CN105354933A - Method, device and system for charge-by-household of multi-split air conditioner - Google Patents

Method, device and system for charge-by-household of multi-split air conditioner Download PDF

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Publication number
CN105354933A
CN105354933A CN201510883469.9A CN201510883469A CN105354933A CN 105354933 A CN105354933 A CN 105354933A CN 201510883469 A CN201510883469 A CN 201510883469A CN 105354933 A CN105354933 A CN 105354933A
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China
Prior art keywords
machine
user
centralized controller
interior
electricity consumption
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CN201510883469.9A
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CN105354933B (en
Inventor
赖东锋
姚果
杨都
刘泉洲
叶铁英
贺小林
唐杰
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Gree Electric Appliances Inc of Zhuhai
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Gree Electric Appliances Inc of Zhuhai
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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
    • G07F15/06—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity with means for prepaying basic charges, e.g. rent for meters

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  • General Physics & Mathematics (AREA)
  • Management, Administration, Business Operations System, And Electronic Commerce (AREA)

Abstract

The invention discloses a method, device and system for charge-by-household of a multi-split air conditioner. The method comprises the steps that a centralized controller counts the total electricity consumption of each charging unit in the last charging cycle, and the electricity charge of each charging unit in the last charging cycle is settled, wherein each charging unit corresponds to at least one indoor unit; the centralized controller sends payment information to the indoor units corresponding to the charging units, and the indoor units send the payment information to corresponding wire controllers; the wire controllers display the payment information to users to remind the users to pay the charges. According to the method, device and system for the charge-by-household of the multi-split air conditioner, the wire controllers automatically remind the users to pay the electricity charges of the air conditioner in each charging cycle, an administrator does not need to inform the users separately, and if a user does not pay the charges, the user is automatically restricted to use the air conditioner continuously; by means of an NFC function of a cell phone, the user can rapidly obtain accumulated electricity consumption and air conditioner electricity charges in the last charging cycle of the air conditioner of the user from the wire controllers and independently pay the air conditioner electricity charges, and the user can use the air conditioner continuously after the charges are paid.

Description

For the methods, devices and systems of multiple online air conditioners family charging
Technical field
The present invention relates to air conditioning charging field, particularly a kind of methods, devices and systems for the charging of multiple online air conditioners family.
Background technology
Multi-gang air-conditioner is generally used for the commercial applications such as market, hotel, office building, in the difference of a set of multi-connected machine, chance is used for different businessmans or user, now multi-connected machine needs household cost allocation function, for adding up the electricity that different interior machine (user) uses, to settle accounts the air conditioning electricity expense of each user.
Traditional household cost allocation function only has the statistics of each household electric power changes of air conditioners, needs artificial reminding user pay the fees and settle accounts electricity cost.
Summary of the invention
In view of above technical matters, the invention provides a kind of method for the charging of multiple online air conditioners family, Centralized Controller, interior machine, line control machine and system, can automatically remind each user to turn over air conditioning electricity expense.
According to an aspect of the present invention, provide a kind of Centralized Controller for the charging of multiple online air conditioners family, comprise statistical module and issue module, wherein:
Described statistical module, for adding up the total electricity consumption of each Charging Detail Record unit in metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Describedly issue module, send payment information for machine in corresponding to described Charging Detail Record unit, so that described payment information sends to corresponding line control machine to show by described interior machine, pay the fees with reminding user.
In one embodiment of the invention, described Centralized Controller also comprises data acquisition module, wherein:
Described data acquisition module, for obtaining the real-time electricity consumption data of each Charging Detail Record unit according to self power consumption of machine in every platform and the power consumption of outer machine, so that described statistical module is according to the total electricity consumption of each Charging Detail Record unit in real-time electricity consumption data statistics metering period last time of each Charging Detail Record unit;
If described Charging Detail Record unit is user, then described data acquisition module is also for obtaining the real-time electricity consumption data of machine in every platform according to self power consumption of machine in every platform and the power consumption of outer machine; And according to the real-time electricity consumption data of machine in every platform and the corresponding relation of predetermined user and interior unit, determine the real-time electricity consumption data of each user, wherein, a corresponding interior unit of user, an interior unit comprises at least one interior machine.
In one embodiment of the invention, described Centralized Controller also comprises display module and/or data upload module, wherein:
Described display module, for the inquiry request according to keeper, shows the power consumption of machine and/or each user in the every platform in the first predetermined time interval to keeper;
Described data upload module, for the real-time electricity consumption data of machine in every platform and/or each user are sent to Cloud Server, so that the power consumption of machine and/or each user in keeper inquires about in the first predetermined time interval every platform.
In one embodiment of the invention, if described Charging Detail Record unit is interior machine, module is issued also for the real-time electricity consumption data of machine in every platform are sent to corresponding line control machine, so that user inquires about the power consumption of described interior machine in the second predetermined time interval by described interior machine then; If described Charging Detail Record unit is user, module is issued also for for each user then, the real-time electricity consumption data of the real-time electricity consumption data of described user and each interior machine corresponding to described user are sent to corresponding line control machine by each interior machine that described user is corresponding, so that user inquires about the real-time electricity consumption data of the real-time electricity consumption data of the described user in the second predetermined time interval and/or each interior machine corresponding to described user.
In one embodiment of the invention, when described statistical module settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, for the total electricity consumption of machine in described every platform is sent to Cloud Server, so that Cloud Server obtains the electricity cost of machine in every platform in metering period last time according to the total electricity consumption of machine in described every platform; And receive the electricity cost of machine in described every platform of returning of Cloud Server.
In one embodiment of the invention, if described Charging Detail Record unit is user, described statistical module, also for the total electricity consumption of machine and the corresponding relation of predetermined user and interior unit in the electricity cost according to machine in described every platform, described every platform, to determine before the payment date electricity cost of each user and the total electricity consumption of each user in last time metering period.
In one embodiment of the invention, described payment information comprises wait to pay the fees interior machine mark and multi-connected machine group identity; If described Charging Detail Record unit is interior machine, then described payment information also comprises electricity cost and the total electricity consumption of described interior machine; If described Charging Detail Record unit is user, then described payment information also comprises electricity cost and the total electricity consumption of all interior machines in unit in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine.
In one embodiment of the invention, described Centralized Controller also comprises message reception module, wherein:
Described message reception module, send payment success message for receiving Cloud Server, wherein said payment success message comprises machine mark in payment successfully.
In one embodiment of the invention, for postpaid service user, described Centralized Controller also comprises the first identification module, wherein:
Described first identification module, issues whether module receives described interior machine in Xiang Yitai in schedule time payment success message after machine transmission payment information described in judging;
Describedly issue module also for the judged result according to described first identification module, if receive the payment success message of described interior machine, then forward lock instruction by described interior machine to the line control machine of correspondence, to lock line control machine, stop user's using air-condition.
In one embodiment of the invention, for prepaid user, described Centralized Controller also comprises the second identification module, wherein:
Described second identification module, for after described statistical module clears out the electricity cost of each Charging Detail Record unit in metering period last time, judges whether the electricity charge that prestore of the residue of described interior machine are less than the electricity cost of described interior machine;
Describedly issue module also for the judged result according to described second identification module, if the residue of described interior machine prestores, the electricity charge are less than the electricity cost of described interior machine, then by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition; And issue module described in instruction to described interior machine transmission payment information.
In one embodiment of the invention, described Centralized Controller also comprises the 3rd identification module, wherein:
Described 3rd identification module, for being forwarded after lock instruction by the line control machine of described interior machine to correspondence in the described module that issues, judges whether described message reception module receives the payment success message of corresponding interior machine;
Describedly issue module also for the judged result according to described 3rd identification module, if described message reception module receives the payment success message of corresponding interior machine, then by the line control machine forwarding unlock command of described interior machine to correspondence, to unlock line control machine, so that user reuses air-conditioning.
According to a further aspect in the invention, provide a kind of and comprise information receiving module and forwarding module for machine in the charging of multiple online air conditioners family, wherein:
Information receiving module, for receiving the payment information that Centralized Controller sends, wherein, described payment information be each Charging Detail Record unit in described Centralized Controller statistics last time metering period total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, send to the payment information of machine in described Charging Detail Record unit correspondence, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Forwarding module, the described payment information for being received by information receiving module is transmitted to corresponding line control machine and shows, and pays the fees with reminding user.
In one embodiment of the invention, described payment information comprises wait to pay the fees interior machine mark and multi-connected machine group identity;
Information receiving module is also for receiving real-time electricity consumption data, lock instruction or unlock command that Centralized Controller sends;
Real-time electricity consumption data, lock instruction or the unlock command of forwarding module also for being received by information receiving module are transmitted to corresponding line control machine, so that user inquires about real-time electricity consumption data, the line control machine of locking correspondence or the line control machine of unblock correspondence.
According to a further aspect in the invention, provide a kind of line control machine for the charging of multiple online air conditioners family, comprise the first receiver module and line traffic control display module, wherein:
Described first receiver module, for receiving the payment information that Centralized Controller forwards, wherein said payment information be each Charging Detail Record unit in described Centralized Controller statistics last time metering period total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, by the payment information that machine in the correspondence of Charging Detail Record unit forwards, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Described line traffic control display module, for showing the described payment information that described first receiver module receives, pays the fees with reminding user.
In one embodiment of the invention, described line control machine also comprises enquiry module, wherein
Described first receiver module is also for receiving the real-time electricity consumption data that Centralized Controller is forwarded by interior machine, and wherein said real-time electricity consumption data comprise the real-time electricity consumption data of each interior machine in unit in described in the real-time electricity consumption data of described interior machine and/or described interior machine;
Described enquiry module, for receiving data inquiry request, to inquire about the real-time electricity consumption data of corresponding interior machine, described data inquiry request comprises the interior machine mark of machine in needs inquiry.
In one embodiment of the invention, described line control machine also comprises locking unlocked state, wherein
Described first receiver module is also for receiving the lock instruction or unlock command that Centralized Controller forwarded by interior machine;
Described locking unlocked state, if receive lock instruction for described first receiver module, then locks line control machine, does not allow user's using air-condition; If described first receiver module receives unlock command, then unlock line control machine, so that user reuses air-conditioning.
In one embodiment of the invention, described line control machine also comprises the second receiver module and payment information sending module, wherein:
Described second receiver module, for receiving the payment request that paying device sends;
Described payment information sending module, if receive payment request for described second receiver module, then described payment information is sent to paying device, so that paying device completes payment by access Cloud Server, wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity.
According to a further aspect in the invention, a kind of system for the charging of multiple online air conditioners family is provided, comprises the Centralized Controller described in the above-mentioned any embodiment of the present invention, the interior machine described in the above-mentioned any embodiment of the present invention and the line control machine described in the above-mentioned any embodiment of the present invention.
In one embodiment of the invention, described system also comprises outer machine, wherein:
Self power consumption of interior machine also for detecting self power consumption of interior machine in real time, and is sent to Centralized Controller by interior machine;
Outer machine, for detecting the power consumption of outer machine in real time, and sends to Centralized Controller by the power consumption of outer machine.
In one embodiment of the invention, described system also comprises Cloud Server, wherein:
Described Cloud Server, for obtaining the electricity cost of machine in every platform in metering period last time according to the total electricity consumption of machine in described every platform, and sends to Centralized Controller by the electricity cost of machine in described every platform; And the real-time electricity consumption data receiving machine and/or each user in every platform of uploading of Centralized Controller send to Cloud Server, so that the power consumption of machine and/or each user in keeper inquires about in the first predetermined time interval every platform.
In one embodiment of the invention, described system also comprises paying device, wherein:
Described paying device, after showing described payment information at line control machine to user, obtain described payment information from described line control machine, and complete payment by access Cloud Server, wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity; And if described in interior machine mark of waiting to pay the fees have multiple, then paying device reminding user is selected to wait that at least one of paying the fees in interior machine mark is paid the fees;
Pay the fees successfully in response to paying device, described Cloud Server is also for sending payment success message to Centralized Controller, and wherein said payment success message comprises machine mark in payment successfully.
According to a further aspect in the invention, a kind of method for the charging of multiple online air conditioners family is provided, comprises:
The total electricity consumption of each Charging Detail Record unit in Centralized Controller statistics metering period last time, and settle accounts the electricity cost of each Charging Detail Record unit in metering period last time, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
In Centralized Controller is corresponding to described Charging Detail Record unit, machine sends payment information, so that described payment information is sent to corresponding line control machine by described interior machine;
Show described payment information by line control machine to user, pay the fees with reminding user.
In one embodiment of the invention, in described Centralized Controller statistics metering period last time, the step of the total electricity consumption of each Charging Detail Record unit comprises:
Centralized Controller obtains the real-time electricity consumption data of each Charging Detail Record unit according to self power consumption of machine in every platform and the power consumption of outer machine;
Centralized Controller in predetermined Settlement Date, according to the total electricity consumption of each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time.
In one embodiment of the invention, before described Centralized Controller obtains the step of real-time electricity consumption data of each Charging Detail Record unit according to self power consumption of machine in every platform and the power consumption of outer machine, described method also comprises:
Interior machine detects self power consumption of interior machine in real time, and self power consumption of interior machine is sent to Centralized Controller;
Outer machine detects the power consumption of outer machine in real time, and the power consumption of outer machine is sent to Centralized Controller.
In one embodiment of the invention, if described Charging Detail Record unit is user, described Centralized Controller obtains the real-time electricity consumption data of each Charging Detail Record unit step according to self power consumption of machine in every platform and the power consumption of outer machine comprises:
Centralized Controller obtains the real-time electricity consumption data of machine in every platform according to self power consumption of machine in every platform and the power consumption of outer machine;
The real-time electricity consumption data of Centralized Controller according to machine in every platform and the corresponding relation of predetermined user and interior unit, determine the real-time electricity consumption data of each user.
In one embodiment of the invention, if described Charging Detail Record unit is interior machine, then, after Centralized Controller obtains the step of real-time electricity consumption data of each Charging Detail Record unit according to self power consumption of machine in every platform and the power consumption of outer machine, described method also comprises:
The real-time electricity consumption data of machine in every platform are sent to Cloud Server by Centralized Controller, so that the power consumption of machine in keeper inquires about in the first predetermined time interval every platform;
The real-time electricity consumption data of machine in every platform are sent to corresponding line control machine, so that user inquires about the power consumption of described interior machine in the second predetermined time interval by described interior machine by Centralized Controller.
In one embodiment of the invention, if described Charging Detail Record unit is user, then, after Centralized Controller obtains the step of real-time electricity consumption data of each Charging Detail Record unit according to self power consumption of machine in every platform and the power consumption of outer machine, described method also comprises:
The real-time electricity consumption data of machine in every platform and each user are sent to Cloud Server by Centralized Controller, so that the power consumption of machine and/or each user in keeper inquires about in the first predetermined time interval every platform;
For each user, the real-time electricity consumption data of the real-time electricity consumption data of described user and each interior machine corresponding to described user are sent to corresponding line control machine by each interior machine that described user is corresponding by Centralized Controller, so that user inquires about the real-time electricity consumption data of the real-time electricity consumption data of the described user in the second predetermined time interval and/or each interior machine corresponding to described user.
In one embodiment of the invention, in described Centralized Controller clearing metering period last time, the step of the electricity cost of each Charging Detail Record unit comprises:
The total electricity consumption of machine in described every platform is sent to Cloud Server by Centralized Controller;
Cloud Server obtains the electricity cost of machine in every platform in metering period last time according to the total electricity consumption of machine in described every platform, and the electricity cost of machine in described every platform is sent to Centralized Controller;
In one embodiment of the invention, if described Charging Detail Record unit is user, then described payment information also to comprise in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine in unit electricity cost and the total electricity consumption of machine in other; In described Centralized Controller clearing metering period last time, the step of the electricity cost of each Charging Detail Record unit also comprises: Centralized Controller according to the total electricity consumption of machine and the corresponding relation of predetermined user and interior unit in the electricity cost of machine in described every platform, described every platform, the electricity cost of each user and the total electricity consumption of each user in last time metering period before the date of determining to pay the fees.
In one embodiment of the invention, to show the step of described payment information to user at line control machine after, also comprise:
Paying device obtains described payment information from described line control machine, and completes payment by access Cloud Server, and wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity;
If described in interior machine mark of waiting to pay the fees have multiple, then paying device reminding user is selected to wait that at least one of paying the fees in interior machine mark is paid the fees;
If paying device is paid the fees successfully, then Cloud Server sends payment success message to Centralized Controller, and wherein said payment success message comprises machine mark in payment successfully.
In one embodiment of the invention, for postpaid service user, described method also comprises: if whether receive the payment success message of described interior machine after Centralized Controller machine in Xiang Yitai sends payment information in the schedule time, then by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition.
In one embodiment of the invention, for prepaid user, at Cloud Server by after in described every platform, the electricity cost of machine sends to Centralized Controller, described method also comprises:
For machine in every platform, Centralized Controller judges whether the electricity charge that prestore of the residue of described interior machine are less than the electricity cost of described interior machine;
If the residue of described interior machine prestores, the electricity charge are less than the electricity cost of described interior machine, be then less than machine in electricity cost for remaining the electricity charge that prestore, Centralized Controller performs the step sending payment information to described interior machine; And by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition.
In one embodiment of the invention, after line control machine is locked, described method also comprises:
If Centralized Controller receives the payment success message of corresponding interior machine, then by the line control machine forwarding unlock command of described interior machine to correspondence, to unlock line control machine, so that user reuses air-conditioning.
The present invention can turn over air conditioning electricity expense by line control machine automatically prompting user, do not need keeper (keeper of whole multiple on-line system) manually to remind, solve thus existing multiple online air conditioners family charging can not automatically prompting user payment technical matters.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the present invention for system first embodiment of multiple online air conditioners family charging.
Fig. 2 is the schematic diagram of the present invention for system second embodiment of multiple online air conditioners family charging.
Fig. 3 is the schematic diagram of the present invention for system the 3rd embodiment of multiple online air conditioners family charging.
Fig. 4 is the schematic diagram of the present invention for system the 4th embodiment of multiple online air conditioners family charging.
Fig. 5 is the schematic diagram of the present invention for system the 5th embodiment of multiple online air conditioners family charging.
Fig. 6 is the schematic diagram of the present invention for system the 6th embodiment of multiple online air conditioners family charging.
Fig. 7 is the schematic diagram of the present invention for a Centralized Controller embodiment of multiple online air conditioners family charging.
Fig. 8 is the schematic diagram of the present invention for another embodiment of Centralized Controller of multiple online air conditioners family charging.
Fig. 9 is the schematic diagram of the present invention for a machine embodiment in the charging of multiple online air conditioners family.
Figure 10 is the schematic diagram of the present invention for a line control machine embodiment of multiple online air conditioners family charging.
Figure 11 is the schematic diagram of the present invention for another embodiment of line control machine of multiple online air conditioners family charging.
Figure 12 is the schematic diagram of the present invention for method first embodiment of multiple online air conditioners family charging.
Figure 13 is the schematic diagram settling accounts each Charging Detail Record unit electricity cost in one embodiment of the invention
Figure 14 obtains the schematic diagram of real-time electricity consumption data for inquiry in one embodiment of the invention.
Figure 15 obtains the schematic diagram of real-time electricity consumption data for inquiry in another embodiment of the present invention.
Figure 16 is the schematic diagram of the present invention for method second embodiment of multiple online air conditioners family charging.
Figure 17 is the schematic diagram of the present invention for method the 3rd embodiment of multiple online air conditioners family charging.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Illustrative to the description only actually of at least one exemplary embodiment below, never as any restriction to the present invention and application or use.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Unless specifically stated otherwise, otherwise positioned opposite, the numerical expression of the parts of setting forth in these embodiments and step and numerical value do not limit the scope of the invention.
Meanwhile, it should be understood that for convenience of description, the size of the various piece shown in accompanying drawing is not draw according to the proportionate relationship of reality.
May not discuss in detail for the known technology of person of ordinary skill in the relevant, method and apparatus, but in the appropriate case, described technology, method and apparatus should be regarded as a part of authorizing instructions.
In all examples with discussing shown here, any occurrence should be construed as merely exemplary, instead of as restriction.Therefore, other example of exemplary embodiment can have different values.
It should be noted that: represent similar terms in similar label and letter accompanying drawing below, therefore, once be defined in an a certain Xiang Yi accompanying drawing, then do not need to be further discussed it in accompanying drawing subsequently.
Fig. 1 is the schematic diagram of the present invention for system first embodiment of multiple online air conditioners family charging.As shown in Figure 1, the system for the charging of multiple online air conditioners family comprise outer machine 10, Centralized Controller 30, multiple interior machine (21,22 ... 2n) and corresponding multiple line control machine (41,42 ... 4n), wherein:
The outer machine 10 of Centralized Controller 30 and multi-gang air-conditioner and interior machine (21,22 ... 2n) connect.
Each interior machine connects a line control machine, and user controls corresponding interior machine by line control machine and checks interior machine state thus.
Interior machine (21,22 ... 2n), for detecting self power consumption of interior machine in real time, and self power consumption of interior machine is sent to Centralized Controller 30.
Outer machine 10, for detecting the power consumption of outer machine in real time, and sends to Centralized Controller 30 by the power consumption of outer machine 10.
Centralized Controller 30, for according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit, wherein, described Charging Detail Record unit is interior machine or user; Predetermined Settlement Date (such as monthly 1 day), according to the total electricity consumption of (such as last month) each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time, and settle accounts the electricity cost of each Charging Detail Record unit in metering period last time; And for machine in every platform (21,22 ... 2n), send payment information to this interior machine, wherein said payment information comprises electricity cost and the total electricity consumption of this interior machine.
Interior machine (21,22 ... 2n) also for described payment information is sent to corresponding line control machine (41,42 ... 4n).
Line control machine (41,42 ... 4n), for showing described payment information to user, pay the fees with reminding user.
In one embodiment of the invention, line control machine (41,42 ... 4n) described payment information can be shown by image or word to user, also can report described payment information by voice to user.
Based on the system for the charging of multiple online air conditioners family that the above embodiment of the present invention provides, air conditioning electricity expense is turned over by each metering period of line control machine (such as monthly) automatically prompting user, manually remind without keeper (keeper of whole multiple on-line system), solve thus existing multiple online air conditioners family charging can not automatically prompting user payment technical matters.
In one embodiment of the invention, CAN communication mode is adopted between Centralized Controller, outer machine, interior machine; HomeBus communication modes is adopted between interior machine and line control machine.
In one embodiment of the invention, as shown in Figure 1, if described Charging Detail Record unit is interior machine, then Centralized Controller reminds payment for each interior machine charging.
In one embodiment of the invention, interior machine (21,22 ... 2n) comprise interior machine module for metering electric quantity, outer machine 10 comprises outer machine module for metering electric quantity, wherein:
Interior machine electric quantity metering module installation in inner casing body, between power lead end and interior machine master control borad, to detect self power consumption of interior machine in real time.
Outer machine electric quantity metering module installation outside in machine 10 housing, between power lead end and outer machine 10 master control borad, to detect the power consumption of outer machine 10 in real time.
In one embodiment of the invention, Centralized Controller is according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine 10 when obtaining the real-time electricity consumption data of each Charging Detail Record unit, specifically for being calculated the electricity that each interior machine shared by outer machine by the accounting of each interior capabilities demand, wherein interior capabilities demand is the pattern that interior machine sets according to user, wind speed etc. are dealt into internal-external machine network after calculating the ability needed, Centralized Controller can receive the ability need of machine in every platform, calculate total ability need and calculate the accounting of each interior capabilities demand, share the electricity of each interior machine and the power consumption of interior machine own according to outer machine with the real-time total power consumption (real-time electricity consumption data) obtaining each interior machine, if Charging Detail Record unit is user, then according to the real-time electricity consumption data of machine in every platform and the corresponding relation of predetermined user and interior unit, the real-time electricity consumption data of interior machines all in unit in described user's correspondence are added, determine the real-time electricity consumption data of each user.
Fig. 2 is the schematic diagram of the present invention for system second embodiment of multiple online air conditioners family charging.As shown in Figure 2, if Charging Detail Record unit is user, wherein, a corresponding interior unit of user 2, interior unit 2 comprises at least one interior machine, namely, comprise the situation of multiple interior machine for a trade company, Centralized Controller carries out charging for each user and reminds payment.
Fig. 3 is the schematic diagram of the present invention for system the 3rd embodiment of multiple online air conditioners family charging.Compared with the embodiment shown in Fig. 1 or Fig. 2, its difference is:
Fig. 1 and embodiment illustrated in fig. 2 in the corresponding independently line control machine of each interior machine, namely a line control machine controls an interior machine.
And the multiple interior machine 21,22 of a user in the embodiment shown in fig. 3, can be controlled by a line control machine 41, a user can control the operation of all interior machine of this user by a line control machine, be convenient to the unified of the internal machine of this user thus and control, saved the layout of line control machine.Meanwhile, Centralized Controller for the unified payment prompting sending all interior machine corresponding to this user of a user, can facilitate the payment of user.
Fig. 4 is the schematic diagram of the present invention for system the 4th embodiment of multiple online air conditioners family charging.Compared with the embodiment shown in Fig. 1-Fig. 3, its difference is, described system also comprises Cloud Server 40, wherein:
Centralized Controller 30 also for by machine in described every platform (21,22 ... 2n) total electricity consumption send to Cloud Server 40.
Cloud Server 40, for according to machine (21 in described every platform, 22 ... 2n) total electricity consumption to obtain in last time metering period machine (21,22 in every platform, ... 2n) electricity cost, and by machine in described every platform (21,22 ... 2n) electricity cost send to Centralized Controller 30, be convenient to Centralized Controller 30 thus and the electricity cost of each Charging Detail Record unit is sent to corresponding line control machine by interior machine, pay the fees with reminding user.
In one embodiment of the invention, Centralized Controller 30 is connected with Cloud Server 40 by internet.
In one embodiment of the invention, as shown in Figure 4, described system can also comprise router five 0, wherein:
Centralized Controller 30 is connected to router five 0 by wifi, afterwards by internet access cloud service 40, realizes the information interaction of Centralized Controller 30 and Cloud Server 40 thus.
In one embodiment of the invention, as shown in Figure 2 or Figure 3, if described Charging Detail Record unit is user, then described payment information can also to comprise in belonging to the electricity cost of this interior machine owning user and total electricity consumption, this interior machine in unit 2 electricity cost and the total electricity consumption of machine in other.
Centralized Controller 30 is also for according to machine (21 in described every platform, 22, ... 2n) electricity cost, machine (21 in described every platform, 22, ... 2n) total electricity consumption and the corresponding relation of predetermined user and interior unit 2, to determine before the payment date electricity cost of each user and the total electricity consumption of each user in last time metering period, be convenient to Centralized Controller 30 thus and the electricity cost of each user is sent to line control machine by interior machine, pay the fees with reminding user.
In one embodiment of the invention, as shown in Figure 4, described system can also comprise office terminal 70, wherein:
If described Charging Detail Record unit is interior machine, then Centralized Controller 30 is also for according to machine (21 in every platform, 22, ... 2n) self power consumption and after the power consumption of outer machine 10 obtains the real-time electricity consumption data of each Charging Detail Record unit, by machine (21 in every platform, 22 ... 2n) real-time electricity consumption data send to Cloud Server 40.
Office terminal 70 can be computer or mobile phone, for for keeper by webpage log in machine in every platform that Cloud Server inquires about in the first predetermined time interval (such as monthly or every day) (21,22 ... 2n) power consumption.
In another embodiment of the invention, Centralized Controller 30 can comprise display screen, thus, keeper also can be inquired about by the display screen of Centralized Controller machine in the every platform in the first predetermined time interval (21,22 ... 2n) power consumption.
In one embodiment of the invention, as illustrated in figure 1 or 4, if described Charging Detail Record unit is interior machine, then Centralized Controller 30 is also for by machine (21 in every platform, 22 ... 2n) real-time electricity consumption data send to corresponding line control machine (41,42 by this interior machine, ... 4n), so as user corresponding by line control machine inquiry in the power consumption of machine in the second predetermined time interval (such as monthly or every day).
In one embodiment of the invention, as shown in Figure 2 or Figure 3, if described Charging Detail Record unit is user, then Centralized Controller 30 is also for according to machine (21 in every platform, 22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of machine in every platform; According to machine in every platform (21,22 ... 2n) real-time electricity consumption data and the corresponding relation of predetermined user and interior unit 2, the real-time electricity consumption data of interior machines all in unit in user's correspondence are added, as the real-time electricity consumption data of this user; By machine (21 in every platform, 22 ... 2n) and the real-time electricity consumption data of each user send to Cloud Server 40, so that machine (21 in keeper inquires about in the first predetermined time interval every platform, 22 ... 2n) and/or the power consumption of each user.
In one embodiment of the invention, as shown in Figure 2 or Figure 3, if described Charging Detail Record unit is user, then Centralized Controller 30 is also for for each user, by the real-time electricity consumption data of this user and each interior machine (21 corresponding to this user, 22, ... 2n) real-time electricity consumption data by each interior machine (21 corresponding to this user, 22, ... 2n) send to corresponding line control machine, so that user inquires about the real-time electricity consumption data of this user in the second predetermined time interval and/or each interior machine (21 corresponding to this user, 22, ... 2n) real-time electricity consumption data.
In one embodiment of the invention, as shown in Figure 4, the described system for the charging of multiple online air conditioners family can also comprise paying device 60, wherein:
Paying device 60 is connected with Cloud Server 40 by internet.
Paying device 60, after showing described payment information at corresponding line control machine to user, obtain described payment information from described line control machine, and complete payment by internet access Cloud Server 40, wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity.
If described Charging Detail Record unit is user, then interior machine mark of waiting described in pay the fees has multiple, and now, also for reminding user, to select to wait to pay the fees in interior machine mark all or part of pays the fees for paying device 60.
In the above embodiment of the present invention, paying device obtains accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning from line control machine, and independently pays air conditioning electricity expense.
Fig. 5 is the schematic diagram of the present invention for system the 5th embodiment of multiple online air conditioners family charging.As shown in Figure 5, described paying device 60 is arranged on mobile terminal 6, described mobile terminal 6 and described line control machine (41,42 ... 4n) be provided with NFC communication module, wherein:
Described paying device, by NFC communication mode, obtains described payment information from described line control machine.
In one embodiment of the invention, when user finds line control machine (41,42, ... 4n) after the payment information that sends, user by the multi-connected machine electricity consumption payment APP being with the mobile phone open of NFC function supporting, can open NFC function, and near line control machine panel, the information of multiple on-line system and described interior machine can be obtained, APP according to these information by internet access Cloud Server obtain corresponding in the last metering period of machine power consumption and electricity cost.
In one embodiment of the invention, pay the fees successfully in response to paying device 60, Cloud Server 40 is also for sending payment success message to Centralized Controller 30, and wherein said payment success message comprises machine mark in payment successfully.
By the above embodiment of the present invention, user can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning fast from line control machine by mobile phone NFC function, and independently pay air conditioning electricity expense.In the above embodiment of the present invention, mobile terminal can by the information of NFC function from quick obtaining electricity consumption situation line control machine and multi-connected machine unit used, interior machine, and obtain electricity charge information by unit and interior machine information, thus any unit information can be inputted can realize accurate payment.
In one embodiment of the invention, if described Charging Detail Record unit is user, then the multiple interior machine of described user can be controlled by a line control machine or be controlled by multiple line control machine respectively, with mobile terminal near any one line control machine of described user just can obtain the total power consumption of all interior machines of this user and each separately in the power consumption of machine, the electricity charge that are that user can select to pay machine in certain or all interior machines.
Fig. 6 is the schematic diagram of the present invention for system the 6th embodiment of multiple online air conditioners family charging.Compared with Fig. 5 embodiment, in the embodiment shown in Fig. 6, line control machine 41 and paying device 60 all can be arranged on mobile terminal 6, are connected between line control machine 41 and corresponding interior machine 21,22 by radio connection such as wifi.
Thus, user can be operated by mobile terminal and control interior machine; System can send payment information automatically by mobile terminal, with reminding user payment, improves the efficiency of prompting; User can also complete the functions such as electricity charge inquiry and payment in real time by mobile terminal, improves the intelligent level of multi-online air-conditioning system further, is convenient for users to operate.
In Fig. 4-Fig. 6 of the present invention in any embodiment, for postpaid service user, the payment success message (such as No. 1, certain moon is reminded payment and do not receive payment success message No. 10, the described moon yet) of described interior machine whether is received in the schedule time after sending payment information in response to machine in Xiang Yitai, Centralized Controller 30 is also for issuing lock instruction (mark of " user does not pay the fees ") by described interior machine to the line control machine of correspondence, to lock line control machine, stop user's using air-condition.Line control machine also for after receiving lock instruction, automatic shutdown, and do not allow user to start shooting and operate other buttons.
In Fig. 4-Fig. 6 of the present invention in any embodiment, for prepaid user, the electricity charge that prestore of residue in response to an interior machine are less than the electricity cost of described interior machine, Centralized Controller 30 is less than machine in electricity cost for remaining the electricity charge that prestore, lock instruction is issued to the line control machine of correspondence by described interior machine, to lock line control machine, stop user's using air-condition; And perform the operation sending payment information to described interior machine.Line control machine, also for after receiving described lock instruction, does not allow the button on user operation line control machine panel, does not namely allow to operate line control machine, can only receive payment information from line control machine.
In the above embodiment of the present invention, limited subscriber using air-condition in the non-payment situation of user, thus user can be supervised to pay the fees as early as possible.
In Fig. 4-Fig. 6 of the present invention in any embodiment, line control machine (41,42 ... 4n) locked after, in response to the payment success message receiving corresponding interior machine, Centralized Controller 30 by line control machine from described interior machine to correspondence (41,42 ... 4n) issue unlock command, to unlock line control machine (41,42 ... 4n), so that user reuses air-conditioning.
In the above embodiment of the present invention, multi-online air-conditioning system can turn over air conditioning electricity expense by each metering period automatically prompting user of line control machine, and issue a separate notice without keeper, as do not paid the fees, volitional check user continues using air-condition; User can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning fast from line control machine by mobile phone NFC function, and independently pay air conditioning electricity expense, could continue using air-condition after completing payment.
The improvement to the function and structure of the devices such as line control machine, Centralized Controller and interior machine is passed through for the system of multiple online air conditioners family charging in the above embodiment of the present invention, thus achieve the whole electricity statistics of multiple on-line system, electricity charge statistics, premium notice, charge calculation process do not need keeper to interfere, the information interaction of whole system network, point family of multi-user are automatically reminded and control all without manual control, thus automatically realizing the household cost allocation of multiple on-line system.
In the above embodiment of the present invention, it is not directly send to power supply administration that user pays the electricity charge, but gives the network operator of this multi-gang air-conditioner, and the electricity charge of other electrical equipment still need network operator to collect in addition, when network operator takes over the electricity charge of each household all electrical equipment, the electricity charge of deduction each household air-conditioning.
In another embodiment of the invention, described charge system can also comprise the ammeter be arranged on other electrical appliance circuit of user, for measuring the power consumption of described other electrical appliance of user, Centralized Controller is also for the total power consumption as user after being sued for peace by machine total power consumption in the electricity of described ammeter and described user, total electricity consumption and the electricity cost of all electrical appliances of a certain user can be calculated thus, carry out adopting embodiment is mentioned before the present invention relevant apparatus to carry out paying dues and remind and self-servicely to pay dues afterwards.
Below by specific embodiment, the function and structure of the devices such as the line control machine in the above embodiment of the present invention, Centralized Controller and interior machine is described further:
Fig. 7 is the schematic diagram of the present invention for a Centralized Controller embodiment of multiple online air conditioners family charging.As shown in Figure 7, the Centralized Controller 30 of Fig. 1-Fig. 6 any embodiment of the present invention can comprise statistical module 301 and issue module 302, wherein:
Described statistical module 301, for adding up the total electricity consumption of each Charging Detail Record unit in metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, wherein corresponding at least one the interior machine of each Charging Detail Record unit.
In one embodiment of the invention, described Charging Detail Record unit is interior machine or user; If Charging Detail Record unit is user, wherein, a corresponding interior unit of user 2, interior unit 2 comprises at least one interior machine.
Describedly issue module 302, send payment information for machine in corresponding to described Charging Detail Record unit, so that described payment information sends to corresponding line control machine to show by described interior machine, pay the fees with reminding user.
In one embodiment of the invention, described payment information comprises wait to pay the fees interior machine mark and multi-connected machine group identity.
In one embodiment of the invention, if described Charging Detail Record unit is interior machine, then described payment information also comprises electricity cost and the total electricity consumption of described interior machine.
In one embodiment of the invention, if described Charging Detail Record unit is user, then described payment information also comprises electricity cost and the total electricity consumption of all interior machines in unit in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine.
Based on the Centralized Controller for the charging of multiple online air conditioners family that the above embodiment of the present invention provides, payment information can be forwarded to line control machine by interior machine, and indicate each metering period automatically prompting user of line control machine to turn over air conditioning electricity expense, manually remind without keeper.
Fig. 8 is the schematic diagram of the present invention for another embodiment of Centralized Controller of multiple online air conditioners family charging.Compared with Fig. 7 embodiment, in embodiment described in Fig. 8, described Centralized Controller can also comprise data acquisition module 303, wherein:
Described data acquisition module 303, for according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit, so that described statistical module 301 is according to the total electricity consumption of each Charging Detail Record unit in real-time electricity consumption data statistics metering period last time of each Charging Detail Record unit.
In one embodiment of the invention, if described Charging Detail Record unit is user, then described data acquisition module 303 is also for according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine 10 obtain machine (21 in every platform, 22 ... 2n) real-time electricity consumption data; And according to machine in every platform (21,22 ... 2n) real-time electricity consumption data and the corresponding relation of predetermined user and interior unit 2, determine the real-time electricity consumption data of each user.
In one embodiment of the invention, as shown in Figure 8, described Centralized Controller can also comprise display module 304 and/or data upload module 305, wherein:
Described display module 304, for the inquiry request according to keeper, show to keeper machine in the every platform in the first predetermined time interval (21,22 ... 2n) and/or the power consumption of each user.
Described data upload module 305, for machine (21 in every platform that described data acquisition module 303 is obtained, 22, ... 2n) and/or the real-time electricity consumption data of each user send to Cloud Server 40, so that keeper inquires about machine (21 in the every platform in the first predetermined time interval by office terminal access Cloud Server, 22 ... 2n) and/or the power consumption of each user, thus facilitate the real-time query of keeper to electricity consumption data.
In one embodiment of the invention, if described Charging Detail Record unit is interior machine, module 302 is issued also for by machine (21 in every platform then, 22, ... 2n) real-time electricity consumption data send to corresponding line control machine (41 by machine in described in this, 42 ... 4n), so that user inquires about the power consumption of interior machine described in this in the second predetermined time interval.
In another embodiment of the invention, if described Charging Detail Record unit is user, module 302 is issued also for for each user then, by the real-time electricity consumption data of described user and each interior machine (21 corresponding to described user, 22, ... 2n) real-time electricity consumption data send to corresponding line control machine by each interior machine that described user is corresponding, so that user inquires about the real-time electricity consumption data of the real-time electricity consumption data of the described user in the second predetermined time interval and/or each interior machine corresponding to described user, thus facilitate the real-time query of user to user or interior machine electricity consumption data.
In one embodiment of the invention, when described statistical module 301 settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, specifically for by machine (21 in described every platform, 22 ... 2n) total electricity consumption send to Cloud Server 40, so that Cloud Server 40 is according to machine (21 in described every platform, 22, ... 2n) total electricity consumption to obtain in last time metering period machine in every platform (21,22 ... 2n) electricity cost; And receive machine in described every platform of returning of Cloud Server 40 (21,22 ... 2n) electricity cost.
In one embodiment of the invention, if described Charging Detail Record unit is user, described statistical module 301 is also for according to machine (21 in described every platform, 22, ... 2n) electricity cost, machine (21 in described every platform, 22 ... 2n) total electricity consumption and the corresponding relation of predetermined user and interior unit 2, to determine before the payment date electricity cost of each user and the total electricity consumption of each user in metering period last time.
In one embodiment of the invention, as shown in Figure 9, Centralized Controller can also comprise message reception module 306, wherein:
Described message reception module 306, payment success message is sent for receiving Cloud Server 40, wherein said payment success message comprises machine mark in payment successfully, thus, Centralized Controller can by judging whether to receive the payment success message that Cloud Server 40 sends, to judge whether user completes the payment to Charging Detail Record unit.
In one embodiment of the invention, as shown in Figure 9, for postpaid service user, described Centralized Controller can also comprise the first identification module 307, wherein:
Described first identification module 307, send after payment information in the schedule time for issuing module 302 machine in Xiang Yitai described in judging, whether described message reception module 306 receives the payment success message of described interior machine.
Describedly issue module 302 also for the judged result according to described first identification module 307, if receive the payment success message of machine in described in this, then by the line control machine forwarding lock instruction of machine interior described in this to correspondence, to lock line control machine, stop user's using air-condition.
In one embodiment of the invention, as shown in Figure 9, for prepaid user, described Centralized Controller also comprises the second identification module 308, wherein:
Described second identification module 308, for after described statistical module 301 clears out the electricity cost of each Charging Detail Record unit in metering period last time, judges whether the electricity charge that prestore of the residue of described interior machine are less than the electricity cost of described interior machine.
Describedly issue module 302 also for the judged result according to described second identification module 308, if the residue of described interior machine prestores, the electricity charge are less than the electricity cost of described interior machine, then by the line control machine (41 of described interior machine to correspondence, 42, ... 4n) forward lock instruction, to lock line control machine (41,42, ... 4n), stop user's using air-condition; And issue module 302 described in instruction to described interior machine transmission payment information.
The multi-online air-conditioning system of the above embodiment of the present invention can control each metering period automatically prompting user of line control machine by Centralized Controller and turn over air conditioning electricity expense, issues a separate notice without keeper; As do not paid the fees, volitional check user using air-condition can be continued.
In one embodiment of the invention, as shown in Figure 9, the 3rd identification module 309 can also be comprised, wherein:
Described 3rd identification module 309, for being forwarded after lock instruction by the line control machine of described interior machine to correspondence in the described module 302 that issues, judges whether described message reception module 306 receives the payment success message of corresponding interior machine.
Describedly issue module 302 also for the judged result according to described 3rd identification module 309, if described message reception module 306 receives the payment success message of corresponding interior machine, then by the line control machine forwarding unlock command of machine interior described in this to correspondence, to unlock line control machine, so that user reuses air-conditioning.
Fig. 9 is the schematic diagram of the present invention for a machine embodiment in the charging of multiple online air conditioners family.As shown in Figure 9, the interior machine in Fig. 1-Fig. 6 any embodiment of the present invention can comprise information receiving module 201 and forwarding module 202, wherein:
Information receiving module 201, for receiving the payment information that Centralized Controller sends, wherein, described payment information be described Centralized Controller 30 add up each Charging Detail Record unit in metering period last time total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, send to the payment information of machine in described Charging Detail Record unit correspondence, wherein corresponding at least one the interior machine of each Charging Detail Record unit.
In one embodiment of the invention, information receiving module 201 is also for receiving real-time electricity consumption data, lock instruction or unlock command that Centralized Controller sends.
Forwarding module 202, the described payment information for information receiving module 201 is received be transmitted to corresponding line control machine (41,42 ... 4n) show, pay the fees with reminding user.
In one embodiment of the invention, described payment information comprises wait to pay the fees interior machine mark and multi-connected machine group identity.
In one embodiment of the invention, real-time electricity consumption data, lock instruction or the unlock command of forwarding module 202 also for being received by information receiving module 201 are transmitted to corresponding line control machine (41,42, ... 4n) so that user inquires about real-time electricity consumption data, the line control machine of locking correspondence or the line control machine of unblock correspondence.
Based on the above embodiment of the present invention provide for machine in the charging of multiple online air conditioners family, the payment information that Centralized Controller sends can be transmitted to line control machine, to control each metering period automatically prompting user of device turning over air conditioning electricity expense, manually remind without keeper.
Figure 10 is the schematic diagram of the present invention for a line control machine embodiment of multiple online air conditioners family charging.As shown in Figure 10, the line control machine of Fig. 1-Fig. 7 any embodiment of the present invention can comprise the first receiver module 401 and line traffic control display module 402, wherein:
Described first receiver module 401, for receiving the payment information that Centralized Controller 30 forwards, wherein said payment information be described Centralized Controller 30 add up each Charging Detail Record unit in metering period last time total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, by the payment information that machine in the correspondence of Charging Detail Record unit forwards, wherein corresponding at least one the interior machine of each Charging Detail Record unit.
Described line traffic control display module 402, for showing the described payment information that described first receiver module 401 receives, pays the fees with reminding user.
Based on the line control machine for the charging of multiple online air conditioners family that the above embodiment of the present invention provides, air conditioning electricity expense can be turned over by each metering period automatically prompting user, manually remind without keeper.
Figure 11 is the schematic diagram of the present invention for another embodiment of line control machine of multiple online air conditioners family charging.Compared with Fig. 7 embodiment, in embodiment described in Fig. 8, described line control machine can also comprise enquiry module 403, wherein
Described first receiver module 401 is also for receiving the real-time electricity consumption data that Centralized Controller is forwarded by interior machine, and wherein said real-time electricity consumption data comprise the real-time electricity consumption data of each interior machine in unit in described in the real-time electricity consumption data of described interior machine and/or described interior machine.
Described enquiry module 403, for receiving data inquiry request, to inquire about the real-time electricity consumption data of corresponding interior machine, described data inquiry request comprises the interior machine mark of machine in needs inquiry.
In one embodiment of the invention, as shown in figure 11, described line control machine can also comprise the second receiver module 405 and payment information sending module 406 wherein:
Described second receiver module 405, for receiving the payment request that paying device 60 sends.
Described payment information sending module 406, if receive payment request for described second receiver module 405, then described payment information is sent to paying device 60, so that paying device 60 completes payment by access Cloud Server 40, wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity.
In one embodiment of the invention, as shown in figure 11, described line control machine can also comprise locking unlocked state 404, wherein
Described first receiver module 401 is also for receiving the lock instruction or unlock command that Centralized Controller forwarded by interior machine.
Described locking unlocked state 404, if receive lock instruction for described first receiver module 401, then locks line control machine, does not allow user's using air-condition; If described first receiver module 401 receives unlock command, then unlock line control machine, so that user reuses air-conditioning.
Can turn over air conditioning electricity expense by each metering period automatically prompting user of line control machine in the above embodiment of the present invention, issue a separate notice without keeper, as do not paid the fees, volitional check user continues using air-condition; And user can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning fast from line control machine by modes such as mobile phone NFC functions, and independently pay air conditioning electricity expense, could continue using air-condition after completing payment.
Figure 12 is the schematic diagram of the present invention for method first embodiment of multiple online air conditioners family charging.Preferably, the present embodiment can be performed by the household cost allocation system of the gang air-conditioner described in any embodiment in Fig. 1-Fig. 6 of the present invention.As shown in figure 12, described method comprises:
Step 101, Centralized Controller is according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit, wherein, described Charging Detail Record unit is interior machine or user, if Charging Detail Record unit is user, a then corresponding interior unit of user, an interior unit comprises at least one interior machine.
In another embodiment of the invention, before step 101, described method can also comprise: and interior machine (21,22 ... 2n) detect interior machine self power consumption in real time, and self power consumption of interior machine is sent to Centralized Controller; Outer machine 10 detects the power consumption of outer machine 10 in real time, and the power consumption of outer machine 10 is sent to Centralized Controller.
Step 102, Centralized Controller, in predetermined Settlement Date, according to the total electricity consumption of each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time.
In another embodiment of the invention, as shown in figure 13, the step of settling accounts the electricity cost of each Charging Detail Record unit in metering period last time described in step 102 can comprise: step 201, Centralized Controller are by machine (21 in described every platform, 22 ... 2n) total electricity consumption send to Cloud Server; Step 202, Cloud Server are according to machine (21 in described every platform, 22, ... 2n) total electricity consumption to obtain in last time metering period machine (21 in every platform, 22, ... 2n) electricity cost, and by machine in described every platform (21,22 ... 2n) electricity cost send to Centralized Controller.
In another embodiment of the invention, as shown in figure 13, if described Charging Detail Record unit is user, then Centralized Controller described in step 102 settles accounts the step of the electricity cost of each Charging Detail Record unit in metering period last time, except comprising step 201 and step 202, can also comprise: step 203, Centralized Controller is according to machine (21 in described every platform, 22, ... 2n) electricity cost, machine (21 in described every platform, 22, ... 2n) total electricity consumption and the corresponding relation of predetermined user and interior unit, to determine before the payment date electricity cost of each user and the total electricity consumption of each user in last time metering period.
Step 103, for machine (21 in every platform, 22, ... 2n), Centralized Controller sends payment information to described interior machine, so that described payment information is sent to corresponding line control machine (41,42 by described interior machine, ... 4n), wherein said payment information comprises electricity cost and the total electricity consumption of described interior machine.
In another embodiment of the invention, if described Charging Detail Record unit is user, described payment information also to comprise in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine in unit electricity cost and the total electricity consumption of machine in other.
Step 104, and line control machine (41,42 ... 4n) show described payment information to user, pay the fees with reminding user.
Based on the method for the charging of multiple online air conditioners family that the above embodiment of the present invention provides, air conditioning electricity expense is turned over by each metering period automatically prompting user of line control machine, manually remind without keeper, solve thus existing multiple online air conditioners family charging can not automatically prompting user payment technical matters.
In another embodiment of the invention, after step 104, described method can also comprise: paying device adopts the communication modes such as NFC from described line control machine (41,42, ... 4n) obtain described payment information, and completing payment by access Cloud Server, wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity; If described in interior machine mark of waiting to pay the fees have multiple, then paying device reminding user is selected to wait that at least one of paying the fees in interior machine mark is paid the fees; If paying device is paid the fees successfully, then Cloud Server sends payment success message to Centralized Controller, and wherein said payment success message comprises machine mark in payment successfully.
By the above embodiment of the present invention, user can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning (such as last month) fast from line control machine by mobile phone NFC function, and independently pay air conditioning electricity expense.In the above embodiment of the present invention, mobile terminal can by the information of NFC function from quick obtaining electricity consumption situation line control machine and multi-connected machine unit used, interior machine, and obtain electricity charge information by unit and interior machine information, thus any unit information can be inputted can realize accurate payment.
Figure 14 is Charging Detail Record unit of the present invention is the schematic diagram that in an embodiment of interior machine, Real-time Obtaining electricity consumption data are inquired about for user or keeper.The present embodiment can be performed by the household cost allocation system of the gang air-conditioner described in any embodiment in Fig. 1-Fig. 6 of the present invention.As shown in figure 14, described method comprises:
Step 301, if described Charging Detail Record unit is interior machine, Centralized Controller 30 according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit.
Step 302, Centralized Controller 30 by machine in every platform (21,22 ... 2n) real-time electricity consumption data send to Cloud Server 40 so that machine in keeper inquires about in the first predetermined time interval every platform (21,22 ... 2n) power consumption.
Step 303, Centralized Controller 30 is by machine in every platform (21,22, ... 2n) real-time electricity consumption data send to corresponding line control machine (41 by described interior machine, 42 ... 4n), so that user inquires about the power consumption of described interior machine in the second predetermined time interval.
Figure 15 is Charging Detail Record unit of the present invention is the schematic diagram that in an embodiment of user, Real-time Obtaining electricity consumption data are inquired about for user or keeper.The present embodiment can be performed by the household cost allocation system of the gang air-conditioner described in any embodiment in Fig. 1-Fig. 6 of the present invention.As shown in figure 15, described method comprises:
Step 401, Centralized Controller 30 according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain machine in every platform (21,22 ... 2n) real-time electricity consumption data.
Step 402, Centralized Controller 30 according to machine in every platform (21,22 ... 2n) real-time electricity consumption data and the corresponding relation of predetermined user and interior unit 2, determine the real-time electricity consumption data of each user.
Step 403, Centralized Controller 30 is by machine (21 in every platform, 22, ... 2n) and the real-time electricity consumption data of each user send to Cloud Server 40, so that keeper inquires about machine (21 in the every platform in the first predetermined time interval, 22 ... 2n) and/or the power consumption of each user.
Step 404, for each user, Centralized Controller 30 is by the real-time electricity consumption data of this user and each interior machine (21 corresponding to this user, 22, ... 2n) real-time electricity consumption data by each interior machine (21 corresponding to this user, 22, ... 2n) send to corresponding line control machine (41,42, ... 4n), so that user inquire about the real-time electricity consumption data of this user in the second predetermined time interval and/or each interior machine corresponding to this user (21,22 ... 2n) real-time electricity consumption data.
Figure 16 is the schematic diagram of the present invention for method second embodiment of multiple online air conditioners family charging.Figure 16 is the method for the charging of multiple online air conditioners family that the present invention is directed to prepaid user, and the present embodiment can be performed by the household cost allocation system of the gang air-conditioner described in any embodiment in Fig. 4-Fig. 6 of the present invention.As shown in figure 16, described method comprises:
Step 501, Centralized Controller 30 according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit.
Step 502, Centralized Controller 30, in predetermined Settlement Date, according to the total electricity consumption of each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time.
Step 503, for machine in every platform (21,22 ... 2n), Centralized Controller 30 judges whether the electricity charge that prestore of the residue of this interior machine are less than the electricity cost of this interior machine.Wherein, in certain, the electricity charge that prestore of machine are that user prestores to the electricity charge of this interior machine, not specify motor if user prestores during the electricity charge, then in certain, the electricity charge that prestore of machine are that user prestores total electricity charge divided by machine sum in unit in user's correspondence.If the residue of this interior machine prestores, the electricity charge are less than the electricity cost of this interior machine, then perform step 505; If the electricity charge are not less than the electricity cost of this interior machine otherwise the residue of this interior machine prestores, then perform step 504.
Step 504, user continues normally to use multi-online air-conditioning system.
Step 505, is less than machine in electricity cost for remaining the electricity charge that prestore, and Centralized Controller 30, by the line control machine forwarding lock instruction of this interior machine to correspondence, to lock line control machine, stops user's using air-condition; And by this interior machine to transmission payment information, so that described payment information is sent to corresponding line control machine by this interior machine, wherein said payment information comprises electricity cost and the total electricity consumption of this interior machine.
Step 506, line control machine shows described payment information to user, so that paying device obtains described payment information from described line control machine.
Step 507, Centralized Controller 30 judges whether the payment success message receiving corresponding interior machine.If Centralized Controller 30 receives the payment success message of corresponding interior machine, then perform step 508; Otherwise Centralized Controller 30 does not receive the payment success message of corresponding interior machine, then perform step 505, that is, keep the lock-out state of line control machine, continue through the payment of line control machine reminding user.
Step 508, Centralized Controller 30 by line control machine from this interior machine to correspondence (41,42 ... 4n) forward unlock command, with unlock line control machine (41,42 ... 4n) so that user reuses air-conditioning.
In the above embodiment of the present invention, for postpaid service user, multi-online air-conditioning system can turn over air conditioning electricity expense by each metering period automatically prompting user of line control machine, does not need keeper to issue a separate notice, as do not paid the fees, volitional check user continues using air-condition; User can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning fast from line control machine by mobile phone NFC function, and independently pay air conditioning electricity expense, could continue using air-condition after completing payment.
Figure 17 is the schematic diagram of the present invention for method the 3rd embodiment of multiple online air conditioners family charging.Figure 17 is the method for the charging of multiple online air conditioners family that the present invention is directed to postpaid service user, and the present embodiment can be performed by the household cost allocation system of the gang air-conditioner described in any embodiment in Fig. 4-Fig. 6 of the present invention.As shown in figure 17, described method comprises:
Step 601, Centralized Controller 30 according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine 10 obtain the real-time electricity consumption data of each Charging Detail Record unit.
Step 602, Centralized Controller 30, in predetermined Settlement Date, according to the total electricity consumption of each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time.
Step 603, Centralized Controller 30 by this interior machine to transmission payment information so that this interior machine described payment information is sent to corresponding line control machine (41,42 ... 4n), wherein said payment information comprises electricity cost and the total electricity consumption of this interior machine.
Step 604, and line control machine (41,42 ... 4n) show described payment information to user, so that paying device obtains described payment information from described line control machine.
Step 605, Centralized Controller 30 judges the payment success message whether receiving this interior machine in Xiang Yitai after machine transmission payment information in (namely after predetermined Settlement Date) schedule time.If receive the payment success message of this interior machine in the schedule time, then perform step 606; Otherwise, if whether receive the payment success message of this interior machine in the schedule time, then perform step 607.
Step 606, user continues normal using air-condition.
Step 607, Centralized Controller 30, by the line control machine forwarding lock instruction of this interior machine to correspondence, to lock line control machine, stops user's using air-condition.
Step 608, Centralized Controller 30 continues to judge whether to receive payment success message.If receive the payment success message of this interior machine, then perform step 609; Otherwise, if do not receive the payment success message of this interior machine, then perform step 607, namely keep the lock-out state of line control machine.
Step 609, Centralized Controller 30 passes through the line control machine forwarding unlock command of this interior machine to correspondence, to unlock line control machine, so that user reuses air-conditioning.
In the above embodiment of the present invention, for prepaid user, multi-online air-conditioning system also can turn over air conditioning electricity expense by each metering period automatically prompting user of line control machine, does not need keeper to issue a separate notice, as do not paid the fees, volitional check user continues using air-condition; User also can obtain accumulation power consumption and the electric power changes of air conditioners of the last metering period of oneself air-conditioning fast from line control machine by mobile phone NFC function, and independently pay air conditioning electricity expense, could continue using air-condition after completing payment.
In the above embodiment of the present invention, the whole electricity statistics of multiple on-line system, electricity charge statistics, premium notice, charge calculation process do not need keeper to interfere, the information interaction of whole system network, point family of multi-user are automatically reminded and control all without manual control, thus automatically realizing the household cost allocation of multiple on-line system.
General processor for performing function described by the application, programmable logic controller (PLC) (PLC), digital signal processor (DSP), special IC (ASIC), field programmable gate array (FPGA) or other programmable logic device (PLD), discrete gate or transistor logic, discrete hardware components is can be implemented as or it is appropriately combined arbitrarily at devices such as Centralized Controller described above, line control machines.
So far, the present invention is described in detail.In order to avoid covering design of the present invention, details more known in the field are not described.Those skilled in the art, according to description above, can understand how to implement technical scheme disclosed herein completely.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be ROM (read-only memory), disk or CD etc.
Description of the invention provides in order to example with for the purpose of describing, and is not exhaustively or limit the invention to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is in order to principle of the present invention and practical application are better described, and enables those of ordinary skill in the art understand the present invention thus design the various embodiments with various amendment being suitable for special-purpose.

Claims (26)

1. for a Centralized Controller for multiple online air conditioners family charging, it is characterized in that, comprise statistical module (301) and issue module (302), wherein:
Described statistical module (301), for adding up the total electricity consumption of each Charging Detail Record unit in metering period last time, and settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Describedly issue module (302), send payment information for machine in corresponding to described Charging Detail Record unit, so that described payment information sends to corresponding line control machine to show by described interior machine, pay the fees with reminding user.
2. Centralized Controller according to claim 1, is characterized in that, also comprises data acquisition module (303), wherein:
Described data acquisition module (303), for according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine (10) obtain the real-time electricity consumption data of each Charging Detail Record unit, so that described statistical module (301) is according to the total electricity consumption of each Charging Detail Record unit in real-time electricity consumption data statistics metering period last time of each Charging Detail Record unit;
If described Charging Detail Record unit is user, then described data acquisition module (303) is also for according to machine (21 in every platform, 22, ... 2n) self power consumption and the power consumption of outer machine (10) obtain machine (21 in every platform, 22 ... 2n) real-time electricity consumption data; And according to machine (21 in every platform, 22, ... 2n) real-time electricity consumption data and the corresponding relation of predetermined user and interior unit (2), determine the real-time electricity consumption data of each user, wherein, a corresponding interior unit (2) of user, an interior unit (2) comprises at least one interior machine.
3. Centralized Controller according to claim 2, is characterized in that, also comprises display module (304) and/or data upload module (305), wherein:
Described display module (304), for the inquiry request according to keeper, show to keeper machine in the every platform in the first predetermined time interval (21,22 ... 2n) and/or the power consumption of each user;
Described data upload module (305), for by machine (21 in every platform, 22, ... 2n) and/or the real-time electricity consumption data of each user send to Cloud Server (40), so that keeper inquires about machine (21 in the every platform in the first predetermined time interval, 22 ... 2n) and/or the power consumption of each user.
4. Centralized Controller according to claim 2, is characterized in that,
If described Charging Detail Record unit is interior machine, module is issued also for by machine (21 in every platform then, 22, ... 2n) real-time electricity consumption data send to corresponding line control machine (41 by corresponding interior machine, 42, ... 4n) so that user inquires about the power consumption of described interior machine in the second predetermined time interval;
If described Charging Detail Record unit is user, module is issued also for for each user then, the real-time electricity consumption data of the real-time electricity consumption data of described user and each interior machine corresponding to described user are sent to corresponding line control machine by each interior machine that described user is corresponding, so that user inquires about the real-time electricity consumption data of the described user in the second predetermined time interval and/or each interior machine (21 corresponding to described user, 22 ... 2n) real-time electricity consumption data.
5. Centralized Controller according to claim 1, is characterized in that,
When described statistical module settles accounts the electricity cost of each Charging Detail Record unit in metering period last time, for by machine (21 in described every platform, 22, ... 2n) total electricity consumption send to Cloud Server (40), so that Cloud Server (40) according to machine in described every platform (21,22 ... 2n) total electricity consumption to obtain in last time metering period machine (21 in every platform, 22 ... 2n) electricity cost; And receive machine in Cloud Server (40) described every platform of returning (21,22 ... 2n) electricity cost;
If described Charging Detail Record unit is user, described statistical module is also for according to machine (21 in described every platform, 22, ... 2n) electricity cost, machine (21 in described every platform, 22, ... 2n) total electricity consumption and the corresponding relation of predetermined user and interior unit (2), to determine before the payment date electricity cost of each user and the total electricity consumption of each user in metering period last time.
6. the Centralized Controller according to any one of claim 1-5, is characterized in that,
Described payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity;
If described Charging Detail Record unit is interior machine, then described payment information also comprises electricity cost and the total electricity consumption of described interior machine;
If described Charging Detail Record unit is user, then described payment information also comprises electricity cost and the total electricity consumption of all interior machines in unit in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine;
Centralized Controller also comprises message reception module (306), wherein:
Described message reception module (306), send payment success message for receiving Cloud Server (40), wherein said payment success message comprises machine mark in payment successfully.
7. Centralized Controller according to claim 6, is characterized in that,
For postpaid service user, described Centralized Controller also comprises the first identification module (307), wherein:
Described first identification module (307), issues whether module receives described interior machine in Xiang Yitai in schedule time payment success message after machine transmission payment information described in judging;
Describedly issue module also for the judged result according to described first identification module (307), if receive the payment success message of described interior machine, then by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition;
For prepaid user, described Centralized Controller also comprises the second identification module (308), wherein:
Described second identification module (308), for after described statistical module clears out the electricity cost of each Charging Detail Record unit in metering period last time, judges whether the electricity charge that prestore of the residue of described interior machine are less than the electricity cost of described interior machine;
Describedly issue module also for the judged result according to described second identification module (308), if the residue of described interior machine prestores, the electricity charge are less than the electricity cost of described interior machine, then by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition; And issue module described in instruction to described interior machine transmission payment information.
8. Centralized Controller according to claim 7, is characterized in that, also comprises the 3rd identification module (309), wherein:
Described 3rd identification module (309), for being forwarded after lock instruction by the line control machine of described interior machine to correspondence in the described module that issues, judges whether described message reception module (306) receives the payment success message of corresponding interior machine;
Describedly issue module also for the judged result according to described 3rd identification module (309), if described message reception module (306) receives the payment success message of corresponding interior machine, then by the line control machine forwarding unlock command of described interior machine to correspondence, to unlock line control machine, so that user reuses air-conditioning.
9. for a machine in the charging of multiple online air conditioners family, it is characterized in that, comprise information receiving module (201) and forwarding module (202), wherein:
Information receiving module (201), for receiving the payment information that Centralized Controller sends, wherein, described payment information be each Charging Detail Record unit in described Centralized Controller (30) statistics last time metering period total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, send to the payment information of machine in described Charging Detail Record unit correspondence, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Forwarding module (202), the described payment information for described information receiving module (201) is received be transmitted to corresponding line control machine (41,42 ... 4n) show, pay the fees with reminding user.
10. interior machine according to claim 9, is characterized in that,
Described payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity;
Information receiving module (201) is also for receiving real-time electricity consumption data, lock instruction or unlock command that Centralized Controller sends;
Real-time electricity consumption data, lock instruction or the unlock command of forwarding module (202) also for being received by described information receiving module (201) are transmitted to corresponding line control machine, so that user inquires about real-time electricity consumption data, the line control machine of locking correspondence or the line control machine of unblock correspondence.
11. 1 kinds, for the line control machine of multiple online air conditioners family charging, is characterized in that, comprise the first receiver module (401) and line traffic control display module (402), wherein:
Described first receiver module (401), for receiving the payment information that Centralized Controller (30) forwards, wherein said payment information be each Charging Detail Record unit in described Centralized Controller (30) statistics last time metering period total electricity consumption and after settling accounts the electricity cost of each Charging Detail Record unit in metering period last time, by the payment information that machine in the correspondence of Charging Detail Record unit forwards, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
Described line traffic control display module (402), for showing the described payment information that described first receiver module (401) receives, pays the fees with reminding user.
12. line control machines according to claim 11, is characterized in that, also comprise enquiry module (403), wherein
Described first receiver module (401) is also for receiving the real-time electricity consumption data that Centralized Controller is forwarded by interior machine, and wherein said real-time electricity consumption data comprise the real-time electricity consumption data of each interior machine in unit in described in the real-time electricity consumption data of described interior machine and/or described interior machine;
Described enquiry module (403), for receiving data inquiry request, to inquire about the real-time electricity consumption data of corresponding interior machine, described data inquiry request comprises the interior machine mark of machine in needs inquiry.
13. line control machines according to claim 11, is characterized in that, also comprise locking unlocked state (404), wherein
Described first receiver module (401) is also for receiving the lock instruction or unlock command that Centralized Controller forwarded by interior machine;
Described locking unlocked state (404), if receive lock instruction for described first receiver module (401), then locks line control machine, does not allow user's using air-condition; If described first receiver module (401) receives unlock command, then unlock line control machine, so that user reuses air-conditioning.
14. line control machines according to any one of claim 11-13, is characterized in that, also comprise the second receiver module (405) and payment information sending module (406), wherein:
Described second receiver module (405), for receiving the payment request that paying device (60) sends;
Described payment information sending module (406), if receive payment request for described second receiver module (405), then described payment information is sent to paying device (60), so that paying device (60) completes payment by access Cloud Server (40), wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity.
15. 1 kinds, for the system of multiple online air conditioners family charging, is characterized in that, to comprise according to any one of claim 1-8 Centralized Controller, as described in claim 9 or 10 in machine and the line control machine according to any one of claim 11-14.
16. systems according to claim 15, is characterized in that, also comprise outer machine (10), wherein:
Interior machine (21,22 ... 2n) also for detecting self power consumption of interior machine in real time, and self power consumption of interior machine is sent to Centralized Controller (30);
Outer machine (10), for detecting the power consumption of outer machine (10) in real time, and sends to Centralized Controller (30) by the power consumption of outer machine (10).
17. systems according to claim 15 or 16, is characterized in that, also comprise Cloud Server (40), wherein:
Described Cloud Server (40), for according to machine (21 in described every platform, 22, ... 2n) total electricity consumption to obtain in last time metering period machine (21 in every platform, 22 ... 2n) electricity cost, and by machine (21 in described every platform, 22 ... 2n) electricity cost send to Centralized Controller (30); And receive machine (21 in Centralized Controller (30) every platform of uploading, 22, ... 2n) and/or the real-time electricity consumption data of each user send to Cloud Server (40), so that keeper inquires about machine (21 in the every platform in the first predetermined time interval, 22 ... 2n) and/or the power consumption of each user.
18. systems according to claim 17, is characterized in that, also comprise paying device (60), wherein:
Described paying device (60), for at line control machine (41,42, ... 4n) to after user shows described payment information, from described line control machine (41,42 ... 4n) obtain described payment information, and completing payment by access Cloud Server (40), wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity; And if described in interior machine mark of waiting to pay the fees have multiple, then paying device (60) reminding user is selected to wait that at least one of paying the fees in interior machine mark is paid the fees;
Pay the fees successfully in response to paying device (60), described Cloud Server (40) is also for sending payment success message to Centralized Controller (30), and wherein said payment success message comprises machine mark in payment successfully.
19. 1 kinds for the method for multiple online air conditioners family charging, is characterized in that, comprising:
The total electricity consumption of each Charging Detail Record unit in Centralized Controller (30) statistics metering period last time, and settle accounts the electricity cost of each Charging Detail Record unit in metering period last time, wherein corresponding at least one the interior machine of each Charging Detail Record unit;
In Centralized Controller (30) is corresponding to described Charging Detail Record unit, machine sends payment information, so that described payment information is sent to corresponding line control machine by described interior machine;
By line control machine (41,42 ... 4n) show described payment information to user, pay the fees with reminding user.
20. methods according to claim 19, is characterized in that, in described Centralized Controller (30) statistics metering period last time, the step of the total electricity consumption of each Charging Detail Record unit comprises:
Centralized Controller (30) according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine (10) obtain the real-time electricity consumption data of each Charging Detail Record unit;
Centralized Controller (30) in predetermined Settlement Date, according to the total electricity consumption of each Charging Detail Record unit in described real-time electricity consumption data statistics metering period last time.
21. methods according to claim 20, is characterized in that,
Described Centralized Controller (30) according to machine in every platform (21,22 ... 2n) self power consumption and before the power consumption of outer machine (10) obtains the step of real-time electricity consumption data of each Charging Detail Record unit, described method also comprises:
Interior machine (21,22 ... 2n) detect interior machine self power consumption in real time, and self power consumption of interior machine is sent to Centralized Controller (30);
Outer machine (10) detects the power consumption of outer machine (10) in real time, and the power consumption of outer machine (10) is sent to Centralized Controller (30);
If described Charging Detail Record unit is user, described Centralized Controller (30) is according to machine (21 in every platform, 22 ... 2n) self power consumption and the power consumption of outer machine (10) step that obtains the real-time electricity consumption data of each Charging Detail Record unit comprise:
Centralized Controller (30) according to machine in every platform (21,22 ... 2n) self power consumption and the power consumption of outer machine (10) obtain machine in every platform (21,22 ... 2n) real-time electricity consumption data;
Centralized Controller (30) according to machine in every platform (21,22 ... 2n) real-time electricity consumption data and the corresponding relation of predetermined user and interior unit (2), determine the real-time electricity consumption data of each user.
22. methods according to claim 20, is characterized in that,
If described Charging Detail Record unit is interior machine, then at Centralized Controller (30) according to machine (21 in every platform, 22 ... 2n) self power consumption and after the power consumption of outer machine (10) obtains the step of real-time electricity consumption data of each Charging Detail Record unit, described method also comprises:
Centralized Controller (30) is by machine (21 in every platform, 22 ... 2n) real-time electricity consumption data send to Cloud Server (40), so that machine (21 in keeper inquires about in the first predetermined time interval every platform, 22 ... 2n) power consumption;
Centralized Controller (30) is by machine (21 in every platform, 22 ... 2n) real-time electricity consumption data send to corresponding line control machine (41,42 by described interior machine, ... 4n) so that user inquires about the power consumption of described interior machine in the second predetermined time interval;
If described Charging Detail Record unit is user, then at Centralized Controller (30) according to machine (21 in every platform, 22 ... 2n) self power consumption and after the power consumption of outer machine (10) obtains the step of real-time electricity consumption data of each Charging Detail Record unit, described method also comprises:
Centralized Controller (30) is by machine (21 in every platform, 22, ... 2n) and the real-time electricity consumption data of each user send to Cloud Server (40), so that keeper inquires about machine (21 in the every platform in the first predetermined time interval, 22 ... 2n) and/or the power consumption of each user;
For each user, Centralized Controller (30) is by the real-time electricity consumption data of described user and each interior machine (21 corresponding to described user, 22, ... 2n) real-time electricity consumption data by each interior machine (21 corresponding to described user, 22, ... 2n) send to corresponding line control machine (41,42, ... 4n), so that user inquires about the real-time electricity consumption data of the described user in the second predetermined time interval and/or each interior machine (21 corresponding to described user, 22 ... 2n) real-time electricity consumption data.
23. methods according to claim 19, is characterized in that, in described Centralized Controller (30) clearing metering period last time, the step of the electricity cost of each Charging Detail Record unit comprises:
Centralized Controller (30) by machine in described every platform (21,22 ... 2n) total electricity consumption send to Cloud Server (40);
Cloud Server (40) is according to machine (21 in described every platform, 22, ... 2n) total electricity consumption to obtain in last time metering period machine (21 in every platform, 22, ... 2n) electricity cost, and by machine in described every platform (21,22 ... 2n) electricity cost send to Centralized Controller (30);
If described Charging Detail Record unit is user, then described payment information also to comprise in belonging to the electricity cost of described interior machine owning user and total electricity consumption, described interior machine in unit (2) electricity cost and the total electricity consumption of machine in other;
In described Centralized Controller (30) clearing metering period last time, the step of the electricity cost of each Charging Detail Record unit also comprises:
Centralized Controller (30) is according to machine (21 in described every platform, 22, ... 2n) electricity cost, machine (21 in described every platform, 22, ... 2n) total electricity consumption and the corresponding relation of predetermined user and interior unit (2), to determine before the payment date electricity cost of each user and the total electricity consumption of each user in metering period last time.
24. methods according to any one of claim 19-23, is characterized in that, line control machine (41,42 ... 4n) to after user shows the step of described payment information, also comprise:
Paying device (60) is from described line control machine (41,42, ... 4n) obtain described payment information, and complete payment by access Cloud Server (40), wherein said payment information comprises waits pay the fees interior machine mark and multi-connected machine group identity;
If described in interior machine mark of waiting to pay the fees have multiple, then paying device (60) reminding user is selected to wait that at least one of paying the fees in interior machine mark is paid the fees;
If paying device (60) is paid the fees successfully, then Cloud Server (40) sends payment success message to Centralized Controller (30), and wherein said payment success message comprises machine mark in payment successfully.
25. methods according to claim 24, is characterized in that,
For postpaid service user, described method also comprises: if whether receive the payment success message of described interior machine after Centralized Controller (30) machine in Xiang Yitai sends payment information in the schedule time, then by the line control machine (41 of described interior machine to correspondence, 42, ... 4n) forward lock instruction, to lock line control machine (41,42, ... 4n), stop user's using air-condition;
For prepaid user, Cloud Server (40) by machine in described every platform (21,22 ... 2n) electricity cost send to Centralized Controller (30) after, described method also comprises:
For machine in every platform (21,22 ... 2n), Centralized Controller (30) judges whether the electricity charge that prestore of the residue of described interior machine are less than the electricity cost of described interior machine;
If the residue of described interior machine prestores, the electricity charge are less than the electricity cost of described interior machine, be then less than machine in electricity cost for remaining the electricity charge that prestore, Centralized Controller (30) performs the step sending payment information to described interior machine; And by the line control machine forwarding lock instruction of described interior machine to correspondence, to lock line control machine, stop user's using air-condition.
26. methods according to claim 25, is characterized in that, line control machine (41,42 ... 4n) locked after, also comprise:
If Centralized Controller (30) receives the payment success message of corresponding interior machine, then by the line control machine forwarding unlock command of described interior machine to correspondence, to unlock line control machine, so that user reuses air-conditioning.
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