CN102571370A - Method and device for realizing charge under condition of coexistence of multiple charge units - Google Patents
Method and device for realizing charge under condition of coexistence of multiple charge units Download PDFInfo
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- CN102571370A CN102571370A CN201010621844XA CN201010621844A CN102571370A CN 102571370 A CN102571370 A CN 102571370A CN 201010621844X A CN201010621844X A CN 201010621844XA CN 201010621844 A CN201010621844 A CN 201010621844A CN 102571370 A CN102571370 A CN 102571370A
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Abstract
The invention provides a method and device for realizing charge under a condition of coexistence of multiple charge units, wherein the method comprises the following steps of: A, identifying at least one charge unit according to a service set ordered by a subscriber; B, selecting a corresponding charge unit from the identified charge units according to a principle of optimal charge of flow rate used by the subscriber; and C, charging flow rate over the flow rate corresponding to each service set in the charge bill through the charge unit selected in the step B by aiming at each charge list of a charge bill period, wherein the flow rate over the flow rate corresponding to each service set is the flow rate used by the subscriber after the subscriber uses free flow rate of the service set. According to the method and device for realizing the charge under a condition of coexistence of the multiple charge units, disclosed by the invention, the problem of complexity of a system design caused by frequency conversion of the charging units can be avoided.
Description
Technical field
The present invention relates to the telecommunication technology field, particularly many charge units and the implementation method and the device that charge when depositing.
Background technology
At present, each big operator adopts the charging way of releasing single charge unit towards the sole user usually, such as, the fixed network operator is the mode to charge in monthly payment flow or bag year mostly; The restriction of Mobile Network Operator bandwidth Network Based releases with the charging way of flow K or M, adopt certain expense scheme that binds simultaneously.The optimal form that on these charging way borders is exactly linear single function is that wall scroll ticket expense is optimum, i.e. min{f (CDRn) }, it can guarantee that the user reaches optimum (also can be described as minimum) in the charging account phase such as one month expense.
Because the Spatial Dimension of different charge unit, unit dimension difference; Therefore; The implementation method that prior art does not still propose many charge units and charges when depositing, why like this, mainly be because: if many charge units and depositing; Present wall scroll ticket expense optimal case must cause the whole user expense not optimum, and the user can't understand every ticket batch valency information (mainly be because the wall scroll ticket maybe be according to circumstances different mining with different charge unit processing modes).For example, in the GPRS of China Mobile service, both existed by K and chargeed, and existed again and press the M charging, such as, having charge unit is that 0.01 yuan/K and charge unit are the 1 yuan/M and the situation of depositing.Based on this,, then need analyze the flow use amount as 0.01 yuan/K of charge unit and 1 yuan/M and when depositing; Finding out ticket expense optimal case, such as, customer flow information has been accumulated to 1M; Then will collect 1 yuan according to 1 yuan/M calculating, and calculate according to 0.01 yuan/K, then this ticket possibly charged and is lower than 1 yuan; Therefore, charge optimum according to 0.01 yuan/K this moment; Add up less than 1M and work as user's wall scroll ticket flux, when requiring flow less than 1M owing to 1 yuan/M of charge unit, do not charge, 1M just collects 1 yuan up to accumulative total, and therefore, these words are pressed M charging optimum at this moment.So, when carrying out ticketing, just need frequent switch metering unit, this can cause the problems such as complexity of system design.
Based on this, a kind of frequency of charge unit of can avoiding changes switching, and causing many charge units and the implementation method of chargeing when depositing of the problems such as complexity of system design is the current technical problem that needs to be resolved hurrily.
Summary of the invention
The implementation method and the device that the invention provides many meter units and charge when depositing change switching with the frequency of avoiding charge unit, cause the problem of the complexity of system design.
Technical scheme provided by the invention comprises:
A kind of many charge units and the implementation method of chargeing when depositing comprise:
A, the set meal of ordering according to the user identifies at least one charge unit;
B chooses the charge unit of a correspondence from the charge unit that identifies according to the optimum principle of the expense of user's use traffic;
C; To each interim charging bill of charging account; The charge unit of utilizing step B to choose is chargeed to the ultra set meal flow that each set meal is corresponding in this charging bill, the flow that the ultra set meal flow that said set meal is corresponding uses again after the free flow that uses this set meal permission for the user.
A kind of many charge units and the implement device that charges when depositing comprise:
Recognition unit is used for identifying at least one charge unit according to the set meal that the user orders;
Choose the unit, be used for choosing from the charge unit that identifies the charge unit of a correspondence according to the optimum principle of the expense of user's use traffic;
Charging Detail Record unit; Be used for to each interim charging bill of charging account; Utilize the said charge unit of choosing unit selection that the ultra set meal flow that each set meal is corresponding in this charging bill is chargeed, the flow that the ultra set meal flow that said set meal is corresponding uses again after the free flow that uses this set meal permission for the user.
Can find out by above technical scheme; Among the present invention; Under the prerequisite that does not change present system configuration, many charge units are proposed and when depositing, the ultra set meal flow corresponding to each set meal charges according to unified charge unit; This obviously can be avoided the frequency of charge unit to change switching, causes the problem of the complexity of system design;
Further, the present invention has realized regular the following of charging to every ticket owing to charge according to unified charge unit to the corresponding ultra set meal flow of each set meal, guarantees user's transparent consumption.
Description of drawings
The basic flow sheet that Fig. 1 provides for the embodiment of the invention;
The detail flowchart that Fig. 2 provides for the embodiment of the invention;
The structure drawing of device that Fig. 3 provides for the embodiment of the invention.
Embodiment
In order to make the object of the invention, technical scheme and advantage clearer, describe the present invention below in conjunction with accompanying drawing and specific embodiment.
The present invention proposes the segmentation optimal models on the billing scheme of original single linear optimum; Can realize utilizing unified charge unit that the corresponding ultra set meal flow of set meal is chargeed; Wherein, The flow that the ultra set meal flow that set meal is corresponding uses again after the free flow that uses this set meal permission for the user, this can be avoided the frequency of charge unit to change switching, causes the problem of the complexity of system design; More can realize all regular the following of charging, guarantee user's transparent consumption to every ticket.
Method provided by the invention is described in Fig. 1:
Referring to Fig. 1, the basic flow sheet that Fig. 1 provides for the embodiment of the invention.As shown in Figure 1, this flow process can comprise following flow process:
In this step 101, the set meal that the user orders can obtain through analyzing charging bill (be also referred to as the user and serve service recorder), is specially: from charging bill, divide the sign of praying out this user; Order the set meal that obtains this user's order the set meal database according to this ID that analyzes from the user who has set up.
If the set meal that the user orders is as shown in table 1 below:
Table 1:
| Package list | Free flow | Charge on traffic unit after the free flow |
| data1 | free1 | 0.01 unit/K |
| data2 | free2 | 1 yuan/M |
| ...... | ...... | ...... |
| datan | free3 | 1 yuan/M |
Based on this, when implementing step 101, can obtain two charge units, be respectively: 0.01 yuan/K and 1 yuan/M.If it is these two charge units are unified; Be about to " unit/M " and be converted into " unit/K "; Then
is somebody's turn to do
much smaller than 0.01 yuan/K; Therefore; When implementing step 102, the principle optimum according to the expense of user's use traffic just can select 1 yuan/M of charge unit.
That is to say that to the corresponding ultra set meal flow of each set meal, the present invention is automatically upgraded to the charge unit that step 102 is chosen with the charge unit of this each set meal, utilizes the charge unit of this upgrading that flow is chargeed.
So far, accomplish flow process shown in Figure 1.
In flow process shown in Figure 1; In the step 103; The charge unit of utilizing step 102 to choose is chargeed and can be comprised the ultra set meal flow that each set meal is corresponding in this charging bill: calculate the flow use amount in this charging bill; Judge the free flow sum that all set meals allowed whether this flow use amount and user order smaller or equal to the user by the free flow sum of current all that in the charging account phase, use, if then to use be 0 to the traffic fee of said charging bill; Otherwise, carry out the charge unit of utilizing step 102 to choose the ultra set meal flow that each set meal is corresponding in the charging bill chargeed.
In flow process shown in Figure 1; Also can comprise the information of binding in the set meal that the user orders; Wherein, the said information that binds comprises at least: expense binds and/or flow binds, wherein; Said expense bind the expense of requirement user in the charging account phase reach said expense bind the regulation expense the time; Keeping the expense of said user in the charging account phase is the bind expense of regulation of said expense, and flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close the corresponding application service of each set meal that the user orders.The set meal of ordering such as, user all belongs to the GPRS service, based on this, when the flow that in the charging account phase, uses as the user reaches this flow and binds the flow of regulation, closes the GPRS service.
Comprise that with the information of binding it is example that expense binds, then step 103 is after chargeing to the corresponding ultra set meal flow of each set meal, and further comprise: the accumulative total user is by current expense in the said charging account phase; If the expense that the expense of accumulative total binds and stipulates more than or equal to said expense is the expense that said expense binds and stipulates with the expense preference of this user in the whole charging account phase then.
Comprise that with the information of binding it is example that flow binds, then step 103 is after chargeing to the corresponding ultra set meal flow of each set meal, and further comprise: the accumulative total user obtains integrated flux by current all flows of in the charging account phase, consuming; If the flow that said integrated flow binds and stipulates more than or equal to said flow; Then close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
Comprise with the information of binding: expense binds and binds with flow is example; Then after the step 103 pair ultra set meal flow that each set meal is corresponding charges; Further comprise: the accumulative total user ends current all flows of in the charging account phase, consuming by current expense in the said charging account phase with the accumulative total user, obtains integrated flux; If integrated flow does not reach the flow that said flow binds and stipulates; Then when the expense of accumulative total binds the expense of stipulating more than or equal to said expense; With the expense preference of this user in the whole charging account phase is the expense that said expense binds and stipulates; And if integrated flow is then closed said application service, if customer requirements is opened said application service afterwards more than or equal to the flow that said flow binds and stipulates; Open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.The charge unit of this setting can with any charge unit in the above-mentioned charge unit that identifies, also can be other charge units except that the above-mentioned charge unit that identifies, specifically can be according to the actual conditions setting, no longer limit here.
So far, accomplish flow process shown in Figure 1.
Through flow process shown in Figure 1, can make customer charge optimum in charging account phase T, also be the expense of the charging bill that in charging account phase T, takes place of the user optimum that adds up, promptly ask for the add up minimum value of expense of each ticket:
F=min{f (CDR1)+f (CDR2)+... ..f (CDRn) } 0＜t＜=T (formula 1)
Wherein, f (CDIRn) is defined as the expense of single ticket; T is the charging account phase; F is that the expense of all charging bills adds up in the charging account phase.
Among the present invention; Under the many charge units and the situation of depositing, F is modified to charging cost function F1 adds the preferential function F 2 of later stage account, wherein F1 is referred to as the optimal function of chargeing; F2 is referred to as account expense optimal function, and final expense result is as the criterion with the correction result of F2.
Package information shown in the following table 2 is an example, and explain that the present invention's customer charge of realizing chargeing in the account phase T is optimum: the user has ordered the following set meal of corresponding GPRS service: data1, data2; Data3; Wherein, 0.01 yuan/K of existing charge unit has 1 yuan/M of charge unit again in this set meal; Suppose the free flow free1 of set meal data1, charge according to 0.01 yuan/K afterwards; The free flow free2 of set meal data2 charges the free flow free3 of set meal data3 afterwards according to 1 yuan/M; Charge according to 1 yuan/M afterwards, but when user's GPRS expense during, no longer extraly collect any expense above 500 yuan; Promptly keeping the expense of user in the charging account phase is 500 yuan, when GPRS integrated flow information surpasses 15G, closes user GPRS service; If customer requirements is open-minded, then opens the back and charge such as 0.01 yuan/K according to setting charge unit.
Table 2:
| Package list | Free flow | Charge on traffic unit after the free flow |
| data1 | free1 | 0.01 unit/K |
| data2 | free2 | 1 yuan/M |
| data3 | free3 | 1 yuan/M, 500 yuan, 15G is two to bind |
Based on table 2 and above-described flow process shown in Figure 1, the value of each charging bill among the charging optimal function F1 (being designated as current charging bill) is:
(1); If the free flow value sum that all set meals allowed that the charging flow information of current charging bill (CDRn) (D (CDRn)) and user order smaller or equal to the user by the free flow use values of current all that in the charging account phase, use (Db) sum (is if (D (CDRn)+Db＜=free1+free2+free3); Then current charging bill does not charge, and promptly the expense of current charging bill is 0;
(2); If D (CDRn) and the free flow value sum that all set meal allowed of Db sum greater than user's order; Then the charge unit all chosen according to step 102 of the ultra set meal flow of each set meal is (according to the description of step 102; The charge unit of this moment is that 1 yuan/M) charging (is if (D (CDRn)+Db)＞free1+free2+free3 & user has the set meal that charges according to 1 yuan/M); Also be 0.01 yuan/K of the charge unit inefficacy in other set meals, at this moment, the expense of current charging bill is { D (CDRn)+Db-(free1+free2+free3) } * 1 yuan/M.Why like this, can guarantee can not relate in the accounting processing process switching of charge unit, simplify the complexity of accounting processing, and it is clear and definite clear to guarantee that user's wall scroll is criticized valency ticketing mode,
Certainly; If the set meal that current only existence comprises 0.01 yuan/K of charge unit (is if (the current set meal that does not comprise 1 yuan/M of charge unit of D (CDRn)+Db)＞free1+free2+free3 & user; The set meal that only has 0.01 yuan/K to charge); Then the user only carries out charge on traffic according to 0.01 yuan/K of charge unit, and at this moment, the expense of current charging bill is F1={D (CDRn)+Db-(free1+free2+...+freen) } * 0.01 yuan/K.This situation is fairly simple.
With before the expense of current charging bill and this current charging bill and the expense that belongs to each charging bill in the charging account phase add up, can obtain above-mentioned charging optimal function F1 (expense also promptly adds up).
More than the value of F1 is described, below the value of the preferential function F 2 of account is described:
A kind of simple scenario, when promptly having no the information of binding, F2=F1 then, promptly linear optimal is asked for; And when information was bound in existence, the F2 value was:
(1), if F1 less than expense bind promptly 500 yuan of the expenses of regulation, then F2=F1;
(2); IfF1＞=500 yuan and D (CDR1)+...+(D (CDRn-1)+D (CDRn)＜=15G; F2=500 then; This situation specifically describes: if F1 more than or equal to 500 yuan, and the user by the current flow that in the charging account phase, uses less than the bind flow of regulation of flow, then F2 is fixed as 500 yuan.
(3), ifD (CDR1)+...+(D (CDRn-1)+D (CDRn)＞15G, F2=500 unit+F1.This situation specifically describes: when the flow that in the charging account phase, uses as the user binds the flow of regulation greater than flow; Close the GPRS service; Receive user's when request of opening afterwards; Again open the GPRS service, the F2 of this moment is: open GPRS service expense afterwards again and add the expense that expense binds and stipulates.
So far, the ticket expense of having accomplished in the charging account phase is calculated.The present invention is through confirming charging optimal function F1 and account optimal function F2 and confirm many charge units and the near-optimization of whole user expense when depositing, and realized being directed against all regular the following of charging of every charging bill.
For making the present invention clearer, through Fig. 2 journey of the present invention is described in detail below:
Referring to Fig. 2, the detail flowchart that Fig. 2 provides for the embodiment of the invention.As shown in Figure 2, this flow process can may further comprise the steps:
Step 201 is utilized the standard charge unit of setting that the flow in the current charging bill is carried out standard and is chargeed, and the expense that record calculates on current charging bill.
Certainly, the standard charge unit in this step 201 can be according to the actual conditions setting, such as can be 0.01 yuan/K, and perhaps 1 yuan/M.
Step 202 analyzes user's sign from current charging bill, order from the user who has set up according to this ID that analyzes and obtain the set meal that this user orders the set meal database.
Usually; The user orders the corresponding relation between the set meal of having stored ID and user's order in the set meal database; Based on this, this step is that keyword is ordered the set meal that obtains this user's order the set meal database from the user with this ID that analyzes directly after analyzing ID.
Step 204 is chargeed to the ultra set meal flow in the current charging bill by 0.01 yuan/K of charge unit.
So, after the execution of step 205, in the whole charging account phase expense of each charging bill be accumulated as 500 yuan with each charging bill on the expense sum of the flow that uses after the GPRS service of opening of writing down.
Wherein, the charge unit of setting in this step 206 can be the standard charge unit in the step 201 when specifically realizing.
Step 207 to the set meal that comprises 0.01 yuan/K of charge unit, judges whether the free flow that this set meal allows is used up, if then execution in step 208, otherwise, return execution in step 207.
Step 208 is automatically upgraded to 1 yuan/M with the charge unit of this set meal, according to the charge unit of this upgrading the ultra set meal flow except that free flow in this set meal is chargeed, and the ultra set meal flow of the set meal that comprises 1 yuan/M of charge unit is chargeed.Return step 205 afterwards.
Step 209 is chargeed to the ultra set meal flow in the current charging bill by 1 yuan/M of charge unit, returns execution in step 205.
So far, accomplish flow process shown in Figure 2.
Below method that the embodiment of the invention is provided be described, the device that provides in the face of the embodiment of the invention is down described.
Referring to Fig. 3, the structure drawing of device that Fig. 3 provides for the embodiment of the invention.As shown in Figure 3, this device comprises:
Choose unit 302, be used for choosing from the charge unit that identifies the charge unit of a correspondence according to the optimum principle of the expense of user's use traffic;
Charging Detail Record unit 303; Be used for to each interim charging bill of charging account; Utilization is chosen the charge unit of choosing unit 302 the ultra set meal flow that each set meal is corresponding in this charging bill is chargeed, the flow that the ultra set meal flow that said set meal is corresponding uses again after the free flow that uses this set meal permission for the user.
Preferably, Charging Detail Record unit 303 can comprise:
Charging subelement 3033 is used for utilizing the charge unit of choosing that the corresponding ultra set meal flow of each set meal of charging bill is chargeed.
In the present embodiment; If also comprise in the set meal that the user orders: information binds; The said information that binds comprises at least: expense binds; Said expense bind the expense of requirement user in the charging account phase reach said expense bind the regulation expense the time, keep the expense of said user in the charging account phase be said expense bind the regulation expense; Based on this, charging subelement 3033 further adds up the user by current expense in the said charging account phase after the corresponding ultra set meal flow of each set meal is chargeed; If the expense that the expense of this accumulative total binds and stipulates more than or equal to said expense is the expense that said expense binds and stipulates with the expense preference of this user in the whole charging account phase then.
In the present embodiment, the corresponding same type application service of the set meal that said user orders;
The said information that binds also comprises: flow binds, and said flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close said application service;
Charging subelement 3033 further accumulative total user obtains integrated flux by current all flows of in the charging account phase, consuming; And when said integrated flow binds the flow of stipulating more than or equal to said flow; Close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
Preferably; If comprise simultaneously in the set meal that the user orders: expense binds and flow binds; Then charge subelement 3033 after the corresponding ultra set meal flow of each set meal is chargeed, further add up the user by current expense and flow in the said charging account phase; If accumulative total expense more than or equal to said expense bind the regulation expense, and accumulative total flow do not reach said flow bind the regulation flow, then with the expense preference of this user in the whole charging account phase be said expense bind the regulation expense; If the flow that said integrated flow binds and stipulates more than or equal to said flow; Then close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
So far, accomplish device shown in Figure 3.
Can find out by above technical scheme; Among the present invention; Under the prerequisite that does not change present system configuration, many charge units are proposed and when depositing, the ultra set meal flow corresponding to each set meal charges according to unified charge unit; This obviously can be avoided the frequency of charge unit to change switching, causes the problem of the complexity of system design;
Further, the present invention has realized regular the following of charging to every ticket owing to charge according to unified charge unit to the corresponding ultra set meal flow of each set meal, guarantees user's transparent consumption.
The above is merely preferred embodiment of the present invention, and is in order to restriction the present invention, not all within spirit of the present invention and principle, any modification of being made, is equal to replacement, improvement etc., all should be included within the scope that the present invention protects.
Claims (12)
1. the charge unit more than a kind and the implementation method of chargeing when depositing is characterized in that this method comprises:
A, the set meal of ordering according to the user identifies at least one charge unit;
B chooses the charge unit of a correspondence from the charge unit that identifies according to the optimum principle of the expense of user's use traffic;
C; To each interim charging bill of charging account; The charge unit of utilizing step B to choose is chargeed to the ultra set meal flow that each set meal is corresponding in this charging bill, the flow that the ultra set meal flow that said set meal is corresponding uses again after the free flow that uses this set meal permission for the user.
2. method according to claim 1 is characterized in that, in the steps A, the set meal that the user orders is confirmed through following steps:
A1 analyzes this user's sign from said charging bill;
A2 orders the set meal that obtains this user's order the set meal database according to this ID that analyzes from the user who has set up.
3. method according to claim 1 is characterized in that, among the step C, the charge unit of utilizing step B to choose is chargeed to the ultra set meal flow that each set meal is corresponding in this charging bill and comprised:
Calculate the flow use amount in this charging bill; Judge the free flow sum that all set meals allowed whether this flow use amount and user order smaller or equal to the user by the free flow sum of current all that in the charging account phase, use; If; Then the use of the traffic fee of said charging bill is 0, otherwise, carry out the charge unit of utilizing step B to choose the ultra set meal flow that each set meal is corresponding in the charging bill is chargeed.
4. method according to claim 1; It is characterized in that; If also comprise in the set meal that the user orders: information binds; The said information that binds comprises at least: expense binds, said expense bind the expense of requirement user in the charging account phase reach said expense bind the regulation expense the time, keep the expense of said user in the charging account phase be said expense bind the regulation expense;
Among the step C, after the corresponding ultra set meal flow of each set meal is chargeed, further comprise:
D1, the accumulative total user is by current expense in the said charging account phase;
D2 is if the expense that the expense of step D1 accumulative total binds and stipulates more than or equal to said expense is the expense that said expense binds and stipulates with the expense preference of this user in the whole charging account phase then.
5. method according to claim 1 is characterized in that, the corresponding same type application service of the set meal that said user orders;
If also comprise in the set meal that the user orders: the information that binds, the said information that binds comprises at least: flow binds, and said flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close said application service;
Among the step C, after the corresponding ultra set meal flow of each set meal is chargeed, further comprise:
E1, the accumulative total user obtains integrated flux by current all flows of in the charging account phase, consuming;
E2; If the flow that said integrated flow binds and stipulates more than or equal to said flow; Then close said application service; If customer requirements is opened said application service afterwards, then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
6. method according to claim 1; It is characterized in that; If also comprise in the set meal that the user orders: information binds; The said information that binds comprises at least: expense binds and binds with flow, and said expense binds the expense of requirement user in the charging account phase when reaching said expense and binding the expense of regulation, and keeping the expense of said user in the charging account phase is the bind expense of regulation of said expense; Said flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close the corresponding same type application service of set meal that said user orders;
Among the step C, after the corresponding ultra set meal flow of each set meal is chargeed, further comprise:
F1, the accumulative total user is by current expense and flow in the said charging account phase;
F2, if the expense of step F 1 accumulative total more than or equal to the bind expense of regulation of said expense, and the flow of accumulative total is not when reaching said flow and binding the flow of regulation, is the bind expense of regulation of said expense with the expense preference of this user in the whole charging account phase; If the flow that said integrated flow binds and stipulates more than or equal to said flow; Then close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
7. according to the arbitrary described method of claim 1 to 6, it is characterized in that the charge unit that steps A identifies comprises: 0.01 yuan/K and 1 yuan/M;
The charge unit that step B chooses is 1 yuan/M.
8. charge unit more than a kind and the implement device that charges when depositing is characterized in that this device comprises:
Recognition unit is used for identifying at least one charge unit according to the set meal that the user orders;
Choose the unit, be used for choosing from the charge unit that identifies the charge unit of a correspondence according to the optimum principle of the expense of user's use traffic;
Charging Detail Record unit; Be used for to each interim charging bill of charging account; Utilize the said charge unit of choosing unit selection that the ultra set meal flow that each set meal is corresponding in this charging bill is chargeed, the flow that the ultra set meal flow that said set meal is corresponding uses again after the free flow that uses this set meal permission for the user.
9. device according to claim 8 is characterized in that, said Charging Detail Record unit comprises:
Computation subunit is used for calculating the flow use amount of this charging bill;
Judgment sub-unit; Be used to judge flow use amount that said computation subunit calculates and user by the free flow sum of current all that in the charging account phase, use whether smaller or equal to the free flow sum that all set meals allowed of user's order; If; Then the use of the traffic fee of said charging bill is 0, otherwise, send advice of charge and give the charging subelement;
The charging subelement is used for utilizing the charge unit of choosing that the corresponding ultra set meal flow of each set meal of charging bill is chargeed.
10. device according to claim 9; It is characterized in that; If also comprise in one of them set meal that the user orders: information binds; The said information that binds comprises at least: expense binds, said expense bind the expense of requirement user in the charging account phase reach said expense bind the regulation expense the time, keep the expense of said user in the charging account phase be said expense bind the regulation expense;
Said charging subelement further adds up the user by current expense in the said charging account phase after the corresponding ultra set meal flow of each set meal is chargeed; If the expense that the expense of this accumulative total binds and stipulates more than or equal to said expense is the expense that said expense binds and stipulates with the expense preference of this user in the whole charging account phase then.
11. device according to claim 9 is characterized in that, the corresponding same type application service of the set meal that said user orders;
The said information that binds also comprises: flow binds, and said flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close said application service;
Said charging subelement further adds up the user by current all flows of in the charging account phase, consuming, obtains integrated flux; And when said integrated flow binds the flow of stipulating more than or equal to said flow; Close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
12. device according to claim 9; It is characterized in that; If also comprise in the set meal that the user orders: information binds; The said information that binds comprises at least: expense binds and binds with flow, and said expense binds the expense of requirement user in the charging account phase when reaching said expense and binding the expense of regulation, and keeping the expense of said user in the charging account phase is the bind expense of regulation of said expense; Said flow binds flow that the requirement user uses when reaching this flow and binding the flow of regulation in the charging account phase, close the corresponding same type application service of set meal that said user orders;
Said charging subelement further adds up the user by current expense and flow in the said charging account phase after the corresponding ultra set meal flow of each set meal is chargeed; If accumulative total expense more than or equal to said expense bind the regulation expense, and accumulative total flow do not reach said flow bind the regulation flow, then with the expense preference of this user in the whole charging account phase be said expense bind the regulation expense; If the flow that said integrated flow binds and stipulates more than or equal to said flow; Then close said application service; If customer requirements is opened said application service afterwards; Then open said application service, and the flow that the user uses after opening application service is chargeed according to the charge unit of setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010621844.XA CN102571370B (en) | 2010-12-27 | 2010-12-27 | Many charge units the implementation method of charging when depositing and device |
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| CN104378258A (en) * | 2014-11-14 | 2015-02-25 | 东莞宇龙通信科技有限公司 | Network traffic monitoring method and device and terminal |
| CN104660422A (en) * | 2014-11-02 | 2015-05-27 | 中邮世纪(北京)通信技术有限公司 | Balance-free communication billing method capable of realizing automatic grade promotion, conversion and carry-over |
| CN105490822A (en) * | 2014-10-10 | 2016-04-13 | 中国移动通信集团公司 | Traffic charging method and device |
| CN108900989A (en) * | 2018-06-21 | 2018-11-27 | 中国联合网络通信集团有限公司 | Charging method, message accounting and charge system |
| CN110198306A (en) * | 2019-05-05 | 2019-09-03 | 网宿科技股份有限公司 | It is a kind of to buy out the method and system for carrying out buying hypervisor based on service |
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| CN112202871A (en) * | 2020-09-27 | 2021-01-08 | 北京金山云网络技术有限公司 | Metering and charging method, device and system for cloud computing resources and electronic equipment |
| CN115118535A (en) * | 2022-05-25 | 2022-09-27 | 成都吉胜科技有限责任公司 | Internet bar distributed parallel charging method and system based on cyclic responsibility chain |
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| CN112202871A (en) * | 2020-09-27 | 2021-01-08 | 北京金山云网络技术有限公司 | Metering and charging method, device and system for cloud computing resources and electronic equipment |
| CN115118535A (en) * | 2022-05-25 | 2022-09-27 | 成都吉胜科技有限责任公司 | Internet bar distributed parallel charging method and system based on cyclic responsibility chain |
| CN115118535B (en) * | 2022-05-25 | 2023-08-25 | 成都吉胜科技有限责任公司 | Internet bar distributed parallel charging method and system based on cyclic responsibility chain |
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