WO2011150595A1

WO2011150595A1 - Method and system for service settlement

Info

Publication number: WO2011150595A1
Application number: PCT/CN2010/076294
Authority: WO
Inventors: 王庆; 潘易龙; 叶建生; 何栩翊
Original assignee: 中兴通讯股份有限公司
Priority date: 2010-06-03
Filing date: 2010-08-24
Publication date: 2011-12-08
Also published as: CN102270320A

Abstract

A method and a system for service settlement are provided, wherein, the method comprises: acquiring the service information (S102); determining a settlement scheme according with the service type in the information (S104); dividing the service turnover of the service in the information by using the first division model of the determined settlement scheme, wherein the intermediate division terms resulted from the division are divided by using the second division model of the settlement scheme until the final division terms are acquired (S106); and aggregating the sum of the service turnover of the final division terms corresponding to each of the benefit parties of the service (S108). The invention achieves the multi division of the service turnover, so that the demand of the two, three or more layers of division in the complex division of the service settlement can be satisfied.

Description

TECHNICAL FIELD The present invention relates to the field of communications, and in particular to a service settlement method and system. BACKGROUND OF THE INVENTION A communication carrier needs to perform business settlement on all parties involved in the business, and factors such as calculation basis and division ratio of parties participating in the settlement are different. A revenue sharing implementation system and method of the prior art distributes revenue by obtaining share information from a service provider in real time. However, the above prior art cannot support multiple allocation (segmentation) of revenue, that is, after dividing the total amount of business into a plurality of parts, the plurality of parts are again divided into two, even multiple times. SUMMARY OF THE INVENTION A primary object of the present invention is to provide a service settlement method and system to solve at least the above-mentioned problem of multiple allocations that do not support revenue. According to an aspect of the present invention, a service settlement method is provided, including: acquiring information of a service; determining a settlement plan conforming to a service type in the information; using the first segmentation model in the determined settlement plan in the information The business volume of the service is divided, wherein, for the intermediate split item obtained by the split, the second split model in the settlement scheme is continued to be divided until the final split item is obtained; the traffic amount of the final split item corresponding to each splitter of the statistical service Sum. According to another aspect of the present invention, a service settlement system is provided, including: a scheme management module, configured to acquire information of a service, and determine a settlement scheme that conforms to a service type in the information; a revenue statistics module, configured to use the determined The first segmentation model in the settlement scheme divides the traffic amount of the service in the information, wherein, for the intermediate segmentation obtained by the segmentation, the second segmentation model in the settlement scheme is continued to be segmented until the final segmentation is obtained; The sum of the business amounts of the final divided items corresponding to the respective sharers of the statistical business. According to the present invention, the settlement scheme used for settlement of the business includes a plurality of segmentation models, and the plurality of segmentation models are used to divide the total business volume of the service multiple times, thereby solving the problem in the prior art. With multiple allocations, multiple allocations of total business (or total business revenue) are achieved, satisfying the secondary, tertiary, and even more levels of sharing in the complex settlement. BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are set to illustrate,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 1 is a flow chart of a service settlement method according to an embodiment of the present invention; FIG. 2 is a schematic diagram of a segmentation model according to a preferred embodiment of the present invention; and FIG. 3 is a graphical establishment settlement in accordance with a preferred embodiment of the present invention. FIG. 4 is a flow chart for calculating the revenue of each of the splitters according to a preferred embodiment of the present invention; and FIG. 5 is a schematic diagram of the service settlement system of the embodiment of the present invention. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict. 1 is a flowchart of a service settlement method according to an embodiment of the present invention, including the following steps: Step S102: Acquire information of a service to be settled; for example, obtain a certain settlement to be obtained from a service system or a service module. Information about the type of business of the business. Step S104, determining a settlement plan that meets the service type in the acquired information. Step S106: using the first segmentation model in the determined settlement plan, the service amount of the service in the acquired information (the service amount of the service may be For the total amount of the business, the segmentation is performed, wherein, for the intermediate segmentation obtained by the segmentation, the second segmentation model in the settlement scheme is continued to be segmented until the intermediate segmentation items are divided into final segmentation items (cannot be subdivided); for example , the settlement plan includes four segmentation models, 1) using segmentation model 1 (ie, the first segmentation) Model) Divide the business volume of the business, and obtain the intermediate division 1, the intermediate division 2, and the final division into the item 1; 2) use the segmentation model 2 to divide the intermediate division item 1 into the intermediate division item 3, and finally divide the item 2 And finally divided into items 3; 3) using the segmentation model 3 to divide the intermediate divided item 2 into a final divided item 4 and a final divided item 5; 4) using the segmentation model 4 to divide the intermediate divided item 3 into a final divided item 6 and a final divided item 7; wherein the segmentation model 2, the segmentation model 3, and the segmentation model 4 may be collectively referred to as the second segmentation model described above. Step S108: Count the sum of the business amounts of the final divided items corresponding to the respective sharers of the service. For example, a sharer (stakeholder) may correspond to a plurality of final split items, and sum the business amounts of the final split items corresponding to the respective sharers, and obtain the sum of the business amounts of the final split items corresponding to the respective sharers. This allows for automatic calculation of the revenue of a splitter involved in multiple divisions in a business. In this embodiment, the settlement scheme used for the settlement of the service includes a plurality of segmentation models, and the plurality of segmentation models are used to divide the total service amount of the service multiple times, thereby solving the problem that the prior art does not support multiple allocations. Thereby, the multiple allocation of the total amount of business (or the total revenue of the business) is realized, which satisfies the secondary, tertiary and even more hierarchical sharing requirements in the complex settlement in the business settlement. Preferably, as shown in FIG. 2, the segmentation model includes a divided reference calculation item, a plurality of final division items and/or intermediate division items into which the reference calculation item is divided, and each final division item and/or each intermediate division The ratio of the item, the benchmark item is the business amount of the business or the intermediate part of the previous split. The benchmark calculation item is the basis for the division, and may be the business amount or the intermediate division of the business. The intermediate division is a temporary calculation term for secondary division. By defining the baseline calculation term as the intermediate division of the last division, both the separation requirements for the second, third, and even more levels in the complex division are realized, and the multiple reuse of the division items is also realized. As shown in FIG. 2, the segmentation model is composed of a calculation reference (ie, a reference calculation item), an intermediate division item, and a final division item, and the calculation reference may be a business amount of the business (referred to as a total amount of business) or an intermediate division item. A segmentation model must have a calculation basis, 0 to multiple intermediate divisions, 0 to multiple final divisions, but at least one division (intermediate division or final division). In the actual implementation process, a calculation sequence number (serial number) can be set for each of the divided items. The calculation method of the final divided item and the intermediate divided item can be as follows: D=min(max(A,BX),C) (1) where A is the guaranteed amount, that is, at least how much profit per business; correspondingly, C is the capped amount, that is, how much is charged for each business; B To calculate the amount of the benchmark; X is the share ratio; D is the share of the share. When the capping and the bottoming are not performed, it is simplified as: D=BX (2) wherein, before step S104, the method further includes: pre-configuring the foregoing settlement scheme, and configuring a plurality of segmentation models for the settlement scheme, including: a segmentation model for segmenting the business volume of the business to obtain an intermediate segmentation and/or a final segmentation; configuring a second segmentation model for segmenting the intermediate segmentation obtained by the previous segmentation to obtain a new intermediate segmentation Item and/or new final share. In the actual implementation process, the settlement plan is composed of the segmentation models in the order of joining. First, a segmentation model whose calculation base is the total amount of the business is selected as the segmentation model with the sequential number (serial number) of 1, if there is a middle division in the segmentation model. For the item, a segmentation model whose calculation criterion is the intermediate division item is selected for the intermediate division item, numbered 2, and so on. When the segmentation model is selected for all the intermediate division items in the settlement plan, the settlement is performed. The configuration of the solution is completed. This preferred embodiment provides a specific implementation of a pre-configured billing plan. The billing plan can be flexibly configured so that managers can quickly customize a suitable billing plan for new business to calculate revenue. Different settlement schemes can be formulated according to the characteristics of different businesses, which can support the reuse of multi-level distribution models. Operators can quickly develop new settlement plans for new businesses using a combination of existing segmentation models, improving operators' responsiveness to new services and partner satisfaction. Preferably, a plurality of settlement schemes are pre-configured, and configuring the plurality of segmentation models for the settlement scheme further comprises: providing a plurality of pie charts for respectively corresponding to the plurality of segmentation models (ie, the segmentation model is shaped like a pie The form of the graph shows that each segmentation model corresponds to a pie chart); the configuration of the plurality of segmentation models in the settlement scheme is realized by receiving the user's operation on the plurality of pie charts. In the actual implementation process, each segmentation model is visually displayed to the user in a graphical pie chart (as shown in Figure 3). The total amount of the business is used as a complete pie, and a pie chart (corresponding to a segmentation model) Drag into the pie of the total business as a split, then drag another pie chart (segmentation model) into a piece of the previously split pie as 2 splits, and so on, until each block in the pie It can no longer be split (that is, it is finally divided into items), that is to say, all the intermediate items are divided into models (each piece is the final item), and a settlement plan is configured. This preferred embodiment provides another specific implementation of a pre-configured settlement scheme. The user can configure the settlement plan graphically, and the graphical way is more intuitive. Preferably, the step S106 includes: performing, according to the number of the segmentation model in the selected settlement plan, multiple segmentation models in the settlement scheme to perform multiple segmentation to obtain respective final segmentation items, wherein the segmentation model number is pre-determined according to The intermediate relationship is divided into the finalized item's topological relationship; wherein the intermediate part is segmented using a segmentation model corresponding to the intermediate part. In the actual implementation process, the segmentation model with the serial number 1 in the selected settlement plan may be first found, and the divided items under the segmentation model are sequentially calculated by the serial number, and if the divided item is the intermediate divided item, the calculated The income corresponding to the middle divided item (that is, the business amount of the intermediate divided item) is temporarily stored after being associated with the divided item number. If there are multiple intermediate divided items, a set of income of the intermediate divided item is formed; then, the serial number in the settlement plan is found. For the segmentation model of 2, the number of the intermediate component corresponding to the calculation reference of the segmentation model is obtained, and the income of the corresponding intermediate segment is found in the income set of the intermediate segment temporarily stored in the previous step according to the obtained number, The income is used as a benchmark to calculate the divided items under the segmentation model in sequence. By analogy, the above-mentioned calculation is performed on the segmentation model with the serial number 3...N in the settlement plan, and finally the proceeds of each final segment are obtained. . The preferred embodiment does not perform recursive calculations for the benefits of a complex multi-level allocation scheme, but uses linear computation to increase efficiency. Preferably, in the above method, the method further includes: pre-defining a splitter of the service, the intermediate split item and the final split item, and a correspondence between the splitter and the final split item. In this way, the operator can introduce new splitters or new splits into the existing business according to market demand, and the procedures such as the income distribution report in the system will not be affected, and the system need not be modified, and the development and upgrade risks are avoided. . Operators can flexibly adjust the splits of the splitter participation without the need to modify the program and circumvent the development and upgrade risks. In the actual implementation process, the revenue of the final split item is summed (summed;) according to the correspondence between the final split item and the sharer, thereby obtaining the revenue of each splitter (ie, the amount of business of each splitter). In the above-mentioned service settlement method, after step S104, the method may further include: performing step S108 according to a settlement mode selected by the user, the settlement mode being real-time settlement or periodic settlement. This way, both real-time and periodic billing methods can be supported. FIG. 5 is a schematic diagram of a service settlement system according to an embodiment of the present invention, including: a scheme management module Block 10, which is connected to the segmentation model management module 30, the revenue statistics module 20, and the service module 50 outside the system, for acquiring information of the service to be settled, and determining a settlement plan that conforms to the service type in the information; 20, which is connected to the solution management module 10, the role management module 40, and the service module 50, for segmenting the service amount of the service in the information by using the first segmentation model in the determined settlement plan, where The intermediate partitioning item continues to be segmented using the second segmentation model in the settlement scheme until the final segmentation item is obtained; and is also used to count the sum of the business amounts of the final segmentation items corresponding to the respective sharers of the service. The preferred embodiment can automatically calculate the revenue of a splitter involved in a plurality of splits in a business. Operators can introduce new splitters or new splits into existing services according to market demand, and the procedures such as revenue distribution reports in the system will not be affected. There is no need to modify the system and avoid development and upgrade risks. Operators can flexibly adjust the splits of the splitter participation without the need to modify the program and circumvent the development and upgrade risks. Specifically, the revenue statistics module 20 described above is responsible for data presentation of the final division of the business, and the final distribution of the interests of the parties is reflected in this module. The module mainly calculates the income in two steps: (1) Calculating the final revenue of the item: Find the settlement plan corresponding to the business, and process each segmentation model in the order of the segmentation model number. In each segmentation model, calculate the order by the number of the item. The revenue of each divided item. (2) Calculating the revenue of the splitter: The corresponding relationship between the splitter and the final share, and classifying the final split income to obtain the income of the splitter. Preferably, in the above system, the method further includes: a segmentation model management module 30 connected to the scenario management module 10 and the role management module 40 for managing a predefined segmentation model (responsible for defining segmentation models of various levels), Wherein each segmentation model includes a divided reference calculation item, a plurality of final division items into which the reference calculation item is divided, and/or an intermediate division item and a ratio thereof (including the plurality of final division items and/or intermediate divisions) The ratio of the item), the base calculation item is the business amount of the business or the intermediate part obtained by the previous division, as shown in Figure 2. The benchmark calculation item is the basis for the division, and may be the business amount or the intermediate division of the business. The intermediate division is a temporary calculation term for secondary division. By defining the baseline calculation term as the intermediate division of the last division, the system not only realizes the splitting requirements for the second, third or even more levels in the complex division, but also realizes the multiple reuse of the divided items. Preferably, the solution management module 10 is further configured to pre-configure the settlement plan to configure a plurality of the segmentation models for the settlement plan before determining a settlement plan that meets the service type in the acquired information; then the solution management module 10 includes The first configuration module is configured to configure a first segmentation model, where the first segmentation model is used to segment the traffic volume of the service, and obtain an intermediate segmentation and/or a final segment. The second configuration module is configured to configure a second segmentation model, and the second segmentation model is configured to segment the intermediate segmentation obtained by the previous segmentation to obtain a new intermediate segmentation item and/or a new final segmentation term. Preferably, the solution management module 10 further includes: an interface module, configured to provide a plurality of pie charts respectively corresponding to the plurality of segmentation models; and an operation module, configured to receive, by receiving a user operation on the plurality of pie charts, The configuration of multiple segmentation models in the settlement scenario. The solution management module is mainly responsible for realizing the correspondence between the business and the specific segmentation model. It is the core of the business settlement system, and is the source of the settlement plan determined by the business module, and is also the calculation basis of the revenue statistics module. The settlement plan is composed of the segmentation models in the order of addition. Each segmentation model is visually displayed to the user in a graphical pie chart (see Figure 3). The total amount of the business is used as a complete pie, and a pie chart is segmented. Model) dragged into the pie of the business total as a split, then drag another pie chart (split model) into a block of the previously split pie as 2 splits, and so on, until each block in the pie Can not be divided (that is, the final split), that is to say, all the intermediate items use the segmentation model, and a settlement plan is configured. Preferably, the revenue statistic module 20 includes: a segmentation module, configured to use the plurality of segmentation models to perform multiple segmentation according to the number of the segmentation model in the settlement plan determined by the scenario management module 10, to obtain each final segmentation item, where The number of the segmentation model is set in advance according to the topological relationship between the intermediate division and the final division; it is also used to segment the intermediate division using the segmentation model corresponding to the intermediate division. As shown in FIG. 5, in the above system, the method further includes: a role management module 40, which is connected to the segmentation model management module 30 and the revenue statistics module 20, and is a statistical basis of the revenue statistics module, and is used to accept user predefined services. The splitter, the intermediate split and the final split, and the corresponding relationship between the splitter and the final split. A splitter is associated with one or more final splits. For the service module 50 outside the service settlement system, it is connected to the solution management module 10 and the revenue statistics module 20, and is responsible for the specific business process, which is the data source of the system and belongs to the external association module of the system. In combination with the service settlement system shown in FIG. 5, the method for performing service settlement includes the following steps: Step 1: Define a sharer in the role management module, and specify parties that need to obtain revenue in the service; For example, a service is defined by a user who pays a credit card through a credit card at a carrier terminal, and the operator is divided into an operator, a merchant bank, a UnionPay, a power company, and an agent. The operator will take the lead in reaching the business contract and interface agreement related to the water payment fee with the other five parties. Step 2: Define the final split item and the intermediate split item in the role management module. One divided item can be used in multiple split models. In the above example, the intermediate split item is defined, and there is a financial institution fee and a system operation comprehensive fee. Define the final item, including electricity bill, credit card center fee, billing bank fee, UnionPay fee, agent fee, terminal investor fee, and operating fee. Step 3: Determine the final split and its relationship with the splitter in the role management module. In the process of developing a business, a sharer may participate in the investment and construction of multiple links (final splits), that is, the benefits of multiple links may belong to the same sharer, so define the splitter and final share. The one-to-many correspondence of items facilitates the aggregation of the revenues of the splitters during the statistics; the final division and its relationship with the sharers are as follows: The operator's income is the terminal investor's fee, operating expenses; China Merchants Bank's The income is the credit card center fee, the billing fee; the UnionPay's income is 4 手续 joint fee; the power company's income is the electricity fee; the agent's income is the agent's fee. Step 4: Select a plurality of segmentation models in the segmentation model management module; the segmentation model is divided into calculation items, divided into items in the middle, and finally divided into items. The calculation basis can be the total amount of business or the intermediate item. A segmentation model must have a calculation basis, 0 to multiple intermediate divisions, 0 to multiple final divisions, but at least one division. Each part has a calculation order number (serial number). The calculation method of the final divided item and the intermediate divided item is: D=min(max(A, BX), C), where A is the guaranteed amount, that is, at least how much profit per business; correspondingly, C is the capped amount, ie How much is charged for each business; B is the amount of the calculation basis; X is the share ratio; D is the share of the share. When not capping and bottoming, it is simplified as: D=BX. For example, the segmentation model is determined as follows: Segmentation model a: The calculation basis is the total amount of business B, and the final division is the electricity fee (A1), the middle division is the financial institution fee (A2), and the system operation comprehensive fee (A3). The calculation method is as follows: Al=0.97B, A2=min(max(100,0.003B),5000), A3=max(100,0.027B); Segmentation model b: The calculation basis is the financial institution fee (A2), and the final split is credit card. Center handling fee (B1), acquiring bank handling fee (B2), UnionPay handling fee (B3). There is no intermediate division. The calculation method is as follows: B1=0.2A2, B2=0.1A2, B3=0.7A2; Segmentation model c: The calculation basis is the system operation integration fee (A3), and the final division is the agent handling fee (C1), terminal investor procedures Fee (C2), operating fee (C3). There is no intermediate division, and the calculation method is as follows:

C1 = 0.2A3, C2 = 0.1A3, and C3 = 0.7A3. Step 5: Configure multiple settlement schemes in the scheme management module: First, select a segmentation model whose calculation base is the total amount of the business as a segmentation model with a sequential number (sequence number) of 1. If the segmentation model has an intermediate division, the intermediate division is The item selects a calculation model as the division model of the intermediate division item, numbered 2, and so on. When all the intermediate divisions in the settlement plan configuration select the segmentation model, the configuration is completed. When performing this part of the configuration, the segmentation model is presented to the user using a graphical pie chart (see figure

3) First, let the user select a large pie (calculated as a segmentation model of the total business), select a block of the pie, and select a pie for the block (the calculation benchmark is a segmentation model of the middle segment) , and so on, until each piece on the pie can't be split again (each piece is the final item;). Step 6: When performing the service in the service module, determine a settlement plan used by the service according to the service type and the like; for example, the settlement plan of the service for determining the payment of the electricity fee is: the settlement plan is composed of the segmentation models a, b, and c. The serial numbers in the settlement plan are 1, 2, and 3, respectively. In the middle of the segmentation model a, the segmentation model associated with item A2 is b, and the segmentation model associated with item A3 is c. Step 7, in the revenue statistics module, the distribution of the income of the settlement scheme is performed (as shown in FIG. 4); specifically, the segmentation model with the serial number 1 in the settlement plan is found, and the divided items under the segmentation model are sequentially performed by the serial number. Calculate, if the divided item is an intermediate divided item, the income is temporarily stored in association with the divided item number, and if there are multiple intermediate items, a set of intermediate divided item income is formed; Find the segmentation model with sequence number 2 in the settlement plan, obtain the intermediate segmentation item number corresponding to the calculation benchmark of the segmentation model, and find the corresponding intermediate segmentation income in the previous segment intermediate storage term income set. The income is used as a benchmark to calculate the divided items under the segmentation model according to the serial number; and so on, the above calculation is performed on the segmentation model with the serial number 3...N in the settlement plan, and finally the proceeds of each final segmentation are obtained. Then, the relationship between the final split and the sharer is summarized for the revenue of the final split to obtain the revenue of the splitter. For example, suppose the total business is 100,000 yuan. Calculate the split model a with sequence number 1 using the formula to get:

Al=97000 yuan, A2=300 yuan, A3=2700 yuan; Calculate the segmentation model b with sequence number 2, since the benchmark calculation item of b is the intermediate division item, it needs to be calculated according to the reference calculation item number to the previous step. The amount of A2 is 300 yuan, calculated using the calculation method, and you get:

Bl=60 yuan, B2=30 yuan, B3=210 yuan; Calculate the segmentation model c with sequence number 3. Since the reference calculation item of c is the intermediate division item, it is necessary to find the previous step according to the reference calculation item number. The calculated amount of A3 is 2,700 yuan, calculated using the calculation method, and you get:

Cl=540 yuan, C2=270 yuan, C3=1890 yuan; According to the correspondence between the final split and the sharer: Operator's income = terminal investor fee (C2) + operation fee (C3) = 2160 Yuan; China Merchants Bank's income = credit card center fee (Bl) + billing bank fee (B2) = 90 yuan; UnionPay's income = UnionPay fee (B3) = 210 yuan; power company's income = electricity bill (Al) = 9 ⁷ 000 yuan; income of the agent = agent fee (C1) = 540 yuan. In summary, the use of the business settlement system can quickly adapt to changes in the distribution of revenue caused by continuous business changes, so that the benefits of all parties can be redistributed in a timely and reasonable manner. It can provide strong back-office support for operators to continuously develop new business and enhance their competitiveness. From the above description, it can be seen that the present invention achieves the following technical effects:

(1) Operators can quickly develop new settlement plans for new services using a combination of existing segmentation models, improve operators' ability to respond quickly to new services, and increase partner satisfaction;

(2) The operator can introduce new distributors or new divisions into the existing business according to market demand, and the procedures such as the income distribution report in the system will not be affected, and the system need not be modified and circumvented. Development and upgrade risks;

(3) Operators can flexibly adjust the splits of the splitter participation without modifying the procedures and avoiding development and upgrade risks. Obviously, those skilled in the art should understand that the above modules or steps of the present invention can be implemented by a general-purpose computing device, which can be concentrated on a single computing device or distributed over a network composed of multiple computing devices. Alternatively, they may be implemented by program code executable by the computing device, such that they may be stored in the storage device by the computing device and, in some cases, may be different from the order herein. The steps shown or described are performed, or they are separately fabricated into individual integrated circuit modules, or a plurality of modules or steps are fabricated as a single integrated circuit module. Thus, the invention is not limited to any particular combination of hardware and software. The above description is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the scope of the present invention are intended to be included within the scope of the present invention.

Claims

Claims A business settlement method, characterized in that it comprises:

Obtaining information of the business; determining a settlement plan that conforms to the type of business in the information;

Separating the traffic amount of the service in the information by using a first segmentation model in the determined settlement scheme, wherein, for the intermediate segmentation obtained by the segmentation, continuing to use the second segmentation model in the settlement scenario Split until the final split is obtained;

The sum of the business amounts of the final divided items corresponding to the respective sharers of the service is counted. The method according to claim 1, wherein the segmentation model comprises a divided reference calculation item, a plurality of final division items and/or intermediate division items into which the reference calculation item is divided, and each of the methods The ratio of the final divided item and/or each of the intermediate divided items, the reference calculating item being the business amount of the business or the intermediate dividing item obtained by the previous splitting. The method according to claim 2, further comprising: before the determining the settlement scheme that meets the type of service in the information, further comprising:

The settlement scheme is pre-configured, and the plurality of the segmentation models are configured for the settlement scheme, including:

And configuring the first segmentation model to segment the traffic volume of the service, to obtain the intermediate segmentation item and/or the final segmentation item;

The second segmentation model is configured to segment the intermediate segmentation obtained by the previous segmentation to obtain a new intermediate segmentation item and/or a new final segmentation term. The method according to claim 3, wherein the pre-configuring the settlement scheme, configuring the plurality of the segmentation models for the settlement scheme further comprises:

Providing a plurality of pie charts for respectively corresponding to the plurality of segmentation models;

The configuration of a plurality of the segmentation models is implemented by receiving an operation of the user on the plurality of pie charts. The method according to claim 3 or 4, wherein the segmentation of the traffic in the information is segmented using a first segmentation model in the determined settlement scheme, wherein The intermediate partition is continued to be segmented using the second segmentation model in the settlement scheme until the final segmentation is obtained:

And performing, according to the number of the segmentation model in the determined settlement plan, a plurality of the segmentation models to perform multiple segmentation in sequence to obtain each of the final segmentation items, wherein the number of the segmentation model is pre-located in the middle Setting the topological relationship of the divided items and the final divided items;

The segmentation model corresponding to the intermediate segmentation is divided for the intermediate segmentation. A service settlement system, comprising: a solution management module, configured to acquire information of a service, and determine a settlement plan that conforms to a service type in the information;

a revenue statistic module, configured to divide a traffic amount of the service in the information by using a first segmentation model in the determined settlement scheme, where the settlement scheme is continued to be used for the intermediate segmentation obtained by the segmentation The second segmentation model is segmented until a final segmentation is obtained; and is also used to count the sum of the traffic amounts of the final segmentation items corresponding to the respective sharers of the service. The system according to claim 6, further comprising: a segmentation model management module, configured to manage the segmentation model defined in advance, wherein the segmentation model includes a segmented reference calculation item, the reference calculation a plurality of final divided items and/or intermediate divided items divided into items, and a ratio of each of said final divided items and/or each of said intermediate divided items, said reference calculating item being said business amount or The middle divided item obtained by the previous split. The system according to claim 7, wherein the solution management module is further configured to pre-configure the settlement plan for the settlement plan before determining a settlement plan that conforms to a service type in the information. Configuring a plurality of the segmentation models; the scenario management module includes: a first configuration module, configured to configure the first segmentation model, where the first segmentation model is configured to segment a service amount of the service, and obtain a Said intermediate item and/or said final divided item; The second configuration module is configured to configure the second segmentation model, and the second segmentation model is configured to segment the intermediate segmentation obtained by the previous segmentation to obtain a new intermediate segmentation item and/or a new final segmentation term.

The system according to claim 8, wherein the solution management module further comprises: an interface module, configured to provide a plurality of pie charts respectively corresponding to the plurality of segmentation models; and an operation module, configured to pass Receiving an operation of the plurality of pie charts by a user, and implementing configuration of a plurality of the segmentation models.

The system of claim 8 or 9, wherein the revenue statistics module comprises: a segmentation module, configured to sequentially use the plurality of locations according to the number of the segmentation model in the determined settlement plan The segmentation model performs multiple segmentation to obtain each of the final segmentation items, wherein the number of the segmentation model is pre-set in the topological relationship between the intermediate segmentation term and the final segmentation term; The intermediate division is divided using the segmentation model corresponding to the intermediate division.