WO2018049859A1 - 数据流量的使用控制方法及装置 - Google Patents

数据流量的使用控制方法及装置 Download PDF

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Publication number
WO2018049859A1
WO2018049859A1 PCT/CN2017/089008 CN2017089008W WO2018049859A1 WO 2018049859 A1 WO2018049859 A1 WO 2018049859A1 CN 2017089008 W CN2017089008 W CN 2017089008W WO 2018049859 A1 WO2018049859 A1 WO 2018049859A1
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WO
WIPO (PCT)
Prior art keywords
application
sim card
traffic
classified
usage
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PCT/CN2017/089008
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English (en)
French (fr)
Inventor
文显琼
赵恒正
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西安中兴新软件有限责任公司
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Publication of WO2018049859A1 publication Critical patent/WO2018049859A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/18—Processing of user or subscriber data, e.g. subscribed services, user preferences or user profiles; Transfer of user or subscriber data
    • H04W8/183—Processing at user equipment or user record carrier
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L47/00—Traffic control in data switching networks
    • H04L47/70—Admission control; Resource allocation
    • H04L47/80—Actions related to the user profile or the type of traffic
    • H04L47/803—Application aware

Definitions

  • the present application relates to, but is not limited to, the field of communication technologies, and in particular, to a method and an apparatus for controlling the usage of a quantity of traffic.
  • the terminal such as the dual-card dual-standby mobile phone brings convenience to people's communication, and the following disadvantages exist: the application (APP) cannot distinguish that the currently used data traffic belongs to the subscriber identity module (Subscriber Identity Module, referred to as The SIM card 1 still belongs to the SIM card 2, so that the mobile APP tends to frequently use the data traffic on one of the SIM cards, even if the monthly traffic exceeds the standard, it will not stop or switch to another SIM card, resulting in the card.
  • the traffic is over-utilized, and another SIM card traffic remains in large amount until it is cleared beyond the retention period, resulting in the data traffic of different SIM cards in the dual-card dual-standby mobile phone not being used properly.
  • This paper proposes a method and device for controlling the use of data traffic to achieve reasonable use of data traffic of different SIM cards in the terminal.
  • An embodiment of the present invention provides a method for controlling usage of data traffic, where the method for controlling usage of the data traffic includes:
  • Classifying more than one application in the terminal and determining traffic information of each SIM card in the terminal that is greater than one SIM card;
  • the SIM card in the SIM card controls the use of the allocated SIM card data traffic for each of the applications in the application after the classification.
  • the classifying the more than one application in the terminal includes: classifying more than one application in the terminal according to the application type;
  • the SIM card in a SIM card in order to control the use of the classified SIM card data traffic by each application in the classified application, includes:
  • the content is classified into more than one application according to the application type.
  • Each application allocates the SIM card in the more than one SIM card;
  • the classifying the more than one application in the terminal includes: classifying more than one application in the terminal according to the traffic usage information
  • the SIM card in a SIM card in order to control the use of the classified SIM card data traffic by each application in the classified application, includes:
  • Each of the applications allocates the SIM card in the more than one SIM card;
  • the matching, the traffic information of each SIM card in the one SIM card is matched with the classified application greater than one application, and the classified information is greater than one application.
  • Each of the applications allocates the SIM card in the more than one SIM card to control the classified use of the application of the allocated SIM card data traffic for each application in more than one application.
  • the usage control method of the traffic also includes:
  • the SIM card currently performing data communication is not the first SIM card, the SIM card currently performing data communication is switched to the first SIM card.
  • the matching, the traffic information of each SIM card in the one SIM card is matched with the classified application greater than one application, and the classified information is greater than one application.
  • Each of the applications allocates the SIM card in the more than one SIM card to control the classified use of the application of the allocated SIM card data traffic for each application in more than one application.
  • the usage control method of the traffic also includes:
  • the embodiment of the present invention further provides a data flow use control device, where the data flow usage control device includes:
  • a classification module configured to: classify more than one application in the terminal, and determine traffic information of each SIM card in the terminal that is greater than one SIM card;
  • the distribution module is configured to: match the traffic information of each SIM card in the one SIM card to the more than one application that is classified, and the classified application is greater than one application in each application. Allocating more than one SIM card in a SIM card to control the classification The use of more than one application in each application for the allocated SIM card data traffic.
  • the classification module is configured to: classify more than one application in the terminal according to an application type
  • the distribution module includes:
  • the first allocating unit is configured to: group the more than one application classified according to the application type, and classify according to the grouping result and the traffic information of each SIM card in the one SIM card according to the application type. Said that more than one application in each application allocates said SIM card in more than one SIM card;
  • a first associating unit configured to: associate each of the applications in the application and the SIM card allocated to the application according to the application type to control the one or more applications classified according to the application type The use of allocated SIM card data traffic by each application.
  • the classification module is configured to: classify more than one application in the terminal according to the traffic usage information
  • the distribution module includes:
  • a second allocation unit configured to: sort the more than one application classified according to the traffic usage information, and classify the traffic usage information according to the sorting result and the traffic information of each SIM card in the one SIM card
  • the said more than one application allocates the SIM card in the more than one SIM card
  • a second associating unit configured to: associate each of the applications in the application and the SIM card allocated to the application according to the traffic usage information to control the ones that are classified according to the traffic usage information to be greater than one The use of allocated SIM card data traffic by each application in the application.
  • the data flow usage control device further includes:
  • a first obtaining module configured to: when running the first application in the application greater than one application or perform data communication in the first application, acquiring a first allocation for the first application a SIM card;
  • the first determining module is configured to: determine whether the SIM card currently performing data communication is the first SIM card;
  • the first switching module is configured to: when the SIM card currently performing data communication is not the first SIM card, switch the SIM card currently performing data communication to the first SIM card.
  • the data flow usage control device further includes:
  • a second obtaining module configured to: acquire the data traffic usage of the second application in real time or timing when the second application is greater than one application;
  • the second determining module is configured to: determine whether the data traffic usage exceeds a preset traffic threshold corresponding to the second application;
  • the second switching module is configured to: when the data traffic usage exceeds the preset traffic threshold corresponding to the second application, update the SIM card allocated to the second application.
  • the embodiment of the invention further provides a computer readable storage medium storing computer executable instructions, which are implemented when the computer executable instructions are executed.
  • the embodiment of the present invention classifies more than one application in the terminal, and determines traffic information of each SIM card in the terminal that is greater than one SIM card; and the traffic of each SIM card in the one SIM card is greater than The information is matched with the classified ones, and the SIM cards in the more than one SIM card are allocated to each of the more than one application in the classified manner to control the greater than The use of allocated SIM card data traffic by each application in an application. Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .
  • FIG. 1 is a schematic flowchart of a method for controlling usage of data traffic according to a first embodiment of the present invention
  • FIG. 2 is a flow of an optional refinement step of step S20 in the first embodiment of the present invention shown in Figure 1.
  • step S20 is a schematic flow chart of another optional refinement step of step S20 in the first embodiment of the present invention shown in FIG. 1;
  • FIG. 4 is a schematic flowchart of a method for controlling usage of data traffic according to a second embodiment of the present invention.
  • FIG. 5 is a schematic flowchart of a method for controlling usage of data traffic according to a third embodiment of the present invention.
  • FIG. 6 is a schematic diagram of functional modules of a data flow usage control apparatus according to a first embodiment of the present invention.
  • FIG. 7 is a schematic diagram of a refinement function module of an allocation module in a data flow usage control apparatus according to an alternative embodiment of the first embodiment of the present invention.
  • FIG. 8 is a schematic diagram of a refinement function module of an allocation module in a data flow usage control apparatus according to another alternative embodiment of the first embodiment of the present invention.
  • FIG. 9 is a schematic diagram of functional modules of a data flow usage control apparatus according to a second embodiment of the present invention.
  • FIG. 10 is a schematic diagram of functional modules of a data flow usage control apparatus according to a third embodiment of the present invention.
  • an embodiment of the present invention provides a method for controlling usage of data traffic.
  • FIG. 1 is a schematic flowchart diagram of a method for controlling usage of data traffic according to a first embodiment of the present invention.
  • the method for controlling usage of the data traffic includes:
  • Step S10 classifying more than one application in the terminal, and determining traffic information of each SIM card in the terminal that is greater than one SIM card;
  • the number of applications in the terminal may be greater than one, and the number of SIM cards in the terminal Can be greater than one; classify more than one application in the terminal, and classify according to the application type of each application in more than one application, such as an online music application or a social application, or may be larger than
  • the traffic usage information of each application in an application is classified, such as an application with a large traffic consumption.
  • the traffic of the SIM card during the current billing period such as raw traffic or remaining traffic.
  • Step S20 matching the traffic information of each SIM card in the one SIM card with the classified application greater than one application, and assigning the classified information to each application in the application greater than one application. More than one SIM card in the SIM card to control the use of the allocated SIM card data traffic by each application in the classified application.
  • the classified ones may be larger than one application and each SIM in more than one SIM card.
  • the traffic information of the card is matched one by one, and the corresponding SIM card is allocated to each application in the classified application, and the identifier of the classified application (Identifier, ID) information and the SIM card allocated thereto are connected.
  • the inbound information is bound, the corresponding relationship is generated, and the bound ID information, the access point information, and the corresponding relationship are recorded in the matching list of the terminal.
  • the ID information of the classified application may be obtained, and the access point information associated with the ID information is obtained by looking up the table, and the SIM card matching the classified application is obtained.
  • the management software of the terminal may generate a matching list according to the ID information of each application in more than one application and the access point information of each SIM card in one SIM card, respectively recording more than one in each application.
  • the correspondence between the application and each SIM card in more than one SIM card For example, if the application A is determined to be an online music type application, and the original data traffic of the SIM card 1 obtained to the user's mobile phone is relatively large, the application A is associated with the SIM card 1 so that the application A is prioritized. The data traffic of the SIM card 1 is used.
  • more than one application in the terminal is classified, and it is determined that the traffic information of each SIM card in the terminal is greater than the traffic information of each SIM card in one SIM card. More than one application is matched, and after categorizing more than one application, each application is assigned a SIM card to control the classification after each of more than one application
  • the application uses the allocated SIM card data traffic. Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .
  • FIG. 2 is a schematic flowchart of an optional refinement step of step S20 in the first embodiment of the present invention.
  • the refining step of step S20 may include:
  • Step S21 grouping the one or more applications classified according to the application type, and according to the grouping result and the traffic information of each SIM card in the one SIM card, the ones according to the application type are greater than one.
  • Each application in the application allocates the SIM card in the more than one SIM card;
  • the application may be associated with more than one SIM card in the terminal before the running data traffic consumption is greater than each application in one application.
  • the application may be determined whether the application is the first associated SIM card, and when it is determined that the application is the first associated SIM card, the application type of the application is obtained. For example, a video application, an online music application, or an online game application, and obtaining, by using a service short message, traffic information corresponding to each SIM card in more than one SIM card in the terminal, for example, determining the terminal by using a service short message.
  • the total data traffic of the current SIM card in the current billing cycle is 2G.
  • more than one application may be grouped according to the application type, for example, the two video applications A and B in the multiple SIM card terminal are grouped into one group.
  • Dividing two online game applications into one group assigning a SIM card to each application according to the grouping result and each SIM card traffic information, for example, if the total data traffic of the current billing period of the first SIM card is 2G, The total data traffic of the current billing period of the second SIM card is 2.5G, and the first SIM card is allocated for the A video application, the second SIM card is allocated for the B video application, or the current billing of the first SIM card.
  • the total data traffic of the period is 2.5G
  • the total data traffic of the current billing period of the second SIM card is 1G
  • the first SIM card is allocated for both the A and B video applications.
  • allocating the SIM card for each application in the classified application may include: more than one application after grouping and The traffic information of each SIM card obtained is displayed in more On the SIM card terminal interface, the user is prompted to respectively assign a SIM card to each application, or automatically assign a SIM card to each application after the grouping, and display the distribution result on the multi-SIM terminal interface.
  • Step S22 correlating each application in the application that is classified according to the application type and the SIM card allocated for the application, to control each of the applications that are classified according to the application type and greater than one application. Use of allocated SIM card data traffic.
  • the user may be prompted to associate each application with the SIM card assigned to the application, and when the user is obtained, the application and the SIM assigned to the application are obtained.
  • the ID information of the application and the access point information of the SIM card allocated for the application may be bound, and the bound ID information and the access point information are recorded in the multiple SIM card.
  • each application in more than one application can be associated with the SIM card allocated for the application, and the associated application is greater than one application.
  • the optional embodiment groups the applications classified according to the application type, and allocates SIM cards according to the grouping result and the traffic information of different SIM cards for each application classified according to the application type, and the association is classified according to the application type.
  • Each application and its assigned SIM card to control the use of allocated SIM card data traffic for each application categorized by application type. Since the SIM card is associated by acquiring the application type of each application, even if each application in the terminal is the first associated SIM card, the data traffic of different SIM cards in the terminal can be reasonably used.
  • FIG. 3 is a schematic flowchart of another optional refinement step of step S20 in the first embodiment of the present invention, and another refinement step of the step S20 may include:
  • step S23 the more than one application that is classified according to the traffic usage information is sorted according to the sorting result and the traffic information of each SIM card in the one SIM card is greater than the traffic usage information.
  • Each application in an application allocates the SIM card in the more than one SIM card;
  • Step S24 correlating each application in the application that is classified according to the traffic usage information and the SIM card allocated for the application, to control each of the more than one application classified according to the traffic usage information.
  • the application uses the allocated SIM card data traffic.
  • the application before the running data traffic consumption is larger than each application in one application, the application may be associated with more than one SIM card in the terminal.
  • the process of associating the application with the SIM card in the terminal it may be determined whether the application is the first associated SIM card, and when it is determined that the application is not associated with the SIM card for the first time, the statistics may be greater than one for each application.
  • the traffic usage information of the application that is, the actual usage of the SIM card data traffic of each application in an application is greater than that, and the SIM card corresponding to each SIM card in the terminal is obtained through the service short message. Traffic information.
  • the traffic usage information and the traffic information may be greater than one traffic consumption.
  • Each application in the application is assigned a SIM card and can associate the application with the SIM card assigned to the application. Wherein, each application in which the traffic consumption is larger than one application in the application is associated with the SIM card allocated thereto, and the associated application is greater than each application in one application.
  • an application in the terminal is currently associated with a SIM card, the application can be marked in gray.
  • allocating the SIM card for each application may include: more than one application after being grouped and more than one SIM card obtained in one SIM card.
  • the traffic information is displayed on the multi-SIM terminal interface, prompting the user to assign a SIM card to each application separately, or automatically assigning a SIM card to each application in the group after the grouping, and displaying the distribution result in multiple SIM card terminal interface.
  • the optional embodiment sorts more than one application classified according to the traffic usage information, and the traffic information according to the sorting result and each SIM card in one SIM card is more than one application classified according to the traffic usage information.
  • Each application allocates a SIM card, and associates each application in the application and the SIM card allocated thereto according to the traffic usage information to control each of the applications that are classified according to the traffic usage information.
  • the application uses the allocated SIM card data traffic. Since when more than one application in the terminal is not associated with the SIM card for the first time, the traffic usage of the application can be determined by acquiring traffic usage information of each application in more than one application, and by more than one application according to The traffic usage information of each application is associated with the SIM card, and the data traffic of different SIM cards in the terminal can be reasonably used.
  • FIG. 4 is a schematic flowchart of a method for controlling usage of data traffic according to a second embodiment of the present invention.
  • the usage control method may further include:
  • Step S30 Acquire a SIM card associated with the first application, for example, the first application, when running the first application in the application or when the first application performs data communication.
  • more than one application in the terminal may be associated with more than one SIM card in the terminal, for example, APP1 and the first SIM in the dual card dual standby mobile phone. Card association, and APP2 is associated with the second SIM card in the dual card dual standby mobile phone.
  • the management software of the terminal can generate a matching list according to the ID information of each application and the access point information of each SIM card. Record the correspondence between each application and the SIM card in more than one application.
  • the ID information of the application may be obtained, and the access point information of the SIM card matching the ID information of the application is obtained by searching the corresponding relationship in the matching list. To get the SIM card associated with the app.
  • the number of SIM cards in the terminal is greater than or equal to 2.
  • Step S40 determining whether the SIM card currently performing data communication is the first SIM card
  • the SIM card that the terminal is currently performing data communication can be obtained, and the access point information of the SIM card currently being data communication can be obtained, and the ID information of the application is determined by the matching list. Access point information of the SIM card currently undergoing data communication Whether it matches, and then determines whether the SIM card currently being data communication is the SIM card associated with the application.
  • Step S50 When the SIM card currently performing data communication is not the first SIM card, the SIM card currently performing data communication is switched to the first SIM card.
  • the ID information of the application When the ID information of the application is inconsistent with the access point information of the SIM card currently in data communication, it may indicate that the SIM card currently in data communication is not the SIM card associated with the application, and the current The data flow switch of the SIM card for data communication is turned off, and the data flow switch of the SIM card associated with the application is opened, thereby switching the SIM card currently in data communication to the SIM card associated with the application.
  • the SIM card associated with the application when the data communication is performed by running the application or the application, the SIM card associated with the application is acquired, and it is determined whether the SIM card currently performing data communication is a SIM card associated with the application, and the SIM card currently performing data communication is not When the SIM card associated with the application is used, the SIM card currently performing data communication is switched to the SIM card associated with the application. Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .
  • FIG. 5 is a schematic flowchart of a method for controlling usage of data traffic according to a third embodiment of the present invention.
  • the usage control method may further include:
  • Step S60 When running the second application in the application, the data usage of the second application is obtained in real time or periodically;
  • Step S70 determining whether the data traffic usage exceeds a preset traffic threshold corresponding to the second application
  • the usage of the data traffic of the application may be obtained in real time or periodically, and it is determined whether the usage of the data traffic exceeds a preset traffic threshold corresponding to the application.
  • the preset traffic threshold may be set by the user or calculated by the terminal.
  • Step S80 when the data traffic usage exceeds the preset traffic threshold corresponding to the second application, switching the SIM card associated with the second application, for example, updating to the second application The assigned SIM card.
  • the data flow switch of the SIM card associated with the application may be closed, the data flow switch of other SIM cards in the terminal is opened, and the SIM associated with the application is stopped.
  • the data traffic of the card is switched to the data traffic using other SIM cards.
  • the prompt information may be pushed to remind the user.
  • the data traffic usage of the application is obtained in real time or periodically, and it is determined whether the data traffic usage exceeds the preset traffic threshold corresponding to the application, and the data traffic usage exceeds the preset corresponding to the application.
  • the traffic threshold is reached, switch the SIM card associated with the application. Since the application is associated with a SIM card in the terminal in advance, and the preset traffic threshold corresponding to the application is preset, when the application is run, the data traffic of the SIM card associated with the application is acquired in real time or periodically. The amount of usage, when the data traffic usage of the SIM card associated with the application exceeds the preset traffic threshold corresponding to the application, the SIM card associated with the application is switched, and the data traffic of different SIM cards in the terminal is used reasonably. .
  • the embodiment of the invention also provides a device for controlling the use of data traffic.
  • FIG. 6 is a schematic diagram of functional modules of a data flow usage control apparatus according to a first embodiment of the present invention.
  • the usage control device for the data traffic includes: a classification module 10 and an allocation module 20.
  • the classification module 10 is configured to: classify more than one application in the terminal, and determine traffic information of each SIM card in the terminal that is greater than one SIM card;
  • the number of applications in the terminal may be greater than one, and the number of SIM cards in the terminal may be greater than one; the classification module 10 classifies more than one application in the terminal, and may be greater than each application in one application.
  • Application type classification such as online music applications or social applications, can also be classified according to traffic usage information of each application in more than one application, such as applications with large traffic consumption. And determining, by using the service information, traffic information of each SIM card in the terminal that is greater than one SIM card, wherein the traffic information is traffic information of each SIM card in a current charging period, that is, each traffic information is recorded in the traffic information.
  • the traffic of the SIM card during the current billing period such as raw traffic or remaining traffic.
  • the distribution module 20 is configured to: match the traffic information of each SIM card in the one SIM card to the more than one application that is classified, for each of the classified applications that is greater than one application.
  • the applications allocate the SIM cards in the more than one SIM card to control the use of the allocated SIM card data traffic by each of the more than one application in the classified application.
  • the distribution module 20 may divide the classified application by more than one application and greater than one SIM card.
  • the traffic information of each SIM card is matched one by one, and the corresponding SIM card is assigned to each application in the classified application, and the ID information of the classified application and the access point of the SIM card allocated thereto are assigned.
  • the information is bound, the corresponding relationship is generated, and the bound ID information, the access point information, and the corresponding relationship are recorded in the matching list of the terminal.
  • the ID information of the classified application may be obtained, and the access point information associated with the ID information is obtained by looking up the table, and the SIM card matching the classified application is obtained.
  • the management software of the terminal may generate a matching list according to the ID information of each application in more than one application and the access point information of each SIM card in one SIM card, respectively recording more than one in each application.
  • the correspondence between the application and each SIM card in more than one SIM card For example, if the application A is determined to be an online music type application, and the original data traffic of the SIM card 1 obtained to the user's mobile phone is relatively large, the application A is associated with the SIM card 1 so that the application A is prioritized. The data traffic of the SIM card 1 is used.
  • the classification module 10 of the embodiment classifies more than one application in the terminal, and determines traffic information of each SIM card in the terminal that is greater than one SIM card, and the distribution module 20 will be greater than each SIM card in one SIM card.
  • the traffic information is matched with more than one application after classification, and the SIM card is allocated for each application in the classified application greater than one application, so as to control the allocated SIM card for each application pair of more than one application.
  • Use of data traffic Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .
  • the classification module 10 may be configured to: classify more than one application in the terminal according to the application type; or, according to the traffic usage information, more than one of the terminals should be Sort by program.
  • FIG. 7 is a schematic diagram of a refinement function module of an allocation module in a data flow usage control apparatus according to an alternative embodiment of the first embodiment of the present invention. Referring to FIG. 7,
  • the distribution module 20 can include a first distribution unit 21 and a first association unit 22.
  • the first allocating unit 21 is configured to: group the more than one application according to the application type, and according to the grouping result and the traffic information of each SIM card in the one SIM card, according to the application. After the type classification, each application in the application is more than one SIM card in the SIM card;
  • the application may be associated with more than one SIM card in the terminal before the running data traffic consumption is greater than each application in one application.
  • it may be determined whether the application is the first associated SIM card, and when determining that the application is the first associated SIM card, obtaining the application type of the application
  • a video application, an online music application, or an online game application and can obtain the traffic information corresponding to each SIM card in the terminal by more than one SIM card in the short-term service, for example, determining the terminal by using a short message service.
  • the total data traffic of the current SIM card in the current billing period is 2G.
  • the first allocation unit 21 may group more than one application according to the application type, for example, two videos of A and B in the multiple SIM card terminal.
  • the application is grouped into two groups, and the two online game applications are grouped into one group, and each application is assigned a SIM card according to the grouping result and each SIM card traffic information, for example, if the total current billing period of the first SIM card is The data traffic is 2G, and the total data traffic of the current billing period of the second SIM card is 2.5G, then the first SIM card is allocated for the A video application, the second SIM card is allocated for the B video application, or the first SIM is used.
  • the total data traffic of the current billing period of the card is 2.5G, and the total data traffic of the current billing period of the second SIM card is 1G, and the first SIM card is allocated for both A and B video applications.
  • allocating the SIM card for each application in the classified application may include: more than one application after grouping and The obtained traffic information of each SIM card is displayed on the multi-SIM terminal interface, prompting the user to separately assign a SIM card to each application, or automatically A SIM card is assigned to each of the grouped applications, and the distribution result is displayed on the multi-SIM terminal interface.
  • the first associating unit 22 is configured to: associate each of the more than one application and the SIM card allocated to the application according to the application type to control the greater than The use of allocated SIM card data traffic by each application in an application.
  • the first associating unit 22 may prompt the user to associate each application with the SIM card assigned to the application, and when the user is acquired, the application is When the confirmation message associated with the SIM card allocated by the application is used, the ID information of the application and the access point information of the SIM card allocated for the application may be bound, and the bound ID information and the access point information are bound. Recorded in the matching list of multiple SIM card terminals. Wherein, each application in more than one application can be associated with the SIM card allocated for the application, and the associated application is greater than one application.
  • the optional embodiment groups the applications classified according to the application type by the first allocating unit 21, and allocates SIM cards according to the grouping result and the traffic information of different SIM cards for each application classified according to the application type.
  • An association unit 22 associates the application classified according to the application type with the SIM card allocated thereto to control the use of the allocated SIM card data traffic by each application classified according to the application type. Since the SIM card is associated by acquiring the application type of each application, even if each application in the terminal is the first associated SIM card, the data traffic of different SIM cards in the terminal can be reasonably used.
  • FIG. 8 is a schematic diagram of a refinement function module of an allocation module in a data flow usage control apparatus according to another alternative embodiment of the first embodiment of the present invention.
  • the distribution module 20 may include Two distribution unit 23 and second association unit 24.
  • the second allocating unit 23 is configured to: sort the more than one application classified according to the traffic usage information, according to the sorting result and the traffic information of each SIM card in the one SIM card as the traffic according to the traffic And using the more than one application in the application after the information classification to allocate the SIM card in the more than one SIM card;
  • the second association unit 24 is configured to: associate each application in the application that is classified according to the traffic usage information and the SIM card allocated to the application, to control the basis The usage of the traffic usage information classification is greater than the usage of the allocated SIM card data traffic by each application in an application.
  • the application before the running data traffic consumption is greater than each application in one application, the application may be associated with more than one SIM card in the SIM card.
  • the statistics may be greater than one for each application.
  • the traffic usage information of the application that is, the actual usage of the SIM card data traffic of each application in an application is greater than that, and the SIM card corresponding to each SIM card in the terminal is obtained through the service short message. Traffic information.
  • the traffic usage information and the traffic information may be greater than one traffic consumption.
  • Each application in the application is assigned a SIM card and can associate the application with the SIM card assigned to the application. Wherein, each application in which the traffic consumption is larger than one application in the application is associated with the SIM card allocated thereto, and the associated application is greater than each application in one application.
  • an application in the terminal is currently associated with a SIM card, the application can be marked in gray.
  • the second allocating unit 23 may sort more than one application classified according to the traffic usage information, group the sorted ones larger than one application, and display the grouped applications, for example, sorted into 1, 3, 5
  • the application is divided into the first group, and the applications ranked 2, 4, and 6 are divided into the second group, and the second association unit 24 can be based on the grouping result and the flow information of each SIM card in more than one SIM card.
  • the application allocates a SIM card. For example, if the total data traffic of the current billing period of the first SIM card is 2.5G, and the total data traffic of the current billing period of the second SIM card is 2G, the application is sorted to 1.
  • the program allocates the first SIM card, assigns a second SIM card to the application ranked 2, or if the total data traffic of the current billing period of the first SIM card is 2.5G, the total current billing period of the second SIM card When the data traffic is 1G, the first SIM card is assigned to both the application with the order of 1 and the application with the order of 2.
  • allocating the SIM card for each application may include: more than one application after being grouped and more than one SIM card obtained in one SIM card.
  • the traffic information is displayed on the multi-SIM terminal interface, prompting the user to divide Do not assign a SIM card to each application, or automatically assign a SIM card to each application in the group after more than one application, and display the distribution result on the multi-SIM terminal interface.
  • the optional embodiment sorts more than one application classified according to the traffic usage information, and the traffic information according to the sorting result and each SIM card in one SIM card is more than one application classified according to the traffic usage information.
  • Each application allocates a SIM card, and associates each application in the application and the SIM card allocated thereto according to the traffic usage information to control each of the applications that are classified according to the traffic usage information.
  • the application uses the allocated SIM card data traffic. Since when more than one application in the terminal is not associated with the SIM card for the first time, the traffic usage of the application can be determined by acquiring traffic usage information of each application in more than one application, and by more than one application according to The traffic usage information of each application is associated with the SIM card, and the data traffic of different SIM cards in the terminal can be reasonably used.
  • the second embodiment of the present invention provides a data flow usage control device.
  • the data is The usage control device for the flow may further include: a first acquisition module 30, a first determination module 40, and a first switching module 50.
  • the first obtaining module 30 is configured to: acquire the first SIM allocated for the first application when running the first application in the application or when the first application performs data communication card;
  • more than one application in the terminal may be associated with more than one SIM card in the terminal, for example, APP1 and the first SIM in the dual card dual standby mobile phone. Card association, and APP2 is associated with the second SIM card in the dual card dual standby mobile phone.
  • the management software of the terminal can generate a matching list according to the ID information of each application and the access point information of each SIM card. Record the correspondence between each application and the SIM card in more than one application.
  • the first obtaining module 30 may obtain the ID information of the application, and obtain the SIM card matching the ID information of the application by searching the corresponding relationship in the matching list. Access point information to get the SIM card associated with the application.
  • the number of SIM cards in the terminal is greater than or equal to 2.
  • the first determining module 40 is configured to: determine whether the SIM card currently performing data communication is For the first SIM card;
  • the SIM card that the terminal is currently performing data communication can be obtained, and the access point information of the SIM card currently being data communication can be obtained, and the ID information of the application is determined by the matching list. Whether the access point information of the SIM card currently being data communication is matched, and then the first determining module 40 determines whether the SIM card currently being data communication is the SIM card associated with the application.
  • the first switching module 50 is configured to switch the SIM card currently performing data communication to the first SIM card when the SIM card currently performing data communication is not the first SIM card.
  • the SIM card indicating that the data communication is currently being performed is not a SIM card, and the first switching module 50 may be currently
  • the data flow switch of the SIM card for data communication is turned off, and the data flow switch of the SIM card associated with the application is opened, thereby switching the SIM card currently in data communication to the SIM card associated with the application.
  • the SIM card associated with the application when the data communication is performed by running the application or the application, the SIM card associated with the application is acquired, and it is determined whether the SIM card currently performing data communication is a SIM card associated with the application, and the SIM card currently performing data communication is not When the SIM card associated with the application is used, the SIM card currently performing data communication is switched to the SIM card associated with the application. Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .
  • the third embodiment of the present invention provides a data flow use control device.
  • the data is The usage control device for the flow may further include: a second obtaining module 60, a second determining module 70, and a second switching module 80.
  • the second obtaining module 60 is configured to acquire the data traffic usage of the second application in real time or timing when the second application is greater than one application;
  • the second determining module 70 is configured to: determine whether the data traffic usage exceeds a preset traffic threshold corresponding to the second application;
  • the second obtaining module 60 can be real time or timed.
  • the second determining module 70 determines whether the data traffic usage exceeds a preset traffic threshold corresponding to the application by acquiring the data traffic usage of the application.
  • the preset traffic threshold may be set by the user or calculated by the terminal.
  • the second switching module 80 is configured to: when the data traffic usage exceeds a preset traffic threshold corresponding to the second application, switch the SIM card associated with the second application, for example, update to The SIM card assigned by the second application.
  • the data flow switch of the SIM card associated with the application may be closed, the data flow switch of other SIM cards in the terminal is opened, and the application associated with the application is stopped.
  • the data flow of the SIM card, the second switching module 80 switches to data traffic using other SIM cards.
  • the prompt information may be pushed to remind the user.
  • the data traffic usage of the application is obtained in real time or periodically, and it is determined whether the data traffic usage exceeds the preset traffic threshold corresponding to the application, and the data traffic usage exceeds the preset corresponding to the application.
  • the traffic threshold is reached, switch the SIM card associated with the application. Since the application is associated with a SIM card in the terminal in advance, and the preset traffic threshold corresponding to the application is preset, when the application is run, the data traffic of the SIM card associated with the application is acquired in real time or periodically. The amount of usage, when the data traffic usage of the SIM card associated with the application exceeds the preset traffic threshold corresponding to the application, the SIM card associated with the application is switched, and the data traffic of different SIM cards in the terminal is used reasonably. .
  • the embodiment of the invention further provides a computer readable storage medium storing computer executable instructions, which are implemented when the computer executable instructions are executed.
  • all or part of the steps of the above embodiments may also be implemented by using an integrated circuit. These steps may be separately fabricated into individual integrated circuit modules, or multiple modules or steps may be fabricated into a single integrated circuit module. achieve.
  • the devices/function modules/functional units in the above embodiments may be implemented by a general-purpose computing device, which may be centralized on a single computing device or distributed over a network of multiple computing devices.
  • the device/function module/functional unit in the above embodiment When the device/function module/functional unit in the above embodiment is implemented in the form of a software function module and sold or used as a stand-alone product, it can be stored in a computer readable storage medium.
  • the above mentioned computer readable storage medium may be a read only memory, a magnetic disk or an optical disk or the like.
  • the embodiment of the present invention classifies more than one application in the terminal, and determines traffic information of each SIM card in the terminal that is greater than one SIM card; and the traffic of each SIM card in the one SIM card is greater than The information is matched with the classified ones, and the SIM cards in the more than one SIM card are allocated to each of the more than one application in the classified manner to control the greater than The use of allocated SIM card data traffic by each application in an application. Since the application is associated with a SIM card in the terminal in advance, when the application is run, the data traffic of the SIM card associated with the application is preferentially used, thereby realizing reasonable use of data traffic of different SIM cards in the terminal. .

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Abstract

一种数据流量的使用控制方法包括：将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。

Description

数据流量的使用控制方法及装置 技术领域
本申请涉及但不限于通信技术领域，尤其是一种数量流量的使用控制方法及装置。
背景技术
相关技术中，双卡双待手机等终端给人们的通讯带来方便的同时，存在以下不足：手机应用(Application，APP)不能区分当前使用的数据流量是属于用户识别模块(Subscriber Identity Module，简称为SIM)卡1还是属于SIM卡2，如此，导致手机APP倾向于频繁使用其中一张SIM卡上的数据流量，即使当月流量超标也不会停止或者切换至另一张SIM卡，造成该卡流量超额使用，而另外一张SIM卡流量大量剩余，直至超过保留期而清零，导致双卡双待手机中不同SIM卡的数据流量未得到合理的使用。
发明内容
以下是对本文详细描述的主题的概述。本概述并非是为了限制权利要求的保护范围。
本文提出一种数据流量的使用控制方法及装置，以实现终端中不同SIM卡的数据流量合理使用。
本发明实施例提供一种数据流量的使用控制方法，所述数据流量的使用控制方法包括：
将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；
将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，
所述将终端中大于一个应用程序进行分类包括：根据应用类型对所述终端中大于一个应用程序进行分类；
所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤包括：
将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，
所述将终端中大于一个应用程序进行分类包括：根据流量使用信息对所述终端中大于一个应用程序进行分类；
所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤包括：
将根据流量使用信息分类后的所述大于一个应用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤之后，所述数据流量的使用控制方法还包括：
在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取为所述第一应用程序分配的第一SIM卡；
判断当前进行数据通信的SIM卡是否为所述第一SIM卡；
在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
在一种示例性实施方式中，所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤之后，所述数据流量的使用控制方法还包括：
在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈值；
在所述数据流量使用量超过所述第二应用程序对应的预设流量阈值时，更新为所述第二应用程序分配的SIM卡。
本发明实施例还提供一种数据流量的使用控制装置，所述数据流量的使用控制装置包括：
分类模块，设置为：将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；
分配模块，设置为：将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后 的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，
所述分类模块是设置为：根据应用类型对所述终端中大于一个应用程序进行分类；
所述分配模块包括：
第一分配单元，设置为：将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
第一关联单元，设置为：关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，
所述分类模块是设置为：根据流量使用信息对所述终端中大于一个应用程序进行分类；
所述分配模块包括：
第二分配单元，设置为：将根据流量使用信息分类后的所述大于一个应用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
第二关联单元，设置为：关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在一种示例性实施方式中，所述数据流量的使用控制装置还包括：
第一获取模块，设置为：在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取为所述第一应用程序分配的第 一SIM卡；
第一判断模块，设置为：判断当前进行数据通信的SIM卡是否为所述第一SIM卡；
第一切换模块，设置为：在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
在一种示例性实施方式中，所述数据流量的使用控制装置还包括：
第二获取模块，设置为：在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
第二判断模块，设置为：判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈值；
第二切换模块，设置为：在所述数据流量使用量超过所述第二应用程序对应的预设流量阈值时，更新为所述第二应用程序分配的SIM卡。
本发明实施例还提供了一种计算机可读存储介质，存储有计算机可执行指令，所述计算机可执行指令被执行时实现上述数据流量的使用控制方法。
本发明实施例通过将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。
在阅读并理解了附图和详细描述后，可以明白其他方面。
附图概述
图1为本发明第一实施例提供的数据流量的使用控制方法的流程示意图；
图2为图1所示的本发明第一实施例中步骤S20的可选的细化步骤的流 程示意图；
图3为图1所示的本发明第一实施例中步骤S20的另一可选的细化步骤的流程示意图；
图4为本发明第二实施例提供的数据流量的使用控制方法的流程示意图；
图5为本发明第三实施例提供的数据流量的使用控制方法的流程示意图；
图6为本发明第一实施例提供的数据流量的使用控制装置的功能模块示意图；
图7为本发明第一实施例的可选实施方式提供的数据流量的使用控制装置中分配模块的细化功能模块示意图；
图8为本发明第一实施例的另一可选实施方式提供的数据流量的使用控制装置中分配模块的细化功能模块示意图；
图9为本发明第二实施例提供的数据流量的使用控制装置的功能模块示意图；
图10为本发明第三实施例提供的数据流量的使用控制装置的功能模块示意图。
本发明的较佳实施方式
下面结合附图对本发明的实施方式进行描述。需要说明的是，在不冲突的情况下，本申请中的实施例及实施例中的各种方式可以相互组合。
本文中的术语“第一”、“第二”等是用于区别类似的对象，而不必用于描述特定的顺序或先后次序。
基于上述问题，本发明实施例提供一种数据流量的使用控制方法。
参照图1，图1为本发明第一实施例提供的数据流量的使用控制方法的流程示意图。
在本实施例中，所述数据流量的使用控制方法包括：
步骤S10，将终端中大于一个应用程序进行分类，并确定终端中大于一张SIM卡中每张SIM卡的流量信息；
在本实施例中，终端中应用程序数量可以大于一个，终端中SIM卡数量 可以大于一个；对终端中的大于一个应用程序进行分类，可以按照大于一个应用程序中每个应用程序的应用类型进行分类，如在线音乐类的应用程序或者社交类的应用程序，也可以按照大于一个应用程序中每个应用程序的流量使用信息进行分类，如流量消耗较大的应用程序。并可通过服务信息确定终端中大于一张SIM卡中每张SIM卡的流量信息，其中，该流量信息为每张SIM卡在当前计费周期内的流量信息，即该流量信息中记载了每张SIM卡在当前计费周期内的流量，例如原始流量或者剩余流量。
步骤S20，将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在将终端中大于一个应用程序进行分类，并确定该终端中大于一张SIM卡中每张SIM卡的流量信息后，可将分类后的大于一个应用程序与大于一张SIM卡中每张SIM卡的流量信息一一匹配，为分类后的大于一个应用程序中每个应用程序分配对应的SIM卡，将分类后的应用程序的标识(Identifier，ID)信息及为其分配的SIM卡的接入点信息进行绑定，生成对应关系，将绑定后的ID信息、接入点信息以及对应关系记录在终端的匹配列表中。当运行某个分类后的应用程序时，可获取该分类后的应用程序的ID信息，通过查表获取与该ID信息关联的接入点信息，获取与该分类后的应用程序匹配的SIM卡，从而使得该分类后的应用程序优先使用该匹配的SIM卡的数据流量。其中，该终端的管理软件可根据大于一个应用程序中每个应用程序的ID信息以及大于一张SIM卡中每张SIM卡的接入点信息生成匹配列表，分别记录大于一个应用程序中每个应用程序与大于一张SIM卡中每张SIM卡的对应关系。例如，将应用程序A确定为在线音乐类型的应用程序，并获取到用户手机的SIM卡1的原始数据流量比较大，则将该应用程序A与该SIM卡1关联，使得该应用程序A优先使用该SIM卡1的数据流量。
本实施例将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息，将大于一张SIM卡中每张SIM卡的流量信息与分类后的大于一个应用程序进行匹配，为分类后的大于一个应用程序中每个应用程序分配SIM卡，以控制分类后的大于一个应用程序中每个 应用程序对分配的SIM卡数据流量的使用。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。
可选地，请参照图2，为本发明第一实施例中步骤S20的可选的细化步骤的流程示意图，该步骤S20的细化步骤可包括：
步骤S21，将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
在本实施例中，在运行数据流量消耗较大的大于一个应用程序中每个应用程序之前，可将该应用程序与该终端中的大于一张SIM卡中的SIM卡关联。当将该应用程序与该终端中的该SIM卡关联的过程中，可判断该应用程序是否是初次关联SIM卡，在确定该应用程序是初次关联SIM卡时，获取该应用程序的应用类型，如视频应用程序、在线音乐应用程序或者在线游戏应用程序，并可通过服务短息获取该终端中大于一张SIM卡中每张SIM卡对应的流量信息，例如，通过服务短息确定该终端中第一SIM卡当前计费周期的总数据流量为2G。
在获取到大于一个应用程序中每个应用程序的应用类型后，可根据应用类型对大于一个应用程序进行分组，例如，将该多SIM卡终端中的A和B两个视频应用程序分成一组，将两个在线游戏应用程序分成一组，根据分组结果以及每张SIM卡流量信息为每个应用程序分配SIM卡，例如，若第一SIM卡的当前计费周期的总数据流量为2G，第二SIM卡的当前计费周期的总数据流量为2.5G，则为A视频应用程序分配第一SIM卡，为B视频应用程序分配第二SIM卡，或者若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为1G，则为A和B两个视频应用程序都分配第一SIM卡。
可以说明的是，根据分组结果以及大于一张SIM卡中每张SIM卡的流量信息为分类后的大于一个应用程序中每个应用程序分配SIM卡可包括：将分组后的大于一个应用程序以及获取到的每张SIM卡的流量信息显示在多 SIM卡终端界面上，提示用户分别为每个应用程序分配SIM卡，或者，自动为分组后的每个应用程序分配SIM卡，并将分配结果显示在多SIM卡终端界面上。
步骤S22，关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在为根据应用类型分类后的应用程序分配SIM卡后，可提示用户将每个应用程序及为该应用程序分配的SIM卡关联，当获取到用户将该应用程序及为该应用程序分配的SIM卡关联的确认消息时，可将该应用程序的ID信息及为该应用程序分配的SIM卡的接入点信息进行绑定，将绑定后的ID信息和接入点信息记录在多SIM卡终端的匹配列表中。其中，可将大于一个应用程序中每个应用程序与为该应用程序分配的SIM卡关联后，得到关联后的大于一个应用程序。
本可选实施方式通过将根据应用类型分类后的应用程序进行分组，并根据分组结果以及不同SIM卡的流量信息为根据应用类型分类后的每个应用程序分配SIM卡，关联根据应用类型分类后的每个应用程序及为其分配的SIM卡，以控制根据应用类型分类后的每个应用程序对分配的SIM卡数据流量的使用。由于通过获取每个应用程序的应用类型关联SIM卡，即使该终端中每个应用程序为初次关联SIM卡，也可实现对该终端中不同SIM卡的数据流量合理使用。
可选地，请参照图3，为本发明第一实施例中步骤S20的另一可选的细化步骤的流程示意图，该步骤S20的另一细化步骤可包括：
步骤S23，将根据流量使用信息分类后的所述大于一个应用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
步骤S24，关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在本实施例中，在运行数据流量消耗较大的大于一个应用程序中每个应用程序之前，可将该应用程序与该终端中大于一张SIM卡中的SIM卡关联。当将该应用程序与该终端中的该SIM卡关联的过程中，可判断该应用程序是否是初次关联SIM卡，在确定该应用程序不是初次关联SIM卡时，可统计大于一个应用程序中每个应用程序的流量使用信息，即统计大于一个应用程序中每个应用程序对SIM卡数据流量的实际使用量，并可通过服务短息获取该终端中大于一张SIM卡中每张SIM卡对应的流量信息。在获取到大于一个应用程序中每个应用程序的流量使用信息以及大于一张SIM卡中每张SIM卡的流量信息后，可根据该流量使用信息以及该流量信息为流量消耗较大的大于一个应用程序中每个应用程序分配SIM卡，并可关联该应用程序及为该应用程序分配的SIM卡。其中，可将流量消耗较大的大于一个应用程序中每个应用程序与为其分配的SIM卡关联后，得到关联后的大于一个应用程序中每个应用程序。
可以理解的是，若该终端中的某个应用程序当前已经与某一张SIM卡关联了，可以以灰色标志该应用程序。
可将根据流量使用信息分类后的大于一个应用程序进行排序，将排序后的大于一个应用程序进行分组，显示分组后的应用程序，例如，将排序为1,3,5的应用程序划分成第一组，将排序为2,4,6的应用程序划分成第二组，根据分组结果以及大于一张SIM卡中每张SIM卡的流量信息为每个应用程序分配SIM卡，例如，若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为2G，则为排序为1的应用程序分配第一SIM卡，为排序为2的应用程序分配第二SIM卡，或者若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为1G，则为排序为1的应用程序和排序为2的应用程序都分配第一SIM卡。
可以说明的是，根据分组结果以及每张SIM卡的流量信息为每个应用程序分配SIM卡可包括：将分组后的大于一个应用程序以及获取到的大于一张SIM卡中每张SIM卡的流量信息显示在多SIM卡终端界面上，提示用户分别为每个应用程序分配SIM卡，或者，自动为分组后的大于一个应用程序中每个应用程序分配SIM卡，并将分配结果显示在多SIM卡终端界面上。
本可选实施方式通过将根据流量使用信息分类后的大于一个应用程序进行排序，根据排序结果以及大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的大于一个应用程序中每个应用程序分配SIM卡，关联根据流量使用信息分类后的大于一个应用程序中每个应用程序及为其分配的SIM卡，以控制根据流量使用信息分类后的大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。由于当该终端中大于一个应用程序均非初次关联SIM卡时，通过获取大于一个应用程序中每个应用程序的流量使用信息可确定该应用程序的流量消耗量，而通过根据大于一个应用程序中每个应用程序的流量使用信息关联SIM卡，可实现对该终端中不同SIM卡的数据流量合理使用。
可选地，基于上述第一实施例，请参照图4，为本发明第二实施例提供的数据流量的使用控制方法的流程示意图，在该第二实施例中，S20之后，所述数据流量的使用控制方法还可包括：
步骤S30，在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取所述第一应用程序关联的SIM卡，例如，为所述第一应用程序分配的第一SIM卡；
在本实施例中，可预先将终端中的数据流量消耗较大的大于一个应用程序分别与该终端中的大于一张SIM卡关联，例如，APP1与该双卡双待手机中的第一SIM卡关联，而APP2与该双卡双待手机中的第二SIM卡关联，同时，该终端的管理软件可根据每个应用程序的ID信息以及每张SIM卡的接入点信息生成匹配列表，分别记录大于一个应用程序中每个应用程序与SIM卡的对应关系。当终端在运行应用程序或者当应用程序进行数据通信时，可获取该应用程序的ID信息，通过查找匹配列表中的对应关系，获取与该应用程序的ID信息匹配的SIM卡的接入点信息，以获取该应用程序关联的SIM卡。其中，该终端中的SIM卡数量大于等于2。
步骤S40，判断当前进行数据通信的SIM卡是否为所述第一SIM卡；
在运行该应用程序时，可获取该终端当前正在进行数据通信的SIM卡，并可获取该当前正在进行数据通信的SIM卡的接入点信息，通过匹配列表判断该应用程序的ID信息与该当前正在进行数据通信的SIM卡的接入点信息 是否匹配，进而判断该当前正在进行数据通信的SIM卡是否为该应用程序关联的SIM卡。
步骤S50，在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
当该应用程序的ID信息与该当前正在进行数据通信的SIM卡的接入点信息不一致时，可表明该当前正在进行数据通信的SIM卡不是该应用程序关联的SIM卡，可将该当前正在进行数据通信的SIM卡的数据流量开关关闭，打开该应用程序关联的SIM卡的数据流量开关，从而将该当前正在进行数据通信的SIM卡切换为应用程序关联的SIM卡。
本实施例通过在运行应用程序或应用程序进行数据通信时，获取应用程序关联的SIM卡，判断当前进行数据通信的SIM卡是否为应用程序关联的SIM卡，在当前进行数据通信的SIM卡不是应用程序关联的SIM卡时，将当前进行数据通信的SIM卡切换为应用程序关联的SIM卡。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。
可选地，基于上述第一实施例，请参照图5，为本发明第三实施例提供的数据流量的使用控制方法的流程示意图，在该第三实施例中，S20之后，所述数据流量的使用控制方法还可包括：
步骤S60，在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
步骤S70，判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈值；
在本实施例中，在运行该应用程序时，可实时或者定时通过获取应用程序的数据流量使用量，判断该数据流量使用量是否超过该应用程序对应的预设流量阈值。其中，该预设流量阈值可以是用户自己设定的，也可以是由终端通过计算得到的。
步骤S80，在数据流量使用量超过所述第二应用程序对应的预设流量阈值时，切换所述第二应用程序关联的SIM卡，例如，更新为所述第二应用程 序分配的SIM卡。
在该应用程序的数据流量使用量超过预设流量阈值时，可关闭该应用程序关联的SIM卡的数据流量开关，打开该终端中其他SIM卡的数据流量开关，停止使用该应用程序关联的SIM卡的数据流量，切换至使用其他SIM卡的数据流量。同时，在该应用程序的数据流量使用量超过该应用程序对应预设流量阈值时，可推送提示信息，以提醒用户。
本实施例通过在运行应用程序时，实时或定时获取应用程序的数据流量使用量，判断数据流量使用量是否超过应用程序对应的预设流量阈值，在数据流量使用量超过应用程序对应的预设流量阈值时，切换应用程序关联的SIM卡。由于预先将该应用程序与该终端中的某张SIM卡关联，并预先设置该应用程序对应的预设流量阈值，当运行该应用程序时，实时或定时获取应用程序关联的SIM卡的数据流量使用量，在该应用程序关联的SIM卡的数据流量使用量超过该应用程序对应的预设流量阈值时，切换该应用程序关联的SIM卡，实现对该终端中不同SIM卡的数据流量合理使用。
本发明实施例还提供了一种数据流量的使用控制装置。
参照图6，图6为本发明第一实施例提供的数据流量的使用控制装置的功能模块示意图。
在本实施例中，所述数据流量的使用控制装置包括：分类模块10和分配模块20。
所述分类模块10，设置为：将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；
在本实施例中，终端中应用程序数量可以大于一个，终端中SIM卡数量可以大于一个；分类模块10对终端中的大于一个应用程序进行分类，可以按照大于一个应用程序中每个应用程序的应用类型进行分类，如在线音乐类的应用程序或者社交类的应用程序，也可以按照大于一个应用程序中每个应用程序的流量使用信息进行分类，如流量消耗较大的应用程序。并可通过服务信息确定终端中大于一张SIM卡中每张SIM卡的流量信息，其中，该流量信息为每张SIM卡在当前计费周期内的流量信息，即该流量信息中记载了每张SIM卡在当前计费周期内的流量，例如原始流量或者剩余流量。
所述分配模块20，设置为：将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在将终端中大于一个应用程序进行分类，并确定该终端中大于一张SIM卡中每张SIM卡的流量信息后，分配模块20可将分类后的大于一个应用程序与大于一张SIM卡中每张SIM卡的流量信息一一匹配，为分类后的大于一个应用程序中每个应用程序分配对应的SIM卡，将分类后的应用程序的ID信息及为其分配的SIM卡的接入点信息进行绑定，生成对应关系，将绑定后的ID信息、接入点信息以及对应关系记录在终端的匹配列表中。当运行某个分类后的应用程序时，可获取该分类后的应用程序的ID信息，通过查表获取与该ID信息关联的接入点信息，获取与该分类后的应用程序匹配的SIM卡，从而使得该分类后的应用程序优先使用该匹配的SIM卡的数据流量。其中，该终端的管理软件可根据大于一个应用程序中每个应用程序的ID信息以及大于一张SIM卡中每张SIM卡的接入点信息生成匹配列表，分别记录大于一个应用程序中每个应用程序与大于一张SIM卡中每张SIM卡的对应关系。例如，将应用程序A确定为在线音乐类型的应用程序，并获取到用户手机的SIM卡1的原始数据流量比较大，则将该应用程序A与该SIM卡1关联，使得该应用程序A优先使用该SIM卡1的数据流量。
本实施例分类模块10将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息，分配模块20将大于一张SIM卡中每张SIM卡的流量信息与分类后的大于一个应用程序进行匹配，为分类后的大于一个应用程序中每个应用程序分配SIM卡，以控制分类后的大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。
其中，所述分类模块10可以是设置为：根据应用类型对所述终端中大于一个应用程序进行分类；或者，根据流量使用信息对所述终端中大于一个应 用程序进行分类。
可选地，图7为本发明第一实施例的可选实施方式提供的数据流量的使用控制装置中分配模块的细化功能模块示意图，参照图7，
所述分配模块20可包括第一分配单元21和第一关联单元22。
所述第一分配单元21，设置为：将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
在本实施例中，在运行数据流量消耗较大的大于一个应用程序中每个应用程序之前，可将该应用程序与该终端中的大于一张SIM卡中的SIM卡关联。当将该应用程序分别与该终端中的该SIM卡关联的过程中，可判断该应用程序是否是初次关联SIM卡，在确定该应用程序是初次关联SIM卡时，获取该应用程序的应用类型，如视频应用程序、在线音乐应用程序或者在线游戏应用程序，并可通过服务短息获取该终端中大于一张SIM卡中每张SIM卡对应的流量信息，例如，通过服务短息确定该终端中第一SIM卡当前计费周期的总数据流量为2G。
在获取到大于一个应用程序中每个应用程序的应用类型后，第一分配单元21可根据应用类型对大于一个应用程序进行分组，例如，将该多SIM卡终端中的A和B两个视频应用程序分成一组，将两个在线游戏应用程序分成一组，根据分组结果以及每张SIM卡流量信息为每个应用程序分配SIM卡，例如，若第一SIM卡的当前计费周期的总数据流量为2G，第二SIM卡的当前计费周期的总数据流量为2.5G，则为A视频应用程序分配第一SIM卡，为B视频应用程序分配第二SIM卡，或者若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为1G，则为A和B两个视频应用程序都分配第一SIM卡。
可以说明的是，根据分组结果以及大于一张SIM卡中每张SIM卡的流量信息为分类后的大于一个应用程序中每个应用程序分配SIM卡可包括：将分组后的大于一个应用程序以及获取到的每张SIM卡的流量信息显示在多SIM卡终端界面上，提示用户分别为每个应用程序分配SIM卡，或者，自动 为分组后的每个应用程序分配SIM卡，并将分配结果显示在多SIM卡终端界面上。
所述第一关联单元22，设置为：关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在为根据应用类型分类后的应用程序分配SIM卡后，第一关联单元22可提示用户将每个应用程序及为该应用程序分配的SIM卡关联，当获取到用户将该应用程序及为该应用程序分配的SIM卡关联的确认消息时，可将该应用程序的ID信息及为该应用程序分配的SIM卡的接入点信息进行绑定，将绑定后的ID信息和接入点信息记录在多SIM卡终端的匹配列表中。其中，可将大于一个应用程序中每个应用程序与为该应用程序分配的SIM卡关联后，得到关联后的大于一个应用程序。
本可选实施方式通过第一分配单元21将根据应用类型分类后的应用程序进行分组，并根据分组结果以及不同SIM卡的流量信息为根据应用类型分类后的每个应用程序分配SIM卡，第一关联单元22关联根据应用类型分类后的应用程序及为其分配的SIM卡，以控制根据应用类型分类后的每个应用程序对分配的SIM卡数据流量的使用。由于通过获取每个应用程序的应用类型关联SIM卡，即使该终端中每个应用程序为初次关联SIM卡，也可实现对该终端中不同SIM卡的数据流量合理使用。
可选地，图8为本发明第一实施例的另一可选实施方式提供的数据流量的使用控制装置中分配模块的细化功能模块示意图，参照图8，所述分配模块20可包括第二分配单元23和第二关联单元24。
所述第二分配单元23，设置为：将根据流量使用信息分类后的所述大于一个应用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
所述第二关联单元24，设置为：关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据 流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
在本实施例中，在运行数据流量消耗较大的大于一个应用程序中每个应用程序之前，可将该应用程序分别与该终端中大于一张SIM卡中的SIM卡关联。当将该应用程序与该终端中的该SIM卡关联的过程中，可判断该应用程序是否是初次关联SIM卡，在确定该应用程序不是初次关联SIM卡时，可统计大于一个应用程序中每个应用程序的流量使用信息，即统计大于一个应用程序中每个应用程序对SIM卡数据流量的实际使用量，并可通过服务短息获取该终端中大于一张SIM卡中每张SIM卡对应的流量信息。在获取到大于一个应用程序中每个应用程序的流量使用信息以及大于一张SIM卡中每张SIM卡的流量信息后，可根据该流量使用信息以及该流量信息为流量消耗较大的大于一个应用程序中每个应用程序分配SIM卡，并可关联该应用程序及为该应用程序分配的SIM卡。其中，可将流量消耗较大的大于一个应用程序中每个应用程序与为其分配的SIM卡关联后，得到关联后的大于一个应用程序中每个应用程序。
可以理解的是，若该终端中的某个应用程序当前已经与某一张SIM卡关联了，可以以灰色标志该应用程序。
第二分配单元23可将根据流量使用信息分类后的大于一个应用程序进行排序，将排序后的大于一个应用程序进行分组，显示分组后的应用程序，例如，将排序为1,3,5的应用程序划分成第一组，将排序为2,4,6的应用程序划分成第二组，第二关联单元24可根据分组结果以及大于一张SIM卡中每张SIM卡的流量信息为每个应用程序分配SIM卡，例如，若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为2G，则为排序为1的应用程序分配第一SIM卡，为排序为2的应用程序分配第二SIM卡，或者若第一SIM卡的当前计费周期的总数据流量为2.5G，第二SIM卡的当前计费周期的总数据流量为1G，则为排序为1的应用程序和排序为2的应用程序都分配第一SIM卡。
可以说明的是，根据分组结果以及每张SIM卡的流量信息为每个应用程序分配SIM卡可包括：将分组后的大于一个应用程序以及获取到的大于一张SIM卡中每张SIM卡的流量信息显示在多SIM卡终端界面上，提示用户分 别为每个应用程序分配SIM卡，或者，自动为分组后的大于一个应用程序中每个应用程序分配SIM卡，并将分配结果显示在多SIM卡终端界面上。
本可选实施方式通过将根据流量使用信息分类后的大于一个应用程序进行排序，根据排序结果以及大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的大于一个应用程序中每个应用程序分配SIM卡，关联根据流量使用信息分类后的大于一个应用程序中每个应用程序及为其分配的SIM卡，以控制根据流量使用信息分类后的大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。由于当该终端中大于一个应用程序均非初次关联SIM卡时，通过获取大于一个应用程序中每个应用程序的流量使用信息可确定该应用程序的流量消耗量，而通过根据大于一个应用程序中每个应用程序的流量使用信息关联SIM卡，可实现对该终端中不同SIM卡的数据流量合理使用。
可选地，基于第一实施例或第一实施例的任一可选实施方式，本发明第二实施例提供了数据流量的使用控制装置，在本实施例中，参照图9，所述数据流量的使用控制装置还可包括：第一获取模块30、第一判断模块40以及第一切换模块50。
所述第一获取模块30，设置为：在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取为所述第一应用程序分配的第一SIM卡；
在本实施例中，可预先将终端中的数据流量消耗较大的大于一个应用程序分别与该终端中的大于一张SIM卡关联，例如，APP1与该双卡双待手机中的第一SIM卡关联，而APP2与该双卡双待手机中的第二SIM卡关联，同时，该终端的管理软件可根据每个应用程序的ID信息以及每张SIM卡的接入点信息生成匹配列表，分别记录大于一个应用程序中每个应用程序与SIM卡的对应关系。当终端在运行应用程序或者当应用程序进行数据通信时，第一获取模块30可获取该应用程序的ID信息，通过查找匹配列表中的对应关系，获取与该应用程序的ID信息匹配的SIM卡的接入点信息，以获取该应用程序关联的SIM卡。其中，该终端中的SIM卡数量大于等于2。
所述第一判断模块40，设置为：判断当前进行数据通信的SIM卡是否 为所述第一SIM卡；
在运行该应用程序时，可获取该终端当前正在进行数据通信的SIM卡，并可获取该当前正在进行数据通信的SIM卡的接入点信息，通过匹配列表判断该应用程序的ID信息与该当前正在进行数据通信的SIM卡的接入点信息是否匹配，进而通过第一判断模块40判断该当前正在进行数据通信的SIM卡是否为该应用程序关联的SIM卡。
所述第一切换模块50，设置为：在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
当该应用程序的ID信息与该当前正在进行数据通信的SIM卡的接入点信息不一致时，可表明该前正在进行数据通信的SIM卡不是SIM卡，第一切换模块50可将该当前正在进行数据通信的SIM卡的数据流量开关关闭，打开该应用程序关联的SIM卡的数据流量开关，从而将该当前正在进行数据通信的SIM卡切换为应用程序关联的SIM卡。
本实施例通过在运行应用程序或应用程序进行数据通信时，获取应用程序关联的SIM卡，判断当前进行数据通信的SIM卡是否为应用程序关联的SIM卡，在当前进行数据通信的SIM卡不是应用程序关联的SIM卡时，将当前进行数据通信的SIM卡切换为应用程序关联的SIM卡。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。
可选地，基于第一实施例或第一实施例的任一可选实施方式，本发明第三实施例提供了数据流量的使用控制装置，在本实施例中，参照图10，所述数据流量的使用控制装置还可包括：第二获取模块60、第二判断模块70及第二切换模块80。
所述第二获取模块60，设置为：在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
所述第二判断模块70，设置为：判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈值；
在本实施例中，在运行该应用程序时，第二获取模块60可实时或者定时 通过获取应用程序的数据流量使用量，第二判断模块70判断该数据流量使用量是否超过该应用程序对应的预设流量阈值。其中，该预设流量阈值可以是用户自己设定的，也可以是由终端通过计算得到的。
所述第二切换模块80，设置为：在所述数据流量使用量超过所述第二应用程序对应的预设流量阈值时，切换所述第二应用程序关联的SIM卡，例如，更新为所述第二应用程序分配的SIM卡。
在该应用程序的数据流量使用量超过预设流量阈值时，可关闭该应用程序关联的SIM卡的数据流量开关，打开该终端中的其他SIM卡的数据流量开关，停止使用该应用程序关联的SIM卡的数据流量，第二切换模块80切换至使用其他SIM卡的数据流量。同时，在该应用程序的数据流量使用量超过该应用程序对应预设流量阈值时，可推送提示信息，以提醒用户。
本实施例通过在运行应用程序时，实时或定时获取应用程序的数据流量使用量，判断数据流量使用量是否超过应用程序对应的预设流量阈值，在数据流量使用量超过应用程序对应的预设流量阈值时，切换应用程序关联的SIM卡。由于预先将该应用程序与该终端中的某张SIM卡关联，并预先设置该应用程序对应的预设流量阈值，当运行该应用程序时，实时或定时获取应用程序关联的SIM卡的数据流量使用量，在该应用程序关联的SIM卡的数据流量使用量超过该应用程序对应的预设流量阈值时，切换该应用程序关联的SIM卡，实现对该终端中不同SIM卡的数据流量合理使用。
本发明实施例还提供了一种计算机可读存储介质，存储有计算机可执行指令，所述计算机可执行指令被执行时实现上述数据流量的使用控制方法。
本领域普通技术人员可以理解上述实施例的全部或部分步骤可以使用计算机程序流程来实现，所述计算机程序可以存储于一计算机可读存储介质中，所述计算机程序在相应的硬件平台上(如系统、设备、装置、器件、处理器等)执行，在执行时，包括方法实施例的步骤之一或其组合。
可选地，上述实施例的全部或部分步骤也可以使用集成电路来实现，这些步骤可以被分别制作成一个个集成电路模块，或者将它们中的多个模块或步骤制作成单个集成电路模块来实现。
上述实施例中的装置/功能模块/功能单元可以采用通用的计算装置来实现，它们可以集中在单个的计算装置上，也可以分布在多个计算装置所组成的网络上。
上述实施例中的装置/功能模块/功能单元以软件功能模块的形式实现并作为独立的产品销售或使用时，可以存储在一个计算机可读取存储介质中。上述提到的计算机可读取存储介质可以是只读存储器，磁盘或光盘等。
本领域的普通技术人员可以理解，可以对本申请的技术方案进行修改或者等同替换，而不脱离本申请技术方案的精神和范围。本申请的保护范围以权利要求所定义的范围为准。
工业实用性
本发明实施例通过将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。由于预先将该应用程序与该终端中的某张SIM卡关联，当运行该应用程序时，优先使用该应用程序关联的SIM卡的数据流量，实现对该终端中不同SIM卡的数据流量合理使用。

Claims (11)

  1. 一种数据流量的使用控制方法，所述数据流量的使用控制方法包括：
    将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；
    将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  2. 如权利要求1所述的数据流量的使用控制方法，其中，
    所述将终端中大于一个应用程序进行分类包括：根据应用类型对所述终端中大于一个应用程序进行分类；
    所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤包括：
    将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
    关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  3. 如权利要求1所述的数据流量的使用控制方法，其中，
    所述将终端中大于一个应用程序进行分类包括：根据流量使用信息对所述终端中大于一个应用程序进行分类；
    所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个 应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤包括：
    将根据流量使用信息分类后的所述大于一个应用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
    关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  4. 如权利要求1至3任一项所述的数据流量的使用控制方法，所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤之后，所述数据流量的使用控制方法还包括：
    在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取为所述第一应用程序分配的第一SIM卡；
    判断当前进行数据通信的SIM卡是否为所述第一SIM卡；
    在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
  5. 如权利要求1至3任一项所述的数据流量的使用控制方法，所述将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用的步骤之后，所述数据流量的使用控制方法还包括：
    在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
    判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈 值；
    在所述数据流量使用量超过所述第二应用程序对应的预设流量阈值时，更新为所述第二应用程序分配的SIM卡。
  6. 一种数据流量的使用控制装置，所述数据流量的使用控制装置包括：
    分类模块，设置为：将终端中大于一个应用程序进行分类，并确定所述终端中大于一张SIM卡中每张SIM卡的流量信息；
    分配模块，设置为：将所述大于一张SIM卡中每张SIM卡的流量信息与分类后的所述大于一个应用程序进行匹配，为分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡，以控制分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  7. 如权利要求6所述的数据流量的使用控制装置，其中，
    所述分类模块是设置为：根据应用类型对所述终端中大于一个应用程序进行分类；
    所述分配模块包括：
    第一分配单元，设置为：将根据应用类型分类后的所述大于一个应用程序进行分组，并根据分组结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据应用类型分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
    第一关联单元，设置为：关联根据应用类型分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据应用类型分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  8. 如权利要求6所述的数据流量的使用控制装置，其中，
    所述分类模块是设置为：根据流量使用信息对所述终端中大于一个应用程序进行分类；
    所述分配模块包括：
    第二分配单元，设置为：将根据流量使用信息分类后的所述大于一个应 用程序进行排序，根据排序结果以及所述大于一张SIM卡中每张SIM卡的流量信息为根据流量使用信息分类后的所述大于一个应用程序中每个应用程序分配所述大于一张SIM卡中的SIM卡；
    第二关联单元，设置为：关联根据流量使用信息分类后的所述大于一个应用程序中每个应用程序及为该应用程序分配的SIM卡，以控制根据流量使用信息分类后的所述大于一个应用程序中每个应用程序对分配的SIM卡数据流量的使用。
  9. 如权利要求6至8任一项所述的数据流量的使用控制装置，所述数据流量的使用控制装置还包括：
    第一获取模块，设置为：在运行所述大于一个应用程序中第一应用程序或在所述第一应用程序进行数据通信时，获取为所述第一应用程序分配的第一SIM卡；
    第一判断模块，设置为：判断当前进行数据通信的SIM卡是否为所述第一SIM卡；
    第一切换模块，设置为：在当前进行数据通信的SIM卡不是所述第一SIM卡时，将当前进行数据通信的SIM卡切换为所述第一SIM卡。
  10. 如权利要求6至8任一项所述的数据流量的使用控制装置，所述数据流量的使用控制装置还包括：
    第二获取模块，设置为：在运行所述大于一个应用程序中第二应用程序时，实时或定时获取所述第二应用程序的数据流量使用量；
    第二判断模块，设置为：判断所述数据流量使用量是否超过所述第二应用程序对应的预设流量阈值；
    第二切换模块，设置为：在所述数据流量使用量超过所述第二应用程序对应的预设流量阈值时，更新为所述第二应用程序分配的SIM卡。
  11. 一种计算机可读存储介质，存储有计算机可执行指令，所述计算机可执行指令被执行时实现如权利要求1至5中任一权利要求所述的数据流量的使用控制方法。
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