CN116402482A

CN116402482A - Data processing method and processing equipment based on intelligent settlement of electric charge

Info

Publication number: CN116402482A
Application number: CN202310678365.9A
Authority: CN
Inventors: 高峰; 徐旸; 傅悦; 胡嘉骅; 肖吉东; 朱佳; 吴斌杰; 陈俊逸; 许宇奏; 楼杏丹; 林萍; 王乾峰; 杨新明; 潘志冲
Original assignee: State Grid Zhejiang Electric Power Co Ltd; Zhejiang Huayun Information Technology Co Ltd
Current assignee: State Grid Zhejiang Electric Power Co Ltd; Zhejiang Huayun Information Technology Co Ltd
Priority date: 2023-06-09
Filing date: 2023-06-09
Publication date: 2023-07-07
Anticipated expiration: 2043-06-09
Also published as: CN116402482B

Abstract

The invention provides a data processing method and processing equipment based on intelligent settlement of electric charge, comprising the following steps: generating a corresponding settlement bill merging selection page or settlement bill splitting selection page according to the type of the billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill merging selection page or the settlement bill splitting selection page; if the user selects a plurality of first electric charge transaction details in the settlement bill combination selection page, corresponding combination settlement bill information is generated based on the selected first electric charge transaction details; generating corresponding split settlement bill information based on the selected second electric charge transaction details and billing configuration information of the user; and generating entity billing data corresponding to the combined settlement billing information or the split settlement billing information, and modifying the non-billing label of the first electric charge transaction detail or the second electric charge transaction detail selected previously into a billed label.

Description

Data processing method and processing equipment based on intelligent settlement of electric charge

Technical Field

The invention relates to a data processing technology, in particular to a data processing method and processing equipment based on intelligent settlement of electric charges.

Background

With the development of the power grid technology, various power grid services are converted from the traditional off-line mode to on-line processing, and a great deal of convenience is brought to users for handling the services. The electric energy intelligent settlement system comprises an electric energy intelligent settlement system, an electric network, an electric energy meter, an electric charge amount acquisition system and an electric energy management system, wherein the electric energy intelligent settlement system is characterized in that the electric energy data of a user are collected by the electric network through the electric energy meter, the electric charge amount is obtained through on-line automatic calculation, and the electric charge amount is pushed to the user for payment, so that the electric energy intelligent settlement system is convenient and quick.

In practical application, after the electricity fee is paid on the subscriber line, when there is an invoice demand, the relevant electricity fee is invoiced. In the prior art, a user can only issue an invoice aiming at one electric charge data, however, in actual life, the user may need to collect and issue an invoice for a plurality of corresponding electric charge data, and may need to split the corresponding electric charge data into a plurality of billing settlement bills, in this case, the user can only communicate with staff to an entity service point, and thus, the corresponding requirements can be met.

Therefore, how to combine different billing requirement types of users to assist users to quickly obtain the required type of invoice on line is an urgent problem to be solved.

Disclosure of Invention

The embodiment of the invention provides a data processing method and processing equipment based on intelligent settlement of electric charges, which can be combined with different billing requirement types of users to assist the users to quickly combine and split the settlement bill on line.

In a first aspect of the embodiment of the present invention, a data processing method based on intelligent settlement of electric charges is provided, including:

acquiring all electric power market transaction data of a target user in an electric charge intelligent settlement system, wherein the electric power market transaction data comprises a plurality of electric charge transaction details, and each electric charge transaction detail has a corresponding electric charge amount, an invoiced label or an invoiced label;

if the user has a corresponding billing request, generating a corresponding settlement bill merging selection page or a settlement bill splitting selection page according to the type of the billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill merging selection page or the settlement bill splitting selection page;

if the user selects a plurality of first electric charge transaction details in the settlement bill combination selection page, corresponding combination settlement bill information is generated based on the selected first electric charge transaction details;

if the user selects the second electric charge transaction details in the settlement bill splitting selection page, determining a corresponding first splitting model or second splitting model according to the number of the selected second electric charge transaction details, and generating corresponding split settlement bill information based on the first splitting model or the second splitting model, the second electric charge transaction details and billing configuration information of the user;

If the user is judged to input settlement bill confirmation information corresponding to the combined settlement bill information or the split settlement bill information, generating entity billing data corresponding to the combined settlement bill information or the split settlement bill information, and modifying the non-billing label of the first electric charge transaction detail or the second electric charge transaction detail selected previously into a billed label;

and acquiring operation data corresponding to the user in selecting the second electric charge transaction details to generate the split settlement bill information, and training a first customized calculation logic and a second customized calculation logic corresponding to the first split model or the second split model respectively according to the operation data.

Optionally, if it is determined that the user has a corresponding billing request, a corresponding settlement bill merging selection page or settlement bill splitting selection page is generated according to the type of the billing request, and the electric charge transaction details with the non-billing tag are displayed in the settlement bill merging selection page or the settlement bill splitting selection page, including:

if the user has a corresponding billing request, generating a to-be-processed detail set for all electric charge transaction detail statistics with non-billing labels;

If the type of the billing request is settlement bill combination, an initial settlement bill combination selection page is called, wherein the settlement bill combination selection page comprises a combination subarea and a first subarea to be selected, and all the electric charge transaction details in the detail set to be processed are filled into the first subarea to be selected;

and if the judgment that the user selects the electric charge transaction details in the first sub-area to be selected, deleting and filling the corresponding electric charge transaction details from the first sub-area to the combined sub-area for display.

if the type of the billing request is settlement bill splitting, an initial settlement bill splitting selection page is called, wherein the settlement bill splitting selection page comprises a splitting subarea and a second to-be-selected subarea, and all electric charge transaction details in the to-be-processed detail set are filled into the second to-be-selected subarea;

If the user selects the electric charge transaction details in the second to-be-selected subarea, deleting the corresponding electric charge transaction details from the second to-be-selected subarea, and filling the deleted electric charge transaction details into the split subarea for display.

Optionally, if it is determined that the user selects a plurality of first electric charge transaction details in the settlement bill combination selection page, generating corresponding combination settlement bill information based on the selected first electric charge transaction details includes:

if the user is judged to input confirmation information to the merging selection page, acquiring all first electric charge transaction details in the merging subarea;

and counting the electric charge amount respectively included in all the first electric charge transaction details, and generating combined settlement bill information corresponding to all the first electric charge transaction details according to the electric charge amount and preset billing data corresponding to the user.

Optionally, if it is determined that the user selects the second electric charge transaction details in the bill settlement splitting selection page, determining a corresponding first splitting model or second splitting model according to the number of the selected second electric charge transaction details, and generating corresponding split bill settlement information based on the first splitting model or the second splitting model, the second electric charge transaction details and billing configuration information of the user, including:

If the user selects a second electric charge transaction detail in the settlement bill splitting selection page and fills the second electric charge transaction detail into the splitting subarea, splitting the second electric charge transaction detail based on the first splitting model;

the method comprises the steps that a first splitting model performs customized partitioning treatment on the splitting subareas according to billing configuration information of a user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportions, and the customized subareas correspond to the billing quantity;

the first splitting model counts the electric charge amount respectively included in the second electric charge transaction details, obtains the display information of each customized subarea according to the electric charge amount, the invoicer, the corresponding invoicing proportion and the preset invoicing data, and generates splitting settlement bill information corresponding to the second electric charge transaction details.

Optionally, the first splitting model performs customized partitioning processing on the splitting subareas according to configuration information of invoices of a user to obtain a plurality of customized subareas, the configuration information of invoices at least includes number of invoices, invoices maker and corresponding proportion of invoices, and the customized subareas correspond to the number of invoices, including:

The first splitting model receives electric energy data corresponding to a second electric charge transaction detail configured by a user, wherein the electric energy data comprises first electric energy information corresponding to each drawer and second electric energy information of a public area, and third electric energy information of each person is obtained according to the number of the drawers and the second electric energy information;

the first splitting model carries out comprehensive calculation according to first electric energy information and third electric energy information corresponding to each drawer according to preset first customized calculation logic to obtain the drawer proportion of all the drawer, and the first customized calculation logic is provided with a plurality of first calculation strategies and a first arrangement sequence of the plurality of first calculation strategies.

Optionally, the first splitting model counts the amount of the electric charge included in the second electric charge transaction detail respectively, obtains the display information of each customized subarea according to the amount of the electric charge, the invoicer, the corresponding billing proportion and the preset billing data, and generates splitting settlement bill information corresponding to the second electric charge transaction detail, including:

each customized subarea receives the corresponding drawer and the adjusted drawer proportion based on the corresponding drawer input slot position and the proportion adjustment slot position;

If the user is judged not to input the slot position to the drawer for inputting the drawer, reminding is carried out;

if the fact that the user does not input the proportion adjustment information to the proportion adjustment slot position is judged, the proportion calculated based on the first split model is used as the billing proportion;

if the fact that the user inputs the proportion adjustment information to the proportion adjustment slot is judged, updating and adjusting the corresponding input proportion after verifying the correctness of all the proportion adjustment information;

generating an invoicing sub-amount corresponding to each split subarea according to the electric charge amount and the invoicing proportion included in the second electric charge transaction detail respectively, displaying the invoicer, the corresponding invoicing proportion and the invoicing sub-amount in each customized subarea, and generating a sub-split settlement bill corresponding to each customized subarea.

If the user selects a plurality of second electric charge transaction details in the settlement bill splitting selection page, splitting the plurality of second electric charge transaction details based on a second splitting model;

the second splitting model performs customized partitioning treatment on the splitting subareas according to billing configuration information of a user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportions, and the customized subareas correspond to the billing quantity;

and the second splitting model counts the electric charge amount respectively included in the plurality of second electric charge transaction details, obtains the display information of each customized subarea according to the electric charge amount, the invoicer, the corresponding invoicing proportion and the preset invoicing data, and generates splitting settlement bill information corresponding to the plurality of second electric charge transaction details.

Optionally, the second splitting model performs customized partitioning processing on the splitting subareas according to configuration information of invoices of a user to obtain a plurality of customized subareas, the configuration information of invoices at least includes number of invoices, invoices maker and corresponding proportion of invoices, and the customized subareas correspond to the number of invoices, including:

The second splitting model receives electric energy data corresponding to a plurality of second electric charge transaction details configured by a user, wherein the electric energy data comprises first electric energy information corresponding to each drawer and second electric energy information of a public area, and third electric energy information uniformly distributed by each person is obtained according to the number of the tickets and the second electric energy information;

the second splitting model obtains first total electric energy information according to the sum of second electric energy information of all second electric charge transaction details of each drawer and obtains second total electric energy information according to the sum of third electric energy information of all second electric charge transaction details of each drawer;

and performing proportion calculation according to the first total electric energy information and the second total electric energy information of all the drawer and a preset second customized calculation logic to obtain the drawer proportion of all the drawer, wherein the second customized calculation logic is provided with a plurality of second calculation strategies and a second arrangement sequence of the plurality of second calculation strategies.

Optionally, the second splitting model counts the amount of electricity charges included in the plurality of second electricity charge transaction details respectively, obtains display information of each customized subarea according to the amount of electricity charges, the invoicer, the corresponding billing proportion and preset billing data, and generates splitting settlement bill information corresponding to one second electricity charge transaction detail, including:

The second splitting model counts the sum of the electric charge amounts of the second electric charge transaction details to obtain total electric charge amount, obtains the billing sub-amount corresponding to each billing person according to the total electric charge amount and the corresponding billing proportion, displays the billing person, the corresponding billing proportion and the billing sub-amount in each customized subarea, and generates a sub-splitting settlement bill corresponding to each customized subarea.

Optionally, the first split model or the second split model is respectively provided with a calculation strategy configuration module and a calculation strategy ordering module;

the calculation strategy configuration module is used for receiving a first calculation strategy or a second calculation strategy newly configured by a user, and the first calculation strategy or the second calculation strategy is used for obtaining the billing proportion of all invoicers;

the calculation strategy configuration module sorts the newly configured first calculation strategy or second calculation strategy and the initial first calculation strategy or second calculation strategy according to an initial sorting rule;

the calculation strategy ordering module is used for receiving ordering information of any one or more first calculation strategies or second calculation strategies of a user, and determining the first calculation strategy or the second calculation strategy of the billing proportion calculation of the first split model or the second split model based on the ordering information;

The first split model or the second split model performs proportional calculation according to the first calculation strategy or the second calculation strategy of the head in the sorting.

Optionally, the obtaining operation data corresponding to the user when selecting the second electric charge transaction detail to generate the split settlement bill information, and training the first customized computing logic and the second customized computing logic corresponding to the first split model or the second split model according to the operation data, where the training includes:

analyzing the operation data, and if the first calculation strategy or the second calculation strategy selected by the user in the operation data is not the first calculation strategy or the second calculation strategy of the head in the current sequencing sequence;

the first calculation strategy or the second calculation strategy selected by the user is used as a third calculation strategy or a fourth calculation strategy, and the first calculation strategy or the second calculation strategy of the head in the current sorting order is used as a fifth calculation strategy or a sixth calculation strategy;

the calculation strategy ordering module in the first splitting model performs updating calculation of ordering coefficients on all the first calculation strategy, the third calculation strategy and the fifth calculation strategy to obtain the updated sequence of the first calculation strategy, the third calculation strategy and the fifth calculation strategy; or alternatively, the first and second heat exchangers may be,

And the calculation strategy ordering module in the second splitting model performs updating calculation of ordering coefficients on all the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy to obtain the updated sequence of the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy.

Optionally, the method further comprises:

the calculation strategy sorting module in the first splitting model obtains the calculation times of all the existing calculation strategies participating in the proportion calculation, and performs comprehensive calculation according to the preset weights respectively corresponding to the calculation times, the first calculation strategy, the third calculation strategy and the fifth calculation strategy to obtain corresponding sorting coefficients;

the calculation strategy sorting module in the second splitting model obtains the calculation times of all the existing calculation strategies participating in the proportion calculation, and performs comprehensive calculation according to the preset weights respectively corresponding to the calculation times, the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy to obtain corresponding sorting coefficients.

In a second aspect of the embodiment of the present invention, there is provided a data processing apparatus for intelligent settlement based on electric charges, including:

the system comprises an acquisition module, a billing module and a billing module, wherein the acquisition module is used for acquiring all electric power market transaction data of a target user in an electric charge intelligent settlement system, wherein the electric power market transaction data comprises a plurality of electric charge transaction details, and each electric charge transaction detail is provided with a corresponding electric charge amount, a billing label or a non-billing label;

The display module is used for generating a corresponding settlement bill combination selection page or settlement bill splitting selection page according to the type of the billing request if the user has a corresponding billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill combination selection page or the settlement bill splitting selection page;

the merging module is used for generating corresponding merged settlement bill information based on the selected first electric charge transaction details if the user selects a plurality of first electric charge transaction details in the settlement bill merging selection page;

the splitting module is used for determining a corresponding first splitting model or a second splitting model according to the number of the selected second electric charge transaction details if the user selects the second electric charge transaction details in the settlement bill splitting selection page, and generating corresponding split settlement bill information based on the first splitting model or the second splitting model, the second electric charge transaction details and billing configuration information of the user;

the modification module is used for generating billing data corresponding to the combined settlement bill information or the split settlement bill information if judging that the user inputs the settlement bill confirmation information corresponding to the combined settlement bill information or the split settlement bill information, and modifying the non-billing label of the first electric charge transaction detail or the second electric charge transaction detail selected previously into a billed label;

The training module is used for acquiring operation data corresponding to the user when selecting the second electric charge transaction detail to generate the split settlement bill information, and training the first customized calculation logic and the second customized calculation logic corresponding to the first split model or the second split model according to the operation data.

The method has the beneficial effects that 1, when the user has the billing requirement, the power market transaction data can be screened by combining the billing label or the non-billing label, so that the billing data can be obtained. And then, judging the request type of the user, and generating a corresponding settlement bill merging selection page or settlement bill splitting selection page by combining the request type to assist the user in issuing the invoice with corresponding type requirements. When the settlement bills are combined, a user can combine the settlement bill combination selection page to obtain corresponding combined settlement bill information; when the settlement bill is split, the user can generate corresponding split settlement bill information by combining the billing configuration information, and then obtain corresponding split settlement bill. By the method, different billing requirement types of the user can be combined, and the user can be assisted to quickly combine the settlement bill or split the settlement bill on line.

2. When the settlement bill is combined and billed, an initial settlement bill combining and selecting page comprising a combining subarea and a first subarea to be selected is called, then the electricity charge transaction detail in the first subarea to be selected by a user is filled into the combining subarea to be displayed for the user to confirm, and the combined and billed is realized after confirmation. When the settlement bill split billing is carried out, the initial settlement bill split selection page comprising the split sub-region and the second sub-region to be selected is called, then customized partition processing is carried out on the split sub-region by combining billing configuration information of a user to obtain a plurality of customized sub-regions, display information of each customized sub-region is obtained by combining billing data preset according to billing proportion, and split settlement bill information corresponding to one second electric charge transaction detail is generated.

3. When the billing proportion is calculated, the scheme combines the difference of the number of the second electric charge transaction details selected by the user, and lays out two different implementation modes. In addition, the scheme of the calculation strategy is also laid out aiming at the billing proportion, wherein the scheme comprises the steps of determining the calculation strategy according to the user requirement and adjusting the sequence of the calculation strategy according to the operation data of the user.

Drawings

Fig. 1 is a schematic flow chart of a data processing method based on intelligent settlement of electric charges according to an embodiment of the present invention;

fig. 2 is a schematic structural diagram of a data processing device based on intelligent settlement of electric charges according to an embodiment of the present invention.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The terms "first," "second," "third," "fourth" and the like in the description and in the claims and in the above drawings, if any, are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged where appropriate such that the embodiments of the invention described herein may be implemented in sequences other than those illustrated or otherwise described herein.

It should be understood that, in various embodiments of the present invention, the sequence number of each process does not mean that the execution sequence of each process should be determined by its functions and internal logic, and should not constitute any limitation on the implementation process of the embodiments of the present invention.

It should be understood that in the present invention, "comprising" and "having" and any variations thereof are intended to cover non-exclusive inclusion, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements that are expressly listed or inherent to such process, method, article, or apparatus.

It should be understood that in the present invention, "plurality" means two or more. "and/or" is merely an association relationship describing an association object, meaning that there may be three relationships, e.g., a and/or B, may represent: a exists alone, A and B exist together, and B exists alone. The character "/" generally indicates that the context-dependent object is an "or" relationship. "comprising A, B and C", "comprising A, B, C" means that all three of A, B, C comprise, "comprising A, B or C" means that one of the three comprises A, B, C, and "comprising A, B and/or C" means that any 1 or any 2 or 3 of the three comprises A, B, C.

It should be understood that in the present invention, "B corresponding to a", "a corresponding to B", or "B corresponding to a" means that B is associated with a, from which B can be determined. Determining B from a does not mean determining B from a alone, but may also determine B from a and/or other information. The matching of A and B is that the similarity of A and B is larger than or equal to a preset threshold value.

As used herein, "if" may be interpreted as "at … …" or "at … …" or "in response to a determination" or "in response to detection" depending on the context.

The technical scheme of the invention is described in detail below by specific examples. The following embodiments may be combined with each other, and some embodiments may not be repeated for the same or similar concepts or processes.

Referring to fig. 1, a flow chart of a data processing method based on intelligent settlement of electric charges according to an embodiment of the present invention is shown, and the method includes S1-S5:

s1, acquiring all electric power market transaction data of a target user in an electric charge intelligent settlement system, wherein the electric power market transaction data comprises a plurality of electric charge transaction details, and each electric charge transaction detail is provided with a corresponding electric charge amount, an invoiced label or an invoiced label.

The target user may be a user of a type such as enterprise, landlord, individual, etc. According to the scheme, all electric power market transaction data of the target user in the electric charge intelligent settlement system can be captured, and the electric power market transaction data are historical data corresponding to the target user. For example, electricity usage data corresponding to 1 month, 2 months and 3 months.

The electric power market transaction data in the scheme comprises a plurality of electric charge transaction details, wherein each electric charge transaction detail is provided with a corresponding electric charge amount, an invoiced label or an unexplained label. It is worth mentioning that not only can each electric charge transaction detail have corresponding electric charge amount, but also information in billing dimension can be obtained to carry out subsequent billing operation. It will be appreciated that if there is an already-invoiced tag, it cannot be invoiced again, and if there is an unexplained tag, its corresponding data is invocable.

S2, if the user has a corresponding billing request, a corresponding settlement bill merging selection page or settlement bill splitting selection page is generated according to the type of the billing request, and the electric charge transaction detail with the non-billing tag is displayed in the settlement bill merging selection page or the settlement bill splitting selection page.

When a user has an invoicing request, the scheme can generate a corresponding settlement bill combination selection page or settlement bill splitting selection page according to the type of the invoicing request, and the electric charge transaction detail with the non-invoicing label is displayed in the settlement bill combination selection page or the settlement bill splitting selection page.

It should be noted that the scheme is provided with different types of billing requests, and the user can determine the corresponding type according to own requirements and then determine the corresponding settlement bill combination selection page or settlement bill splitting selection page. The settlement bill combination selection page corresponds to the user combination billing requirement type, and the settlement bill split selection page corresponds to the user split billing requirement type.

In some embodiments, S2 (if it is determined that the user has a corresponding billing request, generating a corresponding settlement bill combination selection page or settlement bill split selection page according to the type of the billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill combination selection page or settlement bill split selection page) includes S21-S23:

s21, if the user has a corresponding billing request, generating a to-be-processed detail set for all the electricity charge transaction detail statistics with the non-billing tag.

If the user has a corresponding billing request, the scheme firstly performs statistics and screening, filters out the data with the billing tag, and then generates a to-be-processed detail set for all the electricity charge transaction detail statistics with the non-billing tag.

It will be appreciated that the corresponding electricity fee transaction details within the set of pending details are all data that may be billed by the target user.

S22, if the type of the billing request is settlement bill combination, an initial settlement bill combination selection page is called, wherein the settlement bill combination selection page comprises a combination subarea and a first subarea to be selected, and all the electric charge transaction details in the detail set to be processed are filled into the first subarea to be selected.

If the user has a demand for settlement bill combination, the type of the billing request can be selected as the type of settlement bill combination, and the server can call the initial settlement bill combination selection page according to the settlement bill combination type.

The settlement bill merging and selecting page comprises a merging subarea and a first subarea to be selected, and all the electric charge transaction details in the detail set to be processed are filled into the first subarea to be selected.

In practical application, the settlement bill combination selection page may be that a page is divided into a left sub-page and a right sub-page, wherein the combination sub-page may be a left sub-page, and the first sub-page to be selected may be a right sub-page.

The electric charge transaction details in the to-be-processed detail set are displayed in a first to-be-selected subarea and can be selected by a target user.

S23, if the user selects the electricity charge transaction details in the first sub-area to be selected, deleting and filling the corresponding electricity charge transaction details in the first sub-area to be selected until the corresponding electricity charge transaction details are displayed in the combined sub-area.

And if the user selects the electric charge transaction details in the first sub-area to be selected, deleting the corresponding electric charge transaction details from the first sub-area to be selected, and simultaneously filling the corresponding electric charge transaction details into the combined sub-area for display.

In some other embodiments, S2 (if it is determined that the user has a corresponding billing request, generating a corresponding settlement bill combination selection page or settlement bill splitting selection page according to the type of the billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill combination selection page or settlement bill splitting selection page) includes S24-S25:

s24, if the type of the billing request is settlement bill splitting, an initial settlement bill splitting selection page is called, wherein the settlement bill splitting selection page comprises a splitting subarea and a second to-be-selected subarea, and all the electric charge transaction details in the to-be-processed detail set are filled into the second to-be-selected subarea.

If the user has a need to settle the bill split billing, then the type of billing request entered may be to settle the bill split. The server responds to the settlement bill splitting to call an initial settlement bill splitting selection page and displays the initial settlement bill splitting selection page to the target user.

The settlement bill splitting selection page comprises a splitting subarea and a second to-be-selected subarea, and all the electric charge transaction details in the to-be-processed detail set are filled into the second to-be-selected subarea.

In practical application, the settlement bill splitting selection page can be a page divided into a left sub-page and a right sub-page, wherein the splitting sub-page can be a left sub-page, and the second sub-page to be selected can be a right sub-page.

The electric charge transaction details in the to-be-processed detail set are displayed in the second to-be-selected subarea and can be selected by a target user.

And S25, if the user selects the electric charge transaction details in the second to-be-selected subarea, deleting and filling the corresponding electric charge transaction details in the second to-be-selected subarea until the split subarea is displayed.

If the user selects the electric charge transaction details in the second to-be-selected subarea, the scheme can delete the corresponding electric charge transaction details from the second to-be-selected subarea, and fill the corresponding electric charge transaction details into the split subarea for display.

And S3, if the user selects a plurality of first electric charge transaction details in the settlement bill combination selection page, corresponding combination settlement bill information is generated based on the selected first electric charge transaction details.

It may be appreciated that if the user needs to combine to make an invoice, it may be determined that the user selects a plurality of first electric charge transaction details, for example, first electric charge transaction details corresponding to 1 month and 2 months, in the settlement bill combining selection page, and then generates corresponding combined settlement bill information in combination with the selected first electric charge transaction details. At this point, the user may fulfill the need for 1 month and 2 month account book consolidation.

In some embodiments, S3 (if it is determined that the user selects a plurality of first electric charge transaction details within the settlement bill combination selection page, corresponding combination settlement bill information is generated based on the selected first electric charge transaction details) includes S31-S32:

and S31, if the user inputs the confirmation information to the merging selection page, acquiring all the first electric charge transaction details in the merging subarea.

It will be appreciated that the merging operation may begin after the user believes that the selected information is correct. Firstly, the scheme can judge whether the user inputs confirmation information to the merging selection page, if so, the server can acquire all first electricity fee transaction details in the merging subarea and carry out subsequent merging operation.

S32, counting the electric charge amount respectively included in all the first electric charge transaction details, and generating combined settlement bill information corresponding to all the first electric charge transaction details according to the electric charge amount and preset billing data corresponding to the user.

The method comprises the steps of counting the electric charge amounts respectively included in all first electric charge transaction details, and then generating combined settlement bill information corresponding to all the first electric charge transaction details by combining the electric charge amounts and preset billing data corresponding to users. For example, the amount for 1 month is 500 yuan, the amount for 2 months is 300 yuan, and the corresponding combined billing amount is 800 yuan.

It should be noted that the preset billing data may be billing head-up information, for example, enterprise billing information, personal billing information, etc. may be preset by the user.

S4, if the user selects the second electric charge transaction details in the settlement bill splitting selection page, determining a corresponding first splitting model or second splitting model according to the number of the selected second electric charge transaction details, and generating corresponding split settlement bill information based on the first splitting model or the second splitting model, the second electric charge transaction details and billing configuration information of the user.

It can be understood that when the user has a demand for bill splitting, the server can determine whether the user selects the second electric charge transaction details in the bill splitting selection page, and if so, the server can generate corresponding split bill information by combining the selected second electric charge transaction details and billing configuration information of the user.

It should be noted that, the present invention lays out two different embodiments according to the scheme of splitting billing and combining the number of the second electric charge transaction details selected by the user, specifically as follows:

in some embodiments, for the case where the number of the second electric charge transaction details selected by the user is 1, S4 (if it is determined that the user selects the second electric charge transaction details in the billing bill splitting selection page, determining a corresponding first splitting model or second splitting model according to the number of the selected second electric charge transaction details, and generating corresponding split billing bill information based on the first splitting model or the second splitting model, the second electric charge transaction details, billing configuration information of the user) includes a41-a43:

and A41, if the user selects a second electric charge transaction detail in the settlement bill splitting selection page and fills the second electric charge transaction detail into the splitting subarea, splitting the second electric charge transaction detail based on the first splitting model.

First, it is worth mentioning that in many cases, the user may have a need to split the invoices. For example, a house is used by tenant 1 and tenant 2, and when an electric charge is billed, the electric charge needs to be billed to tenant 1 and tenant 2 respectively, and at this time, an operation of bill splitting for settlement needs to be performed.

If the user selects a second electric charge transaction detail in the settlement bill splitting selection page and fills the second electric charge transaction detail into the splitting subarea, the user is required to split the second electric charge transaction detail, for example, the electric charge data of 1 month is split. And then the first splitting model is combined to split the second electric charge transaction details.

A42, the first splitting model performs customized partitioning processing on the splitting subareas according to billing configuration information of a user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportion, and the customized subareas correspond to the billing quantity.

The scheme is provided with a first split model, and the first split model can combine billing configuration information of a user to perform customized partition processing on split sub-areas to obtain a plurality of customized sub-areas.

The billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportion, and the customized subareas correspond to the billing quantity.

For example, the number of invoices may be two when the two users need to be split, and the invoicers may be tenant a and tenant B respectively, where the proportion of invoices will be described in the following scheme.

In some embodiments, a42 (the first splitting model performs customized partition processing on the splitting subarea according to the configuration information of the user to obtain a plurality of customized subareas, where the configuration information of the user includes at least the number of invoices, and a corresponding proportion of invoices, and the customized subareas correspond to the number of invoices) includes a421-a422:

a421, the first splitting model receives electric energy data corresponding to a second electric charge transaction detail configured by a user, the electric energy data comprises first electric energy information corresponding to each drawer and second electric energy information of a public area, and third electric energy information uniformly distributed by each person is obtained according to the number of the drawers and the second electric energy information.

First, the first split model of the present solution receives power data corresponding to a second power rate transaction detail configured by a user.

The electric energy data comprise first electric energy information corresponding to each drawer and second electric energy information of a public area, and then third electric energy information shared by each person is obtained by combining the number of the drawers and the second electric energy information. For example, the first electric energy information corresponding to the tenant 1 is 100 yuan, the second electric energy information of the public area is 20 yuan, and the billing amount is 2, and then the third electric energy information is 10 yuan, and then the electric charge amount corresponding to the tenant 1 is 110 yuan.

It should be noted that, the first electrical energy information may be electrical energy information collected by an ammeter configured by a homeowner for tenant 1 and tenant 2. It should be noted that, tenant 1 and tenant 2 also have the shared power consumption of public space simultaneously, therefore, this scheme still can combine to the shared power consumption to obtain the third electric energy information of everyone's shared.

A422, the first splitting model performs comprehensive calculation according to first electric energy information and third electric energy information corresponding to each drawer and a preset first customized calculation logic, so as to obtain the proportion of the drawer, wherein the first customized calculation logic is provided with a plurality of first calculation strategies and a first arrangement sequence of the plurality of first calculation strategies.

According to the scheme, the first electric energy information and the third electric energy information corresponding to each drawer are combined to carry out comprehensive calculation according to the preset first customized calculation logic, and the proportion of the drawer is obtained.

The first customized computing logic has a plurality of first computing strategies and a first arrangement sequence of the plurality of first computing strategies.

It should be noted that different users may have different computing requirements, and the first computing policy may be selected by the user to meet the computing requirements.

The first calculation policy may be, for example, a billing proportion obtained according to a ratio of electricity consumption of a plurality of invoices, may be obtained according to a ratio of electricity consumption areas of a plurality of invoices, may be an average among a plurality of invoices, or the like, and the first calculation policy may be preset in advance, and a first arrangement order is arranged among the plurality of first calculation policies.

And A43, counting the electric charge amount respectively included in one second electric charge transaction detail by the first split model, obtaining the display information of each customized subarea according to the electric charge amount, the invoicer, the corresponding invoicing proportion and preset invoicing data, and generating split settlement bill information corresponding to one second electric charge transaction detail.

The electric charge amount respectively included in one first electric charge transaction detail is, for example, a total billing amount of 1 month, and then display information of each customized subarea is obtained according to the electric charge amount, the billing person, the corresponding billing proportion and preset billing data, and meanwhile split settlement billing information corresponding to one second electric charge transaction detail is generated.

In some embodiments, a43 (the first split model counts the amount of electricity charges respectively included in one second electricity charge transaction detail, obtains the display information of each customized subarea according to the amount of electricity charges, the drawer, the corresponding billing proportion and the preset billing data, and generates split settlement bill information corresponding to one second electricity charge transaction detail) includes a431-a435:

and A431, each customized subarea receives the corresponding drawer and the adjusted drawer proportion based on the corresponding drawer input slot position and the proportion adjustment slot position.

It can be understood that, in order for the user to fill corresponding information, each customized subarea in the scheme is provided with a corresponding drawer input slot and a proportional adjustment slot. The server may receive the corresponding drawer and the adjusted billing proportion based on the corresponding drawer input slot, the proportion adjustment slot.

It should be noted that, if the user inputs the billing proportion in the proportion adjustment slot, the scheme can be split according to the billing proportion input by the user.

And A432, prompting if the user is judged to not input the slot position to the drawer for inputting the drawer.

It can be understood that if the user does not input the slot position to the drawer, the operation of drawing the bill cannot be performed, and at this time, reminding is needed to enable the user to supplement the drawer.

And A433, if the user is judged not to input the proportion adjustment information to the proportion adjustment slot, taking the proportion calculated based on the first split model as the billing proportion.

If the user does not input the proportion adjustment information to the proportion adjustment slot position, the proportion calculated by the first split model is taken as the proportion to be split and invoiced. It should be noted that the calculated billing proportion is compared with the billing proportion input by the user, and the data splitting can be performed without inputting information by the user.

And A434, if the user inputs the proportion adjustment information to the proportion adjustment slot, updating and adjusting the corresponding input proportion after verifying the correctness of all the proportion adjustment information.

If the user inputs the proportion adjustment information to the proportion adjustment slot, the scheme can update and adjust the corresponding input proportion after verifying the correctness of all the proportion adjustment information.

It can be understood that the correctness verification is performed to verify the proportional adjustment information input by the user and determine whether the proportional adjustment information is accurate.

In some embodiments, the correctness verification may be performed in combination with a proportion interval preset by the target user in advance, to determine whether the input proportion is within the proportion interval, if so, the input proportion is considered to be correct, and if not, the input proportion is considered to be incorrect.

In other embodiments, the correctness verification may be performed by combining the ratio of the tenant areas between tenants, for example, the ratio of the tenant areas of tenant 1 and tenant 2 is 1:3, and at this time, the range expansion adjustment may be performed on 1:2, for example, the operations of adding one third and subtracting one third are performed respectively, so as to obtain a range of one sixth to five sixths, and then it may be determined whether the input proportion of the user input is within the range, if yes, it is considered to be correct, and if not, it is considered to be wrong.

And A435, generating an invoice sub-amount corresponding to each split subarea according to the electric charge amount and the invoice proportion respectively included in the second electric charge transaction detail, displaying the invoicer, the corresponding invoice proportion and the invoice sub-amount in each customized subarea, and generating a sub-split settlement bill corresponding to each customized subarea.

The scheme can combine the electric charge amount and the billing proportion respectively included in the second electric charge transaction detail to generate billing sub-funds corresponding to each split subarea.

And then displaying the drawer, the corresponding drawer proportion and the drawer sub-amount in each customized subarea, and generating a sub-split settlement bill corresponding to each customized subarea, so as to realize split drawer operation according to the user requirements.

In some other embodiments, for the case that the number of the second electric charge transaction details selected by the user is plural, S4 (if it is determined that the user selects the second electric charge transaction details in the billing bill splitting selection page, determining the corresponding first split model or second split model according to the number of the selected second electric charge transaction details, generating the corresponding split billing bill information based on the first split model or the second split model, the second electric charge transaction details, billing configuration information of the user) includes B41-B43:

and B41, if the user selects a plurality of second electric charge transaction details in the settlement bill splitting selection page, splitting the plurality of second electric charge transaction details based on a second splitting model.

In contrast to the above embodiment, in this embodiment, the target user selects a plurality of second electric charge transaction details, and then needs to split the plurality of second electric charge transaction details in combination with the second splitting model.

And B42, the second splitting model performs customized partitioning treatment on the splitting subareas according to billing configuration information of the user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportion, and the customized subareas correspond to the billing quantity.

Different from the above embodiment, the second splitting model performs customized partitioning processing on the splitting subareas according to the billing configuration information of the user, so as to obtain a plurality of customized subareas.

Wherein, B42 (the second splitting model performs customized partitioning processing on the splitting subareas according to the billing configuration information of the user to obtain a plurality of customized subareas, where the billing configuration information at least includes a billing number, a billing person and a corresponding billing proportion, and the customized subareas correspond to the billing number) includes B421-B423:

and B421, the second splitting model receives electric energy data corresponding to a plurality of second electric charge transaction details configured by a user, wherein the electric energy data comprises first electric energy information corresponding to each drawer and second electric energy information of a public area, and third electric energy information uniformly distributed by each person is obtained according to the number of the drawers and the second electric energy information.

The second split model receives power data corresponding to a plurality of second power rate transaction details configured by the user, for example, power data of 1 month and 2 months.

The electric energy data comprise first electric energy information corresponding to each drawer and second electric energy information of a public area, and third electric energy information of each person is obtained according to the number of the drawers and the second electric energy information. This step is similar to the above embodiment and will not be described again.

And B422, the second splitting model obtains first total electric energy information according to the sum of the second electric energy information of each drawer in all the second electric charge transaction details, and obtains second total electric energy information according to the sum of the third electric energy information of each drawer in all the second electric charge transaction details.

The second split model of the scheme can count the sum of the second electric energy information of all second electric charge transaction details of each drawer to obtain first total electric energy information, and meanwhile, can obtain the sum of the third electric energy information of all second electric charge transaction details of each drawer to obtain second total electric energy information.

It will be appreciated that the first total power information is independent power information for each drawer excluding the public area, and the second total power information is shared power information for each drawer.

And B423, performing proportion calculation according to the first total electric energy information and the second total electric energy information of all the drawer and a preset second customized calculation logic to obtain the drawer proportion of all the drawer, wherein the second customized calculation logic is provided with a plurality of second calculation strategies and a second arrangement sequence of the plurality of second calculation strategies.

The scheme combines the first total electric energy information and the second total electric energy information of all the invoicers to perform proportion calculation according to the preset second customized calculation logic, so that the invoicing proportion of all the invoicers is obtained.

The second customized computing logic has a plurality of second computing strategies and a second arrangement sequence of the plurality of second computing strategies.

It should be noted that different users may have different computing requirements, and the second computing policy may be selected by the user to meet the computing requirements.

The second calculation policy may be, for example, a billing proportion obtained according to a ratio of electricity consumption of a plurality of invoices, may be obtained according to a ratio of electricity consumption areas of a plurality of invoices, may be an average among a plurality of invoices, or the like, and the second calculation policy may be preset in advance, and the second arrangement order is among a plurality of second calculation policies.

And B43, the second splitting model counts the electric charge amount respectively included in the plurality of second electric charge transaction details, obtains the display information of each customized subarea according to the electric charge amount, the invoicer, the corresponding invoicing proportion and the preset invoicing data, and generates splitting settlement bill information corresponding to the plurality of second electric charge transaction details.

The second split model counts the electric charge amount respectively included in the plurality of first electric charge transaction details, and then obtains the display information of each customized subarea by combining the electric charge amount, the invoicer, the corresponding invoicing proportion and preset invoicing data, and generates split settlement bill information corresponding to one second electric charge transaction detail.

In some embodiments, B43 (the second split model counts the amount of electricity charges included in the plurality of second electricity charge transaction details respectively, obtains display information of each customized sub-area according to the amount of electricity charges, the drawer, the corresponding billing proportion, and the preset billing data, and generates split settlement bill information corresponding to the plurality of second electricity charge transaction details) includes:

First, the second split model of the present embodiment calculates the sum of the electric charge amounts of the second electric charge transaction details to obtain a total electric charge amount, which may be, for example, a total amount of 1 month and 2 months.

After the total amount is obtained, the total electric charge amount and the corresponding billing proportion are combined to obtain the corresponding billing sub-amount of each billing person, namely the total electric charge amount is split by utilizing the corresponding billing proportion.

And finally, displaying the drawer, the corresponding drawer proportion and the drawer sub-amount in each customized subarea, and generating a sub-split settlement bill corresponding to each customized subarea. Through the mode, the operation of splitting the invoices by the user can be realized. S5, if the user is judged to input settlement bill confirmation information corresponding to the combined settlement bill information or the split settlement bill information, entity billing data corresponding to the combined settlement bill information or the split settlement bill information is generated, and the previously selected non-billing label of the first electric charge transaction detail or the second electric charge transaction detail is modified to be the billed label.

If the user inputs settlement bill confirmation information corresponding to the combined settlement bill information or the split settlement bill information, and the user considers that the data is correct, the scheme can generate entity billing data corresponding to the combined settlement bill information or the split settlement bill information, and the non-billing label of the first electric charge transaction detail or the second electric charge transaction detail selected previously is modified to be the billed label.

In the above embodiment, the first split model or the second split model has a calculation policy configuration module and a calculation policy ranking module, respectively.

The calculation strategy configuration module is used for receiving a first calculation strategy or a second calculation strategy newly configured by a user, and the first calculation strategy or the second calculation strategy is used for obtaining the billing proportion of all the invoicers. This step indicates that either the first computing policy or the second computing policy may be user configurable according to their own needs.

Meanwhile, the calculation strategy configuration module sorts the newly configured first calculation strategy or second calculation strategy and the initial first calculation strategy or second calculation strategy according to the initial sorting rule.

The calculation strategy ordering module is used for receiving ordering information of any one or more first calculation strategies or second calculation strategies of a user, and then determining the first calculation strategy or the second calculation strategy of the billing proportion calculation of the first split model or the second split model by combining the ordering information.

The first split model or the second split model performs proportional calculation according to the first calculation strategy or the second calculation strategy of the head in the sorting. It can be understood that the earlier the ranking is, the more the description meets the requirement of the user, and when the calculation is performed, the first calculation strategy or the second calculation strategy of the head in the ranking is selected for proportional calculation.

S6, obtaining operation data corresponding to the user in selecting the second electric charge transaction details to generate the split settlement bill information, and carrying out model training on the first split model or the second split model according to the operation data.

The scheme can combine the operation data of the user to carry out model training on the first split model or the second split model.

In some embodiments, S6 (obtaining operation data corresponding to the user in selecting the second electric charge transaction details to generate the split settlement bill information, and performing model training on the first split model or the second split model according to the operation data) includes S61-S64:

s61, analyzing the operation data, and if the first calculation strategy or the second calculation strategy selected by the user in the operation data is judged not to be the first calculation strategy or the second calculation strategy of the head in the current sequencing order.

In the above description, the calculation strategy required by the user is not the first calculation strategy or the second calculation strategy of the head in the current sorting order, and at this time, the scheme can perform training adjustment on the sorting order of the calculation strategies in combination with the operation data.

S62, taking the first calculation strategy or the second calculation strategy selected by the user as a third calculation strategy or a fourth calculation strategy, and taking the first calculation strategy or the second calculation strategy of the head in the current sorting order as a fifth calculation strategy or a sixth calculation strategy.

It will be appreciated that the third or fourth calculation policy is a calculation policy adjusted to the head by the user, and the fifth or sixth calculation policy is a calculation policy adjusted to the rear.

S63, a calculation strategy ordering module in the first splitting model performs updating calculation of ordering coefficients on all the first calculation strategy, the third calculation strategy and the fifth calculation strategy to obtain the updated sequence of the first calculation strategy, the third calculation strategy and the fifth calculation strategy;

the method includes the steps that aiming at a first split model, after a third calculation strategy or a fourth calculation strategy and a fifth calculation strategy or a sixth calculation strategy are obtained, the method carries out updating calculation on ranking coefficients of all the first calculation strategy, the third calculation strategy and the fifth calculation strategy to obtain updated sequences of the first calculation strategy, the third calculation strategy and the fifth calculation strategy.

In some embodiments, when performing calculation, a calculation strategy ranking module in the first split model obtains the calculation times of all existing calculation strategies participating in proportion calculation, and performs comprehensive calculation according to preset weights respectively corresponding to the calculation times, the first calculation strategy, the third calculation strategy and the fifth calculation strategy to obtain corresponding ranking coefficients.

It can be understood that the scheme can be combined with the operation data of the user to count the calculation times of the proportion calculation of all the existing calculation strategies in real time, the higher the calculation times are, the higher the corresponding sorting coefficient obtained when the calculation times are combined with the preset weight is, the higher the sorting coefficient is, the more front the sorting coefficient is, and therefore the sorting sequence of the calculation strategies is trained and adjusted by combining with the actual operation data of the user.

It should be noted that, since the third calculation strategy is adjusted to the front, and the rest is adjusted backward in turn, the preset weights thereof may be that the third calculation strategy is the largest, the fifth calculation strategy is smaller than the third calculation strategy, the first calculation strategy is smaller than the third calculation strategy, and then the calculation times are multiplied by the corresponding preset weights to obtain the ranking coefficients of the corresponding calculation strategies.

S64, or, the calculation strategy ordering module in the second split model performs updating calculation of ordering coefficients on all the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy to obtain the updated sequence of the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy.

The method includes the steps that aiming at a second split model, after a third calculation strategy or a fourth calculation strategy and a fifth calculation strategy or a sixth calculation strategy are obtained, the scheme carries out updating calculation on the ordering coefficients of all the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy to obtain an updated sequence of the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy.

In some embodiments, when performing calculation, the calculation strategy ranking module in the second splitting model obtains the calculation times of all the existing calculation strategies participating in the proportion calculation, and performs comprehensive calculation according to preset weights respectively corresponding to the calculation times, the second calculation strategy, the fourth calculation strategy and the sixth calculation strategy to obtain corresponding ranking coefficients.

It can be understood that the scheme can be combined with the operation data of the user to count the calculation times of the proportion calculation of all the existing calculation strategies in real time, the higher the calculation times are, the higher the corresponding sorting coefficient obtained when the calculation times are combined with the preset weight is, the higher the sorting coefficient is, the more front the sorting coefficient is, and therefore the sorting sequence of the calculation strategies is trained and adjusted by combining with the actual operation data of the user. It should be noted that, since the fourth calculation strategy is adjusted to the front, and the rest is adjusted backward in turn, the preset weights thereof may be that the fourth calculation strategy is the largest, the sixth calculation strategy is smaller than the fourth calculation strategy, the second calculation strategy is smaller than the sixth calculation strategy, and then the number of times of calculation is multiplied by the corresponding preset weights to obtain the ranking coefficients of the corresponding calculation strategies.

Referring to fig. 2, a schematic structural diagram of a data processing device based on intelligent electric charge settlement according to an embodiment of the present invention includes:

The present invention also provides a storage medium having stored therein a computer program for implementing the methods provided by the various embodiments described above when executed by a processor.

The storage medium may be a computer storage medium or a communication medium. Communication media includes any medium that facilitates transfer of a computer program from one place to another. Computer storage media can be any available media that can be accessed by a general purpose or special purpose computer. For example, a storage medium is coupled to the processor such the processor can read information from, and write information to, the storage medium. In the alternative, the storage medium may be integral to the processor. The processor and the storage medium may reside in an application specific integrated circuit (Application Specific Integrated Circuits, ASIC for short). In addition, the ASIC may reside in a user device. The processor and the storage medium may reside as discrete components in a communication device. The storage medium may be read-only memory (ROM), random-access memory (RAM), CD-ROMs, magnetic tape, floppy disk, optical data storage device, etc.

The present invention also provides a program product comprising execution instructions stored in a storage medium. The at least one processor of the device may read the execution instructions from the storage medium, the execution instructions being executed by the at least one processor to cause the device to implement the methods provided by the various embodiments described above.

In the above embodiments of the terminal or the server, it should be understood that the processor may be a central processing unit (english: central Processing Unit, abbreviated as CPU), or may be other general purpose processors, digital signal processors (english: digital Signal Processor, abbreviated as DSP), application specific integrated circuits (english: application Specific Integrated Circuit, abbreviated as ASIC), or the like. A general purpose processor may be a microprocessor or the processor may be any conventional processor or the like. The steps of a method disclosed in connection with the present invention may be embodied directly in a hardware processor for execution, or in a combination of hardware and software modules in a processor for execution.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.

Claims

1. The data processing method based on the intelligent settlement of the electric charge is characterized by comprising the following steps:

2. The data processing method based on intelligent settlement of electric charges according to claim 1, wherein,

if the user has a corresponding billing request, generating a corresponding settlement bill merging selection page or settlement bill splitting selection page according to the type of the billing request, and displaying the electric charge transaction details with the non-billing tag in the settlement bill merging selection page or the settlement bill splitting selection page, wherein the method comprises the following steps:

3. The data processing method based on intelligent settlement of electric charges according to claim 2, wherein,

4. The data processing method based on intelligent settlement of electric charges according to claim 3, wherein,

if the user selects a plurality of first electric charge transaction details in the settlement bill combination selection page, corresponding combination settlement bill information is generated based on the selected first electric charge transaction details, and the method comprises the following steps:

5. The intelligent electricity fee settlement-based data processing method according to claim 4, wherein,

if it is determined that the user selects the second electric charge transaction details in the settlement bill splitting selection page, determining a corresponding first splitting model or second splitting model according to the number of the selected second electric charge transaction details, and generating corresponding split settlement bill information based on the first splitting model or the second splitting model, the second electric charge transaction details and billing configuration information of the user, including:

6. The intelligent electricity fee settlement-based data processing method according to claim 5, wherein,

the first splitting model performs customized partitioning processing on the splitting subareas according to billing configuration information of a user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportions, and the customized subareas correspond to the billing quantity and comprise:

7. The intelligent settlement based on electricity charges data processing method as set forth in claim 6, wherein,

the first split model counts the amount of the electric charge respectively included in a second electric charge transaction detail, obtains the display information of each customized subarea according to the amount of the electric charge, the invoicer, the corresponding invoicing proportion and preset invoicing data, and generates split settlement bill information corresponding to the second electric charge transaction detail, and the method comprises the following steps:

8. The intelligent settlement based on electricity charges data processing method as set forth in claim 6, wherein,

9. The intelligent settlement based on electricity charges data processing method as set forth in claim 8, wherein,

the second splitting model performs customized partitioning processing on the splitting subareas according to billing configuration information of a user to obtain a plurality of customized subareas, wherein the billing configuration information at least comprises billing quantity, billing persons and corresponding billing proportions, and the customized subareas correspond to the billing quantity and comprise:

10. The intelligent settlement based on electricity charges data processing method as set forth in claim 9, wherein,

the second splitting model counts the electric charge amount respectively included in a plurality of second electric charge transaction details, obtains the display information of each customized subarea according to the electric charge amount, the invoicer, the corresponding invoicing proportion and the preset invoicing data, and generates splitting settlement bill information corresponding to one second electric charge transaction detail, and the method comprises the following steps:

11. The intelligent electricity fee settlement-based data processing method according to any one of claims 7 or 8, wherein,

the first split model or the second split model is respectively provided with a calculation strategy configuration module and a calculation strategy ordering module;

12. The intelligent settlement based on electricity charges data processing method as set forth in claim 11, wherein,

the step of obtaining operation data corresponding to the user in selecting the second electric charge transaction details to generate the split settlement bill information, and training the first customized calculation logic and the second customized calculation logic corresponding to the first split model or the second split model according to the operation data, wherein the training comprises the following steps:

13. The data processing method based on intelligent settlement of electric charges according to claim 11, further comprising:

14. Data processing equipment based on electric charge intelligent settlement, its characterized in that includes: