or for incorporated business, an electricity measuring instrument is installed to survey by each incorporated business usually as unit of incorporated business
Measure the electricity consumption of incorporated business.With the raising of development level, rent is higher and higher, then occurs much sharing phenomenon, including
Office shares or residential quarter is shared.
Summary of the invention
A kind of electricity of being designed to provide of embodiment of the present invention shares system and method, can make to share unit area
Multiple users can share the electricity charge according to total power information that intelligent node in respective subregion voluntarily counts.
In order to solve the above technical problems, embodiments of the present invention, which provide a kind of electricity, shares system, the electricity point
Booth system includes terminal and is applied to unit area, and the unit area includes at least two subregions, each subregion
It is respectively provided with intelligent node；The intelligent node is used to count power information when itself being powered；The intelligent node be also used to by
The power information is sent to the terminal in the form of data packet；The terminal is used for according to the data packet point received
Total power information of intelligent node described in each subregion is not counted.
Embodiments of the present invention additionally provide a kind of electricity methodology, share system based on above-mentioned electricity；The electricity
Amount methodology includes: power information when intelligent node counts itself energization；The intelligent node by the power information with
The form of data packet is sent to the terminal；Wherein, the terminal is used to count every respectively according to the data packet received
Total power information of intelligent node described in a subregion.
Embodiment of the present invention in terms of existing technologies, due to unit area include at least two subregions, each
Subregion is respectively provided with intelligent node, and intelligent node counts power information when itself being powered and by power information with the shape of data packet
Formula is sent to terminal.Terminal counts total power information of intelligent node in each subregion according to the data packet received respectively.
Therefore, for including the unit area of at least two subregions, total power information in each subregion can be carried out
Statistics, can always use telecommunications according to what intelligent node in respective subregion voluntarily counted convenient for sharing multiple users of unit area
Breath is to share the electricity charge.
In addition, the intelligent node at least two in each subregion, and the intelligent node includes at least
One intelligent socket and at least one intelligent power equipment；The intelligent power equipment accesses the intelligence by way of grafting
It can socket；The intelligent socket is used to measure the intelligent power equipment when the intelligent power equipment accesses intelligent socket
Power information；The intelligent socket is also used to the power information of measurement being sent to the terminal.In this way,
The electricity of intelligent socket monitoring intelligent electrical equipment can directly be passed through, realized convenient for the subsequent data according to intelligent socket monitoring
Analysis to electricity.
In addition, the intelligent socket is specifically used for the title of the intelligent power equipment and corresponding with the title
The electricity consumption be sent to the terminal.In this way, it can analyze out the electricity consumption of each intelligent power equipment, just
Power supply is adjusted flexibly in analysis result of the subsequent basis to power information.
In addition, the intelligent socket is also used to show the power information of measurement.In this way, so that user can
The power information of current intelligent power equipment is intuitively observed with the power information shown by intelligent socket.
In addition, the intelligent node at least two in each subregion；Lead between each intelligent node
It crosses bluetooth group and carries out information exchange；The intelligent node is also used to forward the electricity consumption of other intelligent nodes in the form of data packet
Information is to the terminal.In this way, the networking mode of intelligent node in the flexible and changeable unit area of one kind is provided.
In addition, each subregion is respectively provided with display screen；The display screen is used to show the institute of each subregion
State total power information.In this way, user is allowed intuitively to observe total electricity consumption of each subregion by display screen
Information.
In addition, the power information is sent to the terminal especially by gateway by the intelligent node.Due to gateway
The uniqueness of location, it is possible to the power information in each subregion is specifically counted according to the address of gateway, it can also be according to every
Power information in sub-regions analyzes the duration of being specifically in of user in each subregion.
In addition, the unit area further includes public domain；The public domain setting intelligent socket and intelligent power are set
It is standby, and the intelligent socket of the public domain and terminal binding；The intelligent socket is triggered by the terminal to set with power supply
Standby conducting；The intelligent socket is used to measure the intelligent power when the intelligent power equipment accesses the intelligent socket
The power information of equipment；The terminal is specifically used for: according to the power information of the data packet and measurement that receive
Total power information of intelligent node described in each subregion is counted respectively.It can be according to the end mutually bound with intelligent socket
End counts user in each subregion to the service condition of public domain intelligent node, and then counts in each subregion and use
The electricity charge of public domain are shared convenient for user in each sub-regions in the electricity consumption of public domain in family.
Detailed description of the invention
One or more embodiments are illustrated by the picture in corresponding attached drawing, these exemplary theorys
The bright restriction not constituted to embodiment, the element in attached drawing with same reference numbers label are expressed as similar element, remove
Non- to have special statement, composition does not limit the figure in attached drawing.
Fig. 1 is the structural block diagram that first embodiment electricity shares system according to the present invention；
Fig. 2 is the structural block diagram that second embodiment electricity shares system according to the present invention；
Fig. 3 is the flow chart of third embodiment electricity methodology according to the present invention.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with attached drawing to the present invention
Each embodiment be explained in detail.However, it will be understood by those skilled in the art that in each embodiment party of the present invention
In formula, in order to make the reader understand this application better, many technical details are proposed.But even if without these technical details
And various changes and modifications based on the following respective embodiments, the application technical solution claimed also may be implemented.
The first embodiment of the present invention is related to a kind of electricity to share system.As shown in Figure 1, the electricity shares system packet
It includes terminal 11 and is applied to unit area 12.The unit area 12 includes at least two subregions 121, each subregion
121 are respectively provided with intelligent node 123.Wherein, intelligent node 123 can be intelligent socket or intelligent power equipment.Intelligent power is set
It is standby can be, but not limited to for it is following any one or any combination thereof: intelligent TV set, intelligent electric rice cooker, intelligent lamp, intelligence are eventually
Hold 11 (mobile phone, computers etc.) etc..The intelligent node 123 is used to count power information when itself being powered.The intelligent node
123 can be specifically used for power information when real-time statistics itself are powered.By this design method, family can be used and obtain in real time
The electricity for taking intelligent node 123 currently used.Itself power information is counted when working by intelligent node 123, so that not needing
The power information of additional monitoring intelligent node 123.Wherein, power information may include it is following any one or any combination thereof:
Electricity consumption, current time, 123 title of intelligent node.The intelligent node 123 is also used to the power information with data packet
Form is sent to the terminal 11.The terminal 11 is used to count each sub-district respectively according to the data packet received
Total power information of intelligent node 123 described in domain 121.
The intelligent node 123 is specifically used for: the current/voltage generated when itself is powered and conduction time are acquired, and
The power information is counted according to the current/voltage and the conduction time.By this design method, a kind of system is provided
The specific implementation for counting power information, helps to ensure that feasibility of the invention.Specifically, can be in intelligent node 123
Inside be arranged electrical measurement unit, by electrical measurement unit measure itself be powered when power information.Electrical measurement unit
It may include: acquisition module, timing module and processing module.The acquisition module and the timing module be electrically connected in
The processing module.The acquisition module is used to acquire the current/voltage generated when the intelligent node 123 is powered.The meter
When time for being powered for intelligent energy-saving described in real-time statistics of module.The processing module be used for according to the current/voltage with
And the time counts electricity consumption.
In addition, the unit area 12 further includes public domain 122.Intelligent socket and intelligence is arranged in the public domain 122
Energy electrical equipment, and the intelligent socket of the public domain 122 and terminal 11 are bound.The intelligence is triggered by the terminal 11
Energy socket is connected with power supply unit.Specifically, terminal 11 can be communicated by bluetooth or network with intelligent socket, thus eventually
End 11 can be connected by bluetooth or network-control intelligent socket with power supply unit.Specifically, the inside of each intelligent node 123 can
Bluetooth mould group is arranged, to realize bluetooth group.For example, installing application program in terminal 11, end is associated with by application program
End 11 and intelligent socket trigger intelligent socket by APP and are connected with power supply unit.The intelligent socket is set in the intelligent power
When the standby access intelligent socket, the power information of the intelligent power equipment is measured.The terminal 11 is according to the institute received
The power information for stating data packet and measurement counts the total of intelligent node 123 described in each subregion 121 respectively
Power information.In this way, it can be counted in each subregion 121 and be used according to the terminal 11 mutually bound with intelligent socket
Family counts in each subregion 121 user in public domain to the service condition of 122 intelligent node 123 of public domain
122 electricity consumption shares the electricity charge of public domain 122 convenient for user in each sub-regions 121.
Since unit area 12 includes at least two subregions 121, each subregion 121 is respectively provided with intelligent node 123, intelligence
Energy node 123 counts power information when itself being powered and power information is sent to terminal 11 in the form of data packet.Terminal
11 count total power information of intelligent node 123 in each subregion 121 according to the data packet received respectively.Therefore, for
For unit area 12 including at least two subregions 121, it can unite to total power information in each subregion 121
Meter, can voluntarily count total according to intelligent node 123 in respective subregion 121 convenient for sharing multiple users of unit area 12
Power information shares the electricity charge.
For example, for example unit area 12 can be a set of house or a set of office.It is a set of in unit area 12
When house, which may include public domain 122 and at least two subregions 121.Wherein, public domain 122 can be
Any one or any combination thereof below: dining room, kitchen, toilet, parlor；Subregion 121 can be bedroom.Alternatively, in list
When position region 12 is a set of office, which may include public domain 122 and at least two subregions 121.Wherein,
Public domain 122 can for it is following any one or any combination thereof: meeting room, Tea Room, toilet；Subregion 121 can be with
For Office Area.
It is illustrated so that unit area 12 is one set of house as an example: assuming that one set of house includes that a kitchen and two are sleeping
Room.Two bedrooms are respectively bedroom A and bedroom B, and the terminal 11 that the user of bedroom A uses is first terminal, and the user of bedroom B makes
Terminal 11 is second terminal, and the terminal 11 of landlord is third terminal.Terminal 11 and son can be stored in advance in present embodiment
The related information in region 121.For example, the related information of first terminal Yu bedroom A is stored in advance, the pass of second terminal and bedroom B
Join information.
Intelligent node 123 in kitchen can be intelligent socket, intelligent electric cooker etc..When the user for leasing bedroom A uses
When the electric cooker of public domain 122 is cooked, triggering intelligent socket and power supply can be operable to the APP of first terminal
Intelligent electric cooker is accessed intelligent socket, realizes rice-cooking function by equipment conducting.Since first terminal is associated with bedroom A,
When power information is uploaded to the third terminal of landlord by intelligent socket, the user of bedroom A can analyze out by third terminal
To the service condition and electricity consumption of the intelligent power equipment of public domain 122.It similarly be can analyze out and crouched by third terminal
Service condition and electricity consumption of the user of room B to the intelligent power equipment of public domain 122.By this design, convenient for sleeping
The user of room A and the user of bedroom B share the electricity charge of public domain 122.
Intelligent node 123 in bedroom can be intelligent socket, smart television etc..Intelligent socket, smart television can be with
Power information when itself being powered is counted, and power information is sent to the third terminal of landlord.Or smart television access intelligence
When socket, the power information of smart television is measured by intelligent socket, and power information is sent to the third terminal of landlord.Pass through
Third terminal can analyze out service condition and electricity consumption of the user to intelligent node 123 in respective bedroom of bedroom A or bedroom B
Amount.
Compared with prior art, present embodiment can enable the multiple users for sharing unit area 12 according to respective son
Intelligent node 123 voluntarily counts in region 121 total power information shares the electricity charge.
Second embodiment of the present invention is related to a kind of electricity and shares system.Present embodiment and first embodiment are not
Together, it is in place of the main distinction: (intelligent socket and/or the intelligent power of the intelligent node in subregion in the first embodiment
Equipment) count itself be powered when power information, and in the present embodiment in subregion pass through intelligent socket statistics access
The power information of the intelligent power equipment of intelligent socket.
Include terminal 11 and be applied to unit area 12 as shown in Fig. 2, the electricity shares system.The unit area 12
Including at least two subregions 121, each subregion 121 is respectively provided with intelligent node 123.Wherein, intelligent node 123 can be with
For intelligent socket or intelligent power equipment.Intelligent power equipment can be, but not limited to for it is following any one or any combination thereof:
Intelligent TV set, intelligent electric rice cooker, intelligent lamp, intelligent terminal 11 (mobile phone, computer etc.) etc..The intelligent node 123 is for uniting
Count power information when itself being powered.The intelligent node 123 can be specifically used for using telecommunications when real-time statistics itself are powered
Breath.By this design method, family can be used and obtain the currently used electricity of intelligent node 123 in real time.Pass through intelligent node
Itself power information is counted when 123 work, so that not needing the power information of additional monitoring intelligent node 123.Wherein, telecommunications is used
Breath may include it is following any one or any combination thereof: electricity consumption, current time, 123 title of intelligent node.The intelligence section
Point 123 is also used to for the power information to be sent to the terminal 11 in the form of data packet.The terminal 11 is used for basis and connects
The data packet received counts total power information of intelligent node 123 described in each subregion 121 respectively.
The intelligent node 123 is specifically used for: the current/voltage generated when itself is powered and conduction time are acquired, and
The power information is counted according to the current/voltage and the conduction time.By this design method, a kind of system is provided
The specific implementation for counting power information, helps to ensure that feasibility of the invention.Specifically, can be in intelligent node 123
Inside be arranged electrical measurement unit, by electrical measurement unit measure itself be powered when power information.Electrical measurement unit
It may include: acquisition module, timing module and processing module.The acquisition module and the timing module be electrically connected in
The processing module.The acquisition module is used to acquire the current/voltage generated when the intelligent node 123 is powered.The meter
When time for being powered for intelligent energy-saving described in real-time statistics of module.The processing module be used for according to the current/voltage with
And the time counts electricity consumption.
In addition, the intelligent node 123 at least two in each subregion 121, and the intelligent node 123
Including at least one intelligent socket 1231 and at least one intelligent power equipment 1232.The intelligent power equipment 1232 passes through
The mode of grafting accesses the intelligent socket 1231.The intelligent socket 1231 is used to access in the intelligent power equipment 1232
When intelligent socket 1231, the power information of the intelligent power equipment 1232 is measured.The intelligent socket 1231 is also used to survey
The power information of amount is sent to the terminal 11.In this way, intelligence directly can be monitored by intelligent socket 1231
The electricity of energy electrical equipment 1232 realizes the analysis to electricity convenient for the subsequent data monitored according to intelligent socket 1231.Wherein,
The intelligent socket 1231 is specifically used for the title of the intelligent power equipment 1232 and institute corresponding with the title
It states electricity consumption and is sent to the terminal 11.In this way, it can analyze out the electricity consumption of each intelligent power equipment 1232,
Power supply is adjusted flexibly convenient for analysis result of the subsequent basis to power information.
In addition, the intelligent socket 1231 is also used to show the power information of measurement.In this way, so that with
The power information that family can be shown by intelligent socket 1231 intuitively observes the power information of current intelligent power equipment 1232.
Display screen can be set in each subregion 121；The display screen is used to show the described total of each subregion 121
Power information.In this way, allow what user intuitively observed each subregion 121 by display screen always to use telecommunications
Breath.
The intelligent node 123 at least two in present embodiment, in each subregion 121；It is each described
Information exchange is carried out by bluetooth group between intelligent node 123；The intelligent node 123 is also used to turn in the form of data packet
The power informations of other intelligent nodes 123 is sent out to the terminal 11.In this way, a kind of flexible and changeable unit is provided
The networking mode of intelligent node 123 in region 12.
In addition, the power information is sent to the terminal 11 especially by gateway 13 by the intelligent node 123.Due to
The uniqueness of 13 address of gateway, it is possible to the power information in each subregion 121 is specifically counted according to the address of gateway 13,
The duration of being specifically in of user in each subregion 121 can also be analyzed according to the power information in each subregion 121.
The unit area 12 further includes public domain 122.Intelligent socket 1231 and intelligence is arranged in the public domain 122
Electrical equipment 1232, and the intelligent socket 1231 of the public domain 122 and terminal 11 are bound.It is triggered by the terminal 11
The intelligent socket 1231 is connected with power supply unit.Specifically, terminal 11 can pass through bluetooth or network and intelligent socket 1231
It is communicated, so that terminal 11 can be connected by bluetooth or network-control intelligent socket 1231 with power supply unit.For example, terminal
Application program is installed on 11, by application program come associated terminal 11 and intelligent socket 1231, intelligent socket is triggered by APP
1231 are connected with power supply unit.The intelligent socket 1231 accesses the intelligent socket 1231 in the intelligent power equipment 1232
When, measure the power information of the intelligent power equipment 1232.The terminal 11 is according to the data packet received and survey
The power information of amount counts total power information of intelligent node 123 described in each subregion 121 respectively.Pass through this
Kind of mode can count in each subregion 121 user to public area according to the terminal 11 bound with 1231 phase of intelligent socket
The service condition of 122 intelligent node 123 of domain, and then user is counted in each subregion 121 in the electricity consumption of public domain 122
Amount, shares the electricity charge of public domain 122 convenient for user in each sub-regions 121.
Since unit area 12 includes at least two subregions 121, each subregion 121 is respectively provided with intelligent node 123, intelligence
Energy node 123 counts power information when itself being powered and power information is sent to terminal 11 in the form of data packet.Terminal
11 count total power information of intelligent node 123 in each subregion 121 according to the data packet received respectively.Therefore, for
For unit area 12 including at least two subregions 121, it can unite to total power information in each subregion 121
Meter, can voluntarily count total according to intelligent node 123 in respective subregion 121 convenient for sharing multiple users of unit area 12
Power information shares the electricity charge.
For example, for example unit area 12 can be a set of house or a set of office.It is a set of in unit area 12
When house, which may include public domain 122 and at least two subregions 121.Wherein, public domain 122 can be
Any one or any combination thereof below: dining room, kitchen, toilet, parlor；Subregion 121 can be bedroom.Alternatively, in list
When position region 12 is a set of office, which may include public domain 122 and at least two subregions 121.Wherein,
Public domain 122 can for it is following any one or any combination thereof: meeting room, Tea Room, toilet；Subregion 121 can be with
For Office Area.
It is illustrated so that unit area 12 is one set of house as an example: assuming that one set of house includes that a kitchen and two are sleeping
Room.Two bedrooms are respectively bedroom A and bedroom B, and the terminal 11 that the user of bedroom A uses is first terminal, and the user of bedroom B makes
Terminal 11 is second terminal, and the terminal 11 of landlord is third terminal.Terminal 11 and son can be stored in advance in present embodiment
The related information in region 121.For example, the related information of first terminal Yu bedroom A is stored in advance, the pass of second terminal and bedroom B
Join information.
Intelligent node 123 in kitchen can be intelligent socket 1231, intelligent electric cooker etc..As the user for leasing bedroom A
When being cooked using the electric cooker of public domain 122, triggering intelligent socket can be operable to the APP of first terminal
1231 are connected with power supply unit, and intelligent electric cooker is accessed intelligent socket 1231, realizes rice-cooking function.Due to first terminal and crouch
Room A is associated, therefore when power information is uploaded to the third terminal of landlord by intelligent socket 1231, can be with by third terminal
The user of bedroom A is analyzed to the service condition and electricity consumption of the intelligent power equipment 1232 of public domain 122.Similarly pass through
Third terminal can analyze out the user of bedroom B to the service condition and use of the intelligent power equipment 1232 of public domain 122
Electricity.By this design, the electricity charge of public domain 122 are shared convenient for the user of bedroom A and the user of bedroom B.
Intelligent node 123 in bedroom can be intelligent socket 1231, smart television etc..Intelligent socket 1231, intelligence electricity
Depending on can count power information when itself being powered, and power information is sent to the third terminal of landlord.Or smart television
When accessing intelligent socket 1231, the power information of smart television is measured by intelligent socket 1231, and power information is sent to room
The third terminal in east.It can analyze out the user of bedroom A or bedroom B to intelligent node 123 in respective bedroom by third terminal
Service condition and electricity consumption.
Compared with prior art, present embodiment can enable the multiple users for sharing unit area 12 according to respective son
Intelligent node 123 voluntarily counts in region 121 total power information shares the electricity charge.
Third embodiment of the invention is related to a kind of electricity methodology, the electricity based on first or second embodiment point
Booth system.The electricity shares system and includes terminal and be applied to unit area.The unit area includes at least two sub-districts
Domain, each subregion are respectively provided with intelligent node.For example, for example unit area can be a set of house or a set of office
Room.When unit area is one set of house, which may include public domain and at least two subregions.Wherein, public
Region can for it is following any one or any combination thereof: dining room, kitchen, toilet, parlor；Subregion can be bedroom.Or
Person, when unit area is a set of office, which may include public domain and at least two subregions.Wherein,
Public domain can for it is following any one or any combination thereof: meeting room, Tea Room, toilet；Subregion can be office
Area.
As shown in figure 3, the electricity methodology includes:
Step S31, intelligent node count power information when itself being powered.
Wherein, intelligent node can be intelligent socket or intelligent power equipment.Intelligent power equipment can be, but not limited to for
Any one or any combination thereof below: intelligent TV set, intelligent electric rice cooker, intelligent lamp, intelligent terminal (mobile phone, computer etc.)
Deng.When intelligent node is intelligent socket and intelligent power equipment, intelligent socket can measure the intelligence for accessing the intelligent socket
The power information of electrical equipment, and the power information of measurement is sent to terminal.
Power information is sent to terminal by step S32, intelligent node in the form of data packet.
Step S33, terminal are used to count total use of intelligent node in each subregion respectively according to the data packet received
Power information.
Since unit area includes at least two subregions, each subregion is respectively provided with intelligent node, intelligent node statistics
Itself be powered when power information and power information is sent to terminal in the form of data packet.Terminal is according to the data received
Packet counts total power information of intelligent node in each subregion respectively.Therefore, for the unit including at least two subregions
For region, total power information in each subregion can be counted, convenient for sharing multiple user's energy of unit area
It is enough that the electricity charge are shared according to total power information that intelligent node in respective subregion voluntarily counts.
Compared with prior art, present embodiment can enable the multiple users for sharing unit area according to respective sub-district
Intelligent node voluntarily counts in domain total power information shares the electricity charge.
It is not difficult to find that present embodiment is embodiment of the method corresponding with first or second embodiment, this embodiment party
Formula can work in coordination implementation with first or second embodiment.The relevant technical details mentioned in first or second embodiment exist
In present embodiment still effectively, in order to reduce repetition, which is not described herein again.Correspondingly, the correlation mentioned in present embodiment
Technical detail is also applicable in first or second embodiment.
It will be understood by those skilled in the art that the respective embodiments described above are to realize specific embodiments of the present invention,
And in practical applications, can to it, various changes can be made in the form and details, without departing from the spirit and scope of the present invention.
Claims (10)
1. a kind of electricity shares system, which is characterized in that the electricity shares system and includes terminal and be applied to unit area, institute
Stating unit area includes at least two subregions, and each subregion is respectively provided with intelligent node；
The intelligent node is used to count power information when itself being powered；
The intelligent node is also used to the power information being sent to the terminal in the form of data packet；
The terminal is used to count intelligent node described in each subregion respectively according to the data packet received
Total power information.
2. electricity according to claim 1 shares system, which is characterized in that the intelligence section in each subregion
Point at least two, and the intelligent node includes at least one intelligent socket and at least one intelligent power equipment；
The intelligent power equipment accesses the intelligent socket by way of grafting；
The intelligent socket is used to measure the use of the intelligent power equipment when the intelligent power equipment accesses intelligent socket
Power information；
The intelligent socket is also used to the power information of measurement being sent to the terminal.
3. electricity according to claim 2 shares system, which is characterized in that the intelligent socket is specifically used for the intelligence
The title of energy electrical equipment and the electricity consumption corresponding with the title are sent to the terminal.
4. electricity according to claim 2 shares system, which is characterized in that the intelligent socket is also used to show measurement
The power information.
5. electricity according to claim 2 shares system, which is characterized in that the intelligence section in each subregion
Point at least two；Information exchange is carried out by bluetooth group between each intelligent node；
The intelligent node is also used to forward the power information of other intelligent nodes to the terminal in the form of data packet.
6. electricity according to claim 1 shares system, which is characterized in that each subregion is respectively provided with display screen；
The display screen is used to show total power information of each subregion.
7. electricity as claimed in any of claims 1 to 6 shares system, which is characterized in that the intelligent node tool
The power information is sent to the terminal by gateway by body.
8. electricity according to claim 1 shares system, which is characterized in that the unit area further includes public domain；
The public domain setting intelligent socket and intelligent power equipment, and the intelligent socket of the public domain and terminal are tied up
It is fixed；
The intelligent socket is triggered by the terminal to be connected with power supply unit；
The intelligent socket is used to measure the intelligent power equipment when the intelligent power equipment accesses the intelligent socket
Power information；
The terminal is specifically used for: counting each respectively according to the power information of the data packet and measurement that receive
Total power information of intelligent node described in the subregion.
9. electricity according to claim 8 shares system, which is characterized in that the terminal and the subregion is stored in advance
Related information.
10. a kind of electricity methodology, which is characterized in that shared based on electricity described in any one of claim 1 to 9 and be
System；
The electricity methodology includes:
Intelligent node counts power information when itself being powered；
The power information is sent to the terminal by the intelligent node in the form of data packet；Wherein, the terminal is used for
Count total power information of intelligent node described in each subregion respectively according to the data packet received.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811011414.9A CN109272420A (en) | 2018-08-31 | 2018-08-31 | Electricity shares system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811011414.9A CN109272420A (en) | 2018-08-31 | 2018-08-31 | Electricity shares system and method |
Publications (1)
| Publication Number | Publication Date |
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| CN201811011414.9A Pending CN109272420A (en) | 2018-08-31 | 2018-08-31 | Electricity shares system and method |
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