CN110706088A - Charging system and method - Google Patents
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Abstract
The invention discloses a charging system and a method, which relate to the technical field of charging systems; setting a charging rule according to the service type or the package requirement analysis charging mode and the charge type; setting an initial state to be released by a rule; the task center system manages the issued rules, bill generation and bill audit. The data center collects and generates charging data according to the issued tasks, and the charging data are converged to the charging data center; the auditing system checks the charging bill according to the tasks issued by the task center system, prevents miscount from occurring, and modifies the bill state into a pre-charge state after the auditing is successful; the charge-off center system sends the pre-charge-off bill to the charge-deducting system for deducting the charge according to the task rule, returns the charge-deducting information to monitor the circulation condition and the audit condition of the periodic charge bill in detail and audit each real-time bill in real time. Effectively reduces the operation cost and the bill loss and enhances the competitiveness of operators.
Description
Technical Field
The invention belongs to the technical field of charging systems, and particularly relates to a charging system and a charging method.
Background
With the development of the internet era, the degree of enterprise informatization construction is higher and higher, business systems are widely used, and with the development of business, the traditional charging mode is far from meeting the rapid development of the mobile internet and the mobile intelligent terminal required by enterprise charging. At present, enterprise charging and charging generally need higher professional accountants and other personnel to support, and the manual audit charging inevitably has careless mistakes. Therefore, a flexible and reliable charging system is very important.
Disclosure of Invention
The charging method aims to solve the problems of charging difficulty and the like caused by too many personnel intervention links, slow efficiency, careless charging or incomplete charging system function in the existing charging; the invention aims to provide a charging system and a charging method.
The invention relates to a charging system and a method, wherein the charging system comprises the following subsystems: the system comprises a charging rule, a task center, a data center, a bill checking center and a bill charge-out center;
the operation of the above subsystem is as follows:
setting a charging rule according to the service type or package requirement analysis charging mode (including prepayment and postpaid charging) and the charge type (periodic charge and real-time charge); the rule sets an initial state to be released.
The task center system manages the issued rules, bill generation and bill audit, and each task can manage one or more rules; task management implements rule timing or enforcement execution. Such as once a month, or upon request for data, etc. And after the task is issued, the data center executes the task.
The data center management realizes the management of all service data, collects and generates charging data according to the issued tasks, and converges the charging data to the charging data center;
the system automatically executes a bill task issued by the task center system, generates the data of the charging data center into a bill, and the initial state of the bill generation is a to-be-billed state;
the auditing system checks the charging bill according to the tasks issued by the task center system, prevents error account from happening, and modifies the bill state into a pre-charge state after the auditing is successful.
The charge-off center system sends the pre-charge-off bill to the charge deduction system for deduction according to the task rule and returns the charge deduction information;
the system comprises a service docking module, a rule compiling module, a rule testing module, a rule issuing module, a rule invalidation module, a rule suspension module and a rule modification module; the service docking module is docked with the service center subsystem to acquire information such as service codes, charging types and the like of the service system;
the rule compiling module provides interface management, and an administrator compiles charging rules according to different selected services; the programming process is as follows:
a. and selecting charging services, packages and the like on a drop-down frame of the rule management interface, wherein the same service can be provided with a plurality of different charging gears according to the service version.
b. The fee type (periodic fee, real-time fee) is selected in a rule management interface drop-down box. If the periodic fee is selected, the charging period needs to be continuously compiled on an interface: the selection of the drop-down box is according to year, month, day, hour and minute.
c. The type of charge (prepaid, postpaid) is selected at the rules management interface drop-down box.
d. And editing the cost on the rule management interface, wherein the cost directly corresponds to the service or is edited according to the service version. The cost unit is defaulted to be 'element', the data rule adopts a floating point type, and the accuracy is 3 bits after a decimal point.
e. And setting a cost exemption and preferential strategy, or not setting. Selecting a cost deduction requires filling in a specific cost of the deduction. Selecting an offer fills in the percentage of the offer.
And the rule editing module needs to store the rule after finishing, and the rule state is in a state to be issued after the rule editing module is stored. The state in the rule table is labeled "0".
A rule testing module: after the rule editing module stores the rule, the rule testing is needed, the charging testing is carried out according to the edited rule by clicking the testing, and the testing can be issued after passing the testing. And displaying the rule state as that the test passes to be issued. The state identification in the rule table is modified to "2". If the test fails, the state is still the state to be issued and is marked as '0'.
A rule issuing module: only the rule passing the test has the release function, and the state identifier in the rule table is modified to be '1' after the release is finished.
Rule invalidation module: rules that have been issued and not bound to a task may be invalidated directly. The bound rule needs to preferentially stop the task. The rule is shown to be invalidated after invalidation and the status in the rule table is "3".
A rule pause module: the rules that have been issued may be paused and the task may not execute the rules after the rules are paused.
The state in the rule table after the pause is labeled "4".
A rule modification module: the issued rule can be modified only after the rule pause operation is carried out; unpublished rules may be directly modified; and after the modification is finished, the rule state is to be issued, and the state identifier in the rule table is '0'.
Preferably, the service center subsystem is provided with a task editing module, a task testing module, a task issuing module, a task suspending module, a task canceling module and a task modifying module; the method comprises the following steps of formulating various rule tasks, collecting charging data, generating bills, auditing bills and paying out bills.
A task editing module: the interface editing function is realized, and operators can conveniently edit and release various tasks; the editing process is as follows:
a. and filling in the task name in the task editing and managing interface.
b. And selecting a rule task on the task editing management interface, selecting a published rule on the drop-down list, and selecting other tasks if other tasks (data collection, bill generation) and the like need to be published. Taking the bill generation task as an example, after selecting other tasks, the bill generation script template can be downloaded for editing, and the corresponding charging script file can be uploaded.
c. And selecting a task execution standard in a task editing management boundary, and selecting a task start execution time, a task period and the like mainly according to the cost type and the self service requirement.
d. And after the task is edited, the task needs to be stored, and after the task is stored, the task state is to be issued. The state in the task table is labeled "0".
A task testing module: the saved task needs to be subjected to task testing, after the task testing is clicked, the current task can be tested, after the testing is passed, the task state is displayed as 'testing passed to be issued', and the state mark in the task table is '2'. The test fails and the task state remains "0".
A task release module: the task passing the test can be issued, after the task is issued, the task state is issued, and the state identifier in the task table is 1.
A task suspension module: the issued task can be suspended, and after the task is suspended, the task is not executed any more. After the task is suspended, the status in the task table is labeled "4"
A task invalidation module: the already issued task can be directly invalidated. After the task is invalidated, the task status is shown as invalidated, with status in the task table being "3".
And a task modification module: the tasks that have been released can be modified only after the task suspension operation. Unpublished tasks may be directly modified. After the modification is completed, the task state is to be issued, and the state identifier in the task table is '0'.
Preferably, the data center includes functions such as service data management and billing data generation. And aggregating the charging data at regular time or in real time through the task, and generating the charging data. And the charging data simultaneously generates information such as an account period, charging flow and the like, historical data archiving is completed, and the state identifier of the charging data in the period is '1' (a bill to be billed).
Preferably, the billing center comprises a bill generation and billing data archiving function. Through task scheduling, the bill center generates a charging bill and submits the charging bill to the bill auditing center, and meanwhile, the bill center modifies the charging data state of the generated bill into '2' (the bill is paid out and is to be audited).
Preferably, the bill auditing center audits and verifies the generated bill, verifies that the passing bill state is in a charge waiting state, and simultaneously modifies the charging data state to be 3 (to be charged). The bill that fails audit will enter the wrong bill list. And meanwhile, the charging data state is modified to be 1 (to-be-billed bill).
Preferably, the bill charge-out system sends the bill to be charged out to the charging and settlement system, and the charging and settlement system deducts the fee. The prepaid service only archives the bill. And after the bill is successfully sent, the bill state is modified to be '4' (the bill is paid out). While the billing data status is modified to "0" (archived).
Preferably, when the bill to be paid is failed to be sent to the charging settlement system by the bill charge-off system, the bill state is modified into the state to be paid, and the charging data state is '1';
the administrator sets and distributes charging tasks according to the enterprise charging requirements, and the tasks can bind the published charging rules; after the task is released, the system automatically executes charging according to the charging rule and generates an accurate charging bill;
and automatically auditing the generated bill by the system, and then paying out the bill.
Compared with the prior art, the invention has the beneficial effects that: the system has the advantages of reasonable design, convenient operation, flexibility, stability, few personnel intervention links, high efficiency, avoidance of careless omission, perfection of the function of the charging system and convenient popularization and application; the invention has strong rule management and timing task management capability, can enable service personnel to operate easily, and realizes the charging function of periodic cost and real-time cost. The capacities of bill auditing, bill generation and the like provide more flexible charging capacity and control capacity for operators, and account error and bad accounts are effectively reduced. The system can monitor the flow condition and the audit condition of the periodic expense bills in detail and audit each real-time bill in real time. Effectively reduces the operation cost and the bill loss and enhances the competitiveness of operators.
Drawings
For ease of illustration, the invention is described in detail by the following detailed description and the accompanying drawings.
FIG. 1 is a flowchart illustrating steps according to a first embodiment of the present invention;
FIG. 2 is a flowchart illustrating steps of a second embodiment of the present invention;
Detailed Description
In order that the objects, aspects and advantages of the invention will become more apparent, the invention will be described by way of example only, and in connection with the accompanying drawings. It is to be understood that such description is merely illustrative and not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.
It should be noted that, in order to avoid obscuring the present invention with unnecessary details, only the structures and/or processing steps closely related to the scheme according to the present invention are shown in the drawings, and other details not so relevant to the present invention are omitted.
Example one
As shown in fig. 1, this embodiment is applicable to a single machine deployment mode in a prepaid and postpaid periodic charging mode, and is a flowchart of a first embodiment of a charging system and method according to this embodiment.
The method comprises the following steps:
s101, establishing a charging rule, testing and releasing, wherein the released rule can be used for charging.
And selecting charging services, packages and the like on a drop-down frame of the rule management interface, wherein the same service can be provided with a plurality of different charging gears according to the service version.
And selecting the fee type as the periodic fee from a drop-down box of the rule management interface. And continuously compiling a charging period on the interface: the selection of the drop-down box is according to year, month, day, hour and minute.
The type of charge (prepaid, postpaid) is selected at the rules management interface drop-down box.
And setting a cost exemption and preferential strategy, or not setting. Selecting a cost deduction requires filling in a specific cost of the deduction. Selecting an offer fills in the percentage of the offer.
And after the rule is edited, the rule needs to be stored, and the rule state is in a state to be issued after the rule is stored. The state in the rule table is labeled "0".
And (5) carrying out rule testing, and issuing rules after the testing is successful.
S102, a charging task is created and the issued charging rule is bound, and the charging task can be issued after passing the test.
And filling in the task name in the task editing and managing interface.
And selecting a rule task in the task editing management interface, and selecting a published rule in the drop-down list.
And selecting a task execution standard in a task editing management boundary, and selecting a task start execution time, a task period and the like mainly according to the cost type and the self service requirement.
And after the task is edited, the task needs to be stored, and after the task is stored, the task state is to be issued. The state in the task table is labeled "0".
After the task test is successful, the task state is displayed as 'test passed to be issued', and the state identifier in the task table is '2'.
The task passing the test can be issued, after the task is issued, the task state is issued, and the state identifier in the task table is 1.
And S103, automatically executing the charging rule according to the task, and generating charging data and a charging bill.
And aggregating the charging data at regular time or in real time through the task, and generating the charging data. And the charging data generates information such as an account period, charging flow and the like at the same time, the historical data filing is completed, and the state identifier of the charging data in the period is '1'. And generating a charging bill by using the charging data of the period.
And S104, after the billing bill audit is passed, sending the bill to a billing settlement system for deducting the fee. After the billing bill passes the audit, the billing management system sends the bill to the billing settlement system for deduction. And after the bill is successfully sent, the bill state is modified to be '4' (the bill is paid out). While the billing data status is modified to "0" (archived).
Example two:
as shown in fig. 2, this embodiment is applicable to a real-time charging service, the service realizes real-time fee deduction, and stores service information and charging information in a data center.
The method comprises the following steps:
s201, creating an expenditure presentation rule, testing and issuing, wherein the rule after issuance can be used for expenditure presentation.
And selecting charging services, packages and the like on a drop-down frame of the rule management interface, wherein the same service can be provided with a plurality of different charging gears according to the service version.
And selecting the cost type as the real-time cost in a drop-down box of the rule management interface.
And after the rule is edited, the rule needs to be stored, and the rule state is in a state to be issued after the rule is stored. The state in the rule table is labeled "0".
And (5) carrying out rule testing, and issuing rules after the testing is successful.
S202, a bill generation task is created, and the task binds the issued charge-out rule.
And filling in the task name in the task editing and managing interface.
And selecting a rule task in the task editing management interface, and selecting a published rule in the drop-down list.
And after the task is edited, the task needs to be stored, and after the task is stored, the task state is to be issued. The state in the task table is labeled "0".
After the task test is successful, the task state is displayed as 'test passed to be issued', and the state identifier in the task table is '2'.
The task passing the test can be issued, after the task is issued, the task state is issued, and the state identifier in the task table is 1.
And S203, automatically converging the real-time charging data according to the task, and generating a charging bill.
And aggregating the charging data at regular time or in real time through the task, and generating the charging data. And the charging data generates information such as an account period, charging flow and the like at the same time, the historical data filing is completed, and the state identifier of the charging data in the period is '1'. Generating a charging bill by the charging data of the current period;
and S204, filing the bill after the billing bill audit is passed.
After the billing bill passes the audit, the bill state is modified to be '4' (paid out) after the bill is successfully sent. While the billing data status is modified to "0" (archived).
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (7)
1. A charging system and method, characterized in that: the charging system comprises the following subsystems: the system comprises a charging rule, a task center, a data center, a bill checking center and a bill charge-out center;
the operation of the above subsystem is as follows:
setting a charging rule according to the service type or the package requirement analysis charging mode and the charge type; setting an initial state to be released by a rule;
the task center system manages the issued rules, bill generation and bill audit; the task management realizes the regular timing or the implementation and execution; the task is in a state to be issued after the task binding rule is issued, and the task is delivered to the data center to be executed after the task is issued;
the data center collects and generates charging data according to the issued tasks, and the charging data are converged to the charging data center;
the system automatically executes a bill task issued by the task center system, generates the data of the charging data center into a bill, and the initial state of the bill generation is a to-be-billed state;
the auditing system checks the charging bill according to the tasks issued by the task center system, prevents miscount from occurring, and modifies the bill state into a pre-charge state after the auditing is successful;
the charge-off center system sends the pre-charge-off bill to the charge deduction system for deduction according to the task rule and returns the charge deduction information;
the charging system comprises a service docking module, a rule compiling module, a rule testing module, a rule releasing module, a rule cancelling module, a rule suspending module and a rule modifying module; the service docking module is docked with the service center subsystem to acquire information such as service codes, charging types and the like of the service system;
the rule compiling module provides interface management, and an administrator compiles charging rules according to different selected services; the programming process is as follows:
(a) selecting charging services, packages and the like in a drop-down frame of a rule management interface, wherein the same service can be provided with a plurality of different charging gears according to the service version;
(b) selecting a fee type in a rule management interface drop-down box;
(c) selecting a charging type in a rule management interface drop-down box;
(d) editing the cost on the rule management interface, wherein the cost directly corresponds to the service;
(e) setting a cost exemption and preferential strategy;
the rule editing module needs to store after finishing, and the rule state is in a state to be released after storage; the state in the rule table is labeled "0";
a rule testing module: after the rule editing module stores the rule, the rule testing is required, the charging testing is carried out according to the edited rule by clicking the testing, and the testing can be issued after passing the testing; the rule state is displayed as that the test is passed and is to be released; the state identifier in the rule table is modified to be '2'; if the test fails, the state is still the state to be issued and is marked as '0';
a rule issuing module: only the rule passing the test has a release function, and the state identifier in the rule table is modified to be '1' after the release is finished;
rule invalidation module: rules which are released and not bound by tasks can be directly invalidated; the bound rule needs to preferentially stop the task. The rule is shown to be invalidated after being invalidated, with the state in the rule table being "3";
a rule pause module: the issued rule can be paused, and the task can not execute the rule after the rule is paused;
the state in the rule table after pause is labeled "4";
a rule modification module: the issued rule can be modified only after the rule pause operation is carried out; unpublished rules may be directly modified; and after the modification is finished, the rule state is to be issued, and the state identifier in the rule table is '0'.
2. The charging system and method as claimed in claim 1, wherein: the business center subsystem is provided with a task editing module, a task testing module, a task issuing module, a task suspending module, a task canceling module and a task modifying module; the method comprises the following steps of formulating various rule tasks, collecting charging data, generating bills, auditing bills and paying out bills.
A task editing module: the interface editing function is realized, and operators can conveniently edit and release various tasks; the editing process is as follows:
(a) filling in a task name in a task editing management interface;
(b) selecting a rule task on a task editing management interface, selecting a published rule on a drop-down list, taking a bill generation task as an example, downloading a bill generation script template for editing after selecting other tasks, and uploading a corresponding charging script file;
(c) selecting a task execution standard in a task editing management boundary, and selecting a task start execution time, a task period and the like mainly according to the cost type and the self service requirement;
(d) after the task is edited, the task needs to be stored, and after the task is stored, the task state is to be issued; the state flag in the task table is "0";
a task testing module: the saved task needs to be subjected to task testing, after the task is clicked, the current task can be tested, after the test is passed, the task state is displayed as 'test is passed to be issued', and the state mark in the task table is '2'; the test fails, and the task state remains "0";
a task release module: the task passing the test can be issued, after the task is issued, the task state is issued, and the state identifier in the task table is 1;
a task suspension module: the issued task can be suspended, and after the task is suspended, the task is not executed any more; after the task is suspended, the state mark in the task table is '4';
a task invalidation module: the issued task can be directly invalidated; after the task is invalidated, the task state is displayed as being invalidated, and the state in the task table is '3';
and a task modification module: the issued task can be modified only after the task is suspended; undistributed tasks can be directly modified; after the modification is completed, the task state is to be issued, and the state identifier in the task table is '0'.
3. The charging system and method as claimed in claim 1, wherein: the data center comprises functions of service data management, charging data generation and the like; the charging data is gathered at regular time or in real time through the task, and the charging data is generated; and the charging data generates information such as an account period, charging flow and the like at the same time, the historical data filing is completed, and the state identifier of the charging data in the period is '1'.
4. The charging system and method as claimed in claim 1, wherein: the bill center comprises a bill generation function and a charging data filing function; through task scheduling, the bill center generates a charging bill and submits the charging bill to the bill checking center, and meanwhile, the bill center modifies the charging data state of the generated bill into '2'.
5. The charging system and method as claimed in claim 1, wherein: the bill auditing center carries out auditing and checking on the generated bill, the bill state passing the checking is in a state of waiting for paying, and the charging data state is modified to be 3 at the same time; the bill with failed audit will enter an error bill list; and simultaneously, the charging data state is modified to be 1.
6. The charging system and method as claimed in claim 1, wherein: the bill charge-out system sends the bill to be charged out to a charging settlement system, and the charging settlement system deducts the charge; the prepaid service only files the bill; after the bill is successfully sent, the bill state is modified to be '4'; and simultaneously, the charging data state is modified to be 0.
7. The charging system and method as claimed in claim 1, wherein: when the bill to be paid is failed to be sent to the charging settlement system by the bill paying system, the bill state is modified into the bill to be paid, and the charging data state is '1';
the administrator sets and distributes charging tasks according to the enterprise charging requirements, and the tasks can bind the published charging rules; after the task is released, the system automatically executes charging according to the charging rule and generates an accurate charging bill;
and automatically auditing the generated bill by the system, and then paying out the bill.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111461693A (en) * | 2020-03-13 | 2020-07-28 | 北京许继电气有限公司 | Container type data center electric quantity charging method and system |
| CN113986577A (en) * | 2021-10-25 | 2022-01-28 | 中国联合网络通信集团有限公司 | Data processing method, device and equipment based on timer |
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