CN102769838A - Mobile terminal tariff acquisition method, mobile terminal and tariff acquisition system - Google Patents

Abstract

The invention provides a mobile terminal charge acquisition method. The mobile terminal charge acquisition method comprises the following steps: acquiring a charge inquiry command of an operator and sending the charge inquiry command to the operator; receiving a charge message returned by the operator and analyzing the charge message to obtain inquiry resulting data; determining whether charge data in the inquiry resulting data is real-time data or not; if the charge data is the real-time data, local real-time charge is updated to the charge data in the inquiry resulting data; and if the charge data is not the real-time data, the charge data in the inquiry resulting data and the charge data below cut-off time point of the inquiry resulting data are added to current local real-time charge data to obtain summated charge data, and the local real-time charge data is updated to the summated charge data. The invention further provides a mobile terminal and a charge acquisition system to implement the above method. The mobile terminal charge acquisition method, the mobile terminal and the charge acquisition system can accurately count the charge of a mobile terminal.

Description

Mobile terminal tariff acquisition method, mobile terminal and tariff acquisition system

technical field

The present invention relates to the technical field of computer data processing, in particular to a mobile terminal tariff acquisition method, a mobile terminal and a tariff acquisition system.

Background technique

At present, it is more and more common for people to use computers to access the Internet. Internet traffic statistics is a function that mobile phone users, especially smart phone users, are very concerned about, because smart phones can install a variety of extended applications, and most programs All need to connect to the Internet to obtain information data and services. In order to save traffic costs, users usually order a certain monthly traffic package from the operator, for example, pay 10 yuan per month to get 100M traffic. However, if the actual use exceeds the package limit, a higher fee will be charged for the excess, resulting in an increase in mobile phone bills. Users can generally query the Internet traffic information in real time by dialing the operator's customer service number, logging on to the website, or sending a text message. However, the operator's data update is usually carried out according to a predetermined cycle, and will not be updated at any time. Therefore, the results obtained during real-time query are often different from the actual traffic, and the query results may not be accurate.

For this reason, many users will use the mobile phone side to perform traffic statistics. At present, the common methods include: installing traffic statistics software on the mobile phone to perform traffic statistics. For example, the local traffic data is counted by the traffic statistics software installed in the mobile phone, and combined with the total traffic in the mobile phone traffic package to calculate the remaining traffic of the current mobile phone. The remaining flow can be displayed in real time, and the user can also be reminded when the remaining flow is lower than or equal to the minimum set value, for example, 1M. However, when counting local traffic data, the traffic statistics software often cannot distinguish the traffic, some free traffic itself will also be included in the statistics, and some packages include more services, and the local statistics cannot be accurate. Therefore, the statistical results are often inaccurate.

Contents of the invention

The invention provides a mobile terminal tariff acquisition method, a mobile terminal and a tariff acquisition system, which can solve the problem of inaccurate statistics of mobile terminal tariffs.

In order to solve the above-mentioned problems, the present invention discloses a method for obtaining tariffs of a mobile terminal, which includes the following steps:

Obtaining the tariff query instruction of the operator, and sending the tariff query instruction to the operator;

Receive the tariff short message returned by the operator, analyze the tariff short message to obtain the query result data;

Judging whether the tariff data in the query result data is real-time data; if so, updating the local real-time tariff data to the tariff data in the query result data;

If not, add the tariff data in the query result data to the current local real-time tariff data after the cut-off time of the query result data to obtain the accumulated tariff data, and update the local real-time tariff data to the accumulated tariff data tariff data.

Further, the tariff data includes GPRS traffic, WLAN traffic, MMS traffic or call duration.

Further, the sending the tariff query instruction to the operator includes:

send on a scheduled basis; and/or

Send according to user instruction.

Further, the sending according to a predetermined time includes:

Judging whether the current time is the predetermined time, if so, sending the charging inquiry instruction.

Further, before obtaining the operator's tariff query instruction, it also includes:

Automatically identify the operator according to the package, region, and brand information set by the user; or

The carrier is determined according to the carrier information entered by the user.

Further, the judging whether the tariff data in the query result data is real-time data includes:

Judging whether the cut-off time point of the query result data is the same as the cut-off time point of the local real-time tariff data, if they are the same, it is determined that the query result data is real-time data, otherwise, it is determined that the query result data is not real-time data.

Further, said parsing said tariff short message to obtain query result data includes:

Match the content of the tariff SMS with the pre-stored template;

Parse the query result data contained in the tariff SMS content according to the matched template.

Further, said parsing said tariff short message to obtain query result data includes:

The short message of the tariff is sent to the server, and the short message of the tariff is analyzed by the server, and the parsing process is:

Match the content of the tariff SMS with the pre-stored template;

Parse the query result data contained in the tariff SMS content according to the matched template.

Further, the pre-stored template is set according to the format of the tariff short message returned by each operator.

Further, the parsing the query result data contained in the content of the tariff short message according to the matched template includes: analyzing the query result data contained in the content of the tariff short message by using a regular expression.

Further, the method also includes:

Make statistics on tariff data within a predetermined period of time and prompt.

Further, the method also includes:

Make statistics on the monthly actual tariff data and compare it with the current package tariff to judge whether the current package is reasonable. If not, select the package that matches the actual tariff data.

Further, judging whether the current package is reasonable includes:

Using the billing methods of other packages to calculate the reference fee of the current actual fee data, and comparing the reference fee with the actual fee of the current package, if the reference fee is less than the actual fee, the current package is unreasonable.

Further, the selection of a package that matches the actual tariff data includes:

According to the current monthly actual tariff data, select the package that minimizes the monthly tariff.

Further, the method also includes:

The package information of the operator is obtained, and the package information is displayed, so that the user can add and/or switch packages.

In order to solve the above problems, the present invention also discloses a mobile terminal, comprising:

The information sending and receiving module is used to obtain the tariff query instruction of the operator, and send the tariff query instruction to the operator;

The parsing module is used to receive the tariff short message returned by the operator, and analyze the tariff short message to obtain the query result data;

A judging module, configured to judge whether the tariff data in the query result data is real-time data; if so, update the local real-time tariff data to the tariff data in the query result data;

If not, add the tariff data in the query result data to the current local real-time tariff data after the cut-off time of the query result data to obtain the accumulated tariff data, and update the local real-time tariff data to the accumulated tariff data tariff data.

Further, the information transceiving module includes:

The trigger unit is configured to send a fee inquiry instruction according to a predetermined time and/or according to a user instruction.

Further, the trigger unit includes:

The time judging subunit is used for judging whether the current time is the predetermined time, and if so, sending the charging inquiry instruction.

Further, the system also includes:

The operator information acquisition module is used to automatically identify the operator according to the package, region, and brand information set by the user; or determine the operator according to the operator information input by the user.

Further, the parsing module includes:

a matching unit, configured to match the content of the tariff short message with a pre-stored template; and

The parsing unit is configured to parse the query result data contained in the tariff short message content according to the matched template.

Further, the parsing unit includes:

The regular expression parsing subunit is used for parsing the query result data contained in the charge SMS content by using regular expressions.

Further, the judging module includes:

The cut-off time point comparison unit is used to judge whether the cut-off time point of the query result data is the same as the cut-off time point of the local real-time tariff data. If they are the same, it means that the query result data is real-time data; otherwise, it means that the query result data is not real-time data .

Further, the system also includes:

The tariff acquisition module for the predetermined time period is used to make statistics and prompt the tariff data within the predetermined time period.

Further, the system also includes:

The package selection module is used to make statistics on the monthly actual tariff data and compare it with the current package to determine whether the current package is reasonable. If not, select a package that matches the actual tariff data.

Further, the package selection module includes:

The tariff calculation unit is used to calculate the reference tariff of the current actual tariff data by adopting the billing method of other packages, and compares the reference tariff with the actual tariff of using the current package, if the reference tariff is less than the actual tariff, the current package is not Reasonable.

Further, the package selection module includes:

The actual selection unit is used to select the package that minimizes the monthly tariff according to the current monthly actual tariff data.

Further, the system also includes:

The package modification module is used to obtain the package information of the operator, and display the package information for the user to add and/or switch the package.

The invention also discloses a tariff acquisition system, including:

The mobile terminal is used to obtain a tariff query instruction from an operator, and send the tariff query instruction to the operator; and receive a tariff short message returned by the operator and send the tariff short message to the server;

The server is used to analyze the tariff short message to obtain query result data, and return it to the mobile terminal;

The mobile terminal judges whether the tariff data in the query result data is real-time data; if so, the local real-time tariff data of the mobile terminal is updated to the tariff data in the query result data; if not, the query The tariff data in the result data is added to the local real-time tariff data of the current mobile terminal after the cut-off time of the query result data to obtain the accumulated tariff data, and the local real-time tariff data of the mobile terminal is updated to the accumulated tariff data data.

The invention also discloses a tariff acquisition system, including:

The mobile terminal is used to obtain a tariff query instruction from an operator, and send the tariff query instruction to the operator; and receive a tariff short message returned by the operator and send the tariff short message to the server;

The server is used to analyze the short message of the tariff to obtain the query result data, and judge whether the tariff data in the query result data is real-time data; if so, update the local real-time tariff data of the mobile terminal to the query result data in the Tariff data; if not, then the local real-time tariff data of the current mobile terminal is added to obtain the accumulated tariff data after the tariff data in the query result data and the query result data cut-off time point, and the mobile terminal's local The real-time tariff data is updated to the accumulated tariff data.

Compared with the prior art, the present invention includes the following advantages:

The mobile terminal tariff acquisition method, mobile terminal and tariff acquisition system of the present invention analyze the real-time tariff data obtained from the operator and compare it with the local real-time tariff data of the mobile terminal, thereby obtaining more accurate data. After the comparison, the tariff data of the local statistics can be automatically corrected and updated according to the comparison results, which can avoid the inaccurate statistical results of the local statistics due to the inability to understand the detailed tariff information of the operator, so that the tariff data of the local statistics The data is always updated in real time to ensure the accuracy of statistics.

Secondly, the tariff acquisition method for the mobile terminal, the mobile terminal and the tariff acquisition system of the present invention can also count the tariff data within a predetermined time period and remind them in real time, so that users can know the usage details in time and can make adjustments at any time, which is convenient User manages mobile phone charges.

In addition, it is also possible to select the most suitable package for the user by making statistics on the actual monthly tariff data and combining the various charging methods of the operator, which can facilitate the management of the package by the user and save the tariff.

Of course, any product implementing the present invention does not necessarily need to achieve all the above-mentioned advantages at the same time.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the accompanying drawings required in the embodiments. Obviously, the accompanying drawings in the following description are only some of the present invention. Embodiments, for those of ordinary skill in the art, other drawings can also be obtained based on these drawings without any creative effort.

FIG. 1 is a flow chart of Embodiment 1 of a method for obtaining tariffs for a mobile terminal of the present invention;

FIG. 2 is a flow chart of Embodiment 2 of the tariff acquisition method for the mobile terminal of the present invention;

FIG. 3 is a flow chart of Embodiment 3 of the tariff acquisition method for the mobile terminal of the present invention;

FIG. 4 is a schematic structural diagram of Embodiment 1 of the mobile terminal of the present invention;

FIG. 5 is a schematic structural diagram of Embodiment 2 of the mobile terminal of the present invention;

FIG. 6 is a schematic structural diagram of Embodiment 3 of the mobile terminal of the present invention;

FIG. 7 is a schematic structural diagram of Embodiment 4 of the mobile terminal of the present invention;

FIG. 8 is a schematic structural diagram of Embodiment 1 of the tariff acquisition system of the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. All other embodiments obtained by persons of ordinary skill in the art based on the embodiments of the present invention belong to the protection scope of the present invention.

Referring to Fig. 1 , it shows a first embodiment of a mobile terminal tariff acquisition method of the present invention, comprising the following steps:

Step 101, acquire a tariff inquiry instruction from an operator, and send the tariff inquiry instruction to the operator.

The tariff data includes traffic, call duration and other data. Specifically, if there are multiple services, traffic may also be refined, such as GPRS traffic, WLAN traffic, MMS traffic, and so on.

Sending the tariff query instruction to the operator is to write the query short message according to the operator's predetermined query requirements, and then send it to the operator through the mobile phone. It can be controlled manually or sent automatically. Wherein, the automatic sending can be realized by setting the sending time, for example, at a certain fixed time every day or a certain fixed time every week, and so on.

Specifically, the operator's predetermined tariff inquiry instruction can be obtained in advance, and the operator can also be determined before obtaining the tariff inquiry instruction. Specifically, the operator can be automatically identified according to the package, region, and brand information set by the user; or according to the user input The carrier information for identifies the carrier. After the operator is determined, the operator's tariff query instruction can be obtained by means of real-time query, reading from a pre-stored database, or inputting.

Generally, the query instruction is an acronym corresponding to the query content. For example, CXYL means to check the balance, CXYE means to check the balance, CXZD means to check the bill, CXTCYE means to check the package balance, CXTHSC means to check the call duration, and CXBJTC to check the local package. After obtaining the tariff query command scheduled by the operator, the tariff query command can be stored in the tariff acquisition software of the mobile terminal, and when necessary, the tariff query command can be directly extracted as a short message and sent to the operator's receiving platform.

In addition, relevant information about the package currently used by the user, such as the quota of various services, etc., may be obtained by sending an inquiry command to the operator, or may be manually input by the user.

Preferably, if a predetermined time is set to send the tariff query instruction, before sending the tariff query instruction, it also includes:

Judging whether the current time is the scheduled time, if so, then sending the fee query command, otherwise, not processing. For example, set the scheduled time to send the tariff query command at 22:00:00 every night. When sending a tariff query command to the operator, you can first obtain the current time from the system time of the mobile terminal or send a request to the server to obtain the current time returned by the server, and then compare it with the scheduled time 22:00:00 , to determine whether the two are at the same time. If so, it means that the current time is the scheduled time, otherwise, it is not.

Step 102, receiving the tariff short message returned by the operator, and analyzing the tariff short message to obtain query result data.

Wherein, parsing the tariff short message can be completed by a mobile terminal, or by a server. When completed by the server, the mobile terminal first needs to send the tariff short message to the server, and the server analyzes the tariff short message.

Wherein, the parsing process of the mobile terminal and the server to the tariff short message may adopt the following method:

Match the SMS content with the pre-stored template;

Parse the query result data contained in the tariff SMS content according to the matched template.

Wherein, the pre-stored template is set according to the format of the short message that each operator replies to the tariff data inquiry. The short message format of each operator's reply to the tariff inquiry can be collected in advance, made into a template and stored in the server or mobile terminal. Preferably, real-time monitoring can also be performed on the short messages sent by each operator to the tariff query, so as to update the template in time to ensure the accuracy of the template. The specific number of templates can be determined according to the short message formats included in each operator, and the templates can be in one-to-one correspondence with the short message formats. For example, a certain operator provides multiple packages, each package contains different services, and the SMS format for replying to the tariff query will also be different. At this time, a template can be set for each package.

Specifically, suppose that the text message format of a certain package replying to the tariff inquiry is "Enquiry remaining service: Hello, as of X hour and X minute on X month X day in X year, X minutes of voice and GPRS remaining XM, MMS remaining X, WLAN remaining X minutes; thank you for using the balance inquiry service". The "X" in it is the actual data during actual processing. Therefore, the SMS format of the package can be pre-stored in the server or mobile terminal as a template, and when the mobile terminal receives the tariff SMS or the server receives the content of the tariff SMS submitted by the mobile terminal, it will automatically match and extract from it. Tariff data corresponding to various services.

Parsing the query result data contained in the tariff short message content according to the matched template can be realized by using a regular expression, and the information matched according to the regular expression is the query result data. For example, for the preceding example, the following regular expressions can be used: voice remaining \d{1,9} minutes; GPRS remaining \d{1,9}([\.]\d\d)?M; MMS remaining\d {1,9} entries; \d{1,9} minutes left in WLAN; the regular expression for matching time is: \d{4}year\d{1,2}month\d{1,2}day\d {1,2} hours\d{1,2} minutes.

Step 103, judging whether the query result data is real-time data, if so, updating the local real-time tariff data to the tariff data in the query result data; if not, combining the tariff data in the query result data with the query As a result, the local real-time tariff data after the cut-off time point of the result data is added up to the current local real-time tariff data to obtain accumulated tariff data, and the local real-time tariff data is updated to the accumulated tariff data.

Judging whether the query result data is real-time data can be judged according to whether the cut-off time points of the query result data and the real-time tariff data of local statistics are the same, if the same, then the query result data is real-time data, otherwise, the query result data Not real-time data. It can be understood that whether the query result data is real-time data can be judged by the mobile terminal or by the server.

It can be understood that because the cut-off time of the query result data and the real-time tariff data of local statistics is usually accurate to the minute, if they are compared accurately, there is a high probability that the cut-off time of the two is different, so the data needs to be accumulated once. When the time difference between the cut-off time points of the two is relatively short, the traffic generated in the middle will tend to be small. For this reason, when judging whether the cut-off time points are the same, it is possible to only judge whether the year, month, and day are the same, or to judge whether the year, month, and day are the same. That is, it is specific to a certain hour of a certain day, and ignores smaller time units, thereby reducing the number of data accumulation, reducing the number of system calculations, and reducing the occupation of system resources. For example, when the year, month, and day are used as the judgment standard, the cut-off time at 12:10 on May 10, 2012 and 11:10 on May 10, 2012 may be considered the same.

The foregoing process will be described in detail below in combination with specific examples. Wherein, judging whether the query result data is real-time data is specific to a certain hour of a certain day.

Assume that the cut-off time point in the received query result data (that is, the occurrence time point of the latest data in the result data) is 10:10 on May 10, 2012. The query result data specifically includes: the call duration is 90 minutes, the GPRS traffic is 100M, and the WLAN is 200 minutes.

If the cut-off time point of the real-time tariff data of the local statistics (that is, the time point of the last local tariff data statistics before the current time point) is also 10:10 on May 10, 2012. Then it can be determined that the query result data is real-time data. At this point, you can directly update the local real-time tariff data to the call duration of 90 minutes, GPRS traffic of 100M, and WLAN of 200 minutes.

If the cut-off time of the real-time tariff data in the local statistics is 20:10 on May 10, 2012, then it can be determined that the query result data is not real-time data. At this time, it is necessary to extract the real-time tariff data of the local statistics from 10:10 on May 10, 2012 to 20:10 on May 10, 2012. The assumption is: the call duration is 20 minutes, GPRS The traffic is 2M, and the WLAN is 10 minutes. And add the real-time tariff data and query result data within these ten hours to get: call duration is 110 minutes, GPRS traffic is 102M, WLAN is 210 minutes, and then update the local real-time tariff data to the accumulated data.

Referring to Fig. 2, it shows the second embodiment of the tariff acquisition method of the mobile terminal of the present invention, which also includes the following steps after step 103 of the first embodiment:

Step 201, making statistics on tariff data within a predetermined time period and prompting.

The predetermined time period may be one day, one week or other time periods. Tariff data includes call duration, traffic and other data. The statistical method can adopt the method described in the first embodiment above. During the statistical process, the time for sending tariff query instructions to operators can be set. For example, send at a fixed time every day or every week.

After the statistics, it can be reminded every day or every week. For example, if it is reminded every day, it can be prompted when the user turns off the computer or at a predetermined time point, such as 9 o'clock every night, to remind the data of the current day. If it is prompted every week, the data of the previous week can be prompted at a certain time point on the first day of a new week, or the data of this week can be prompted at a certain time point on the last day of this week. The specific prompt time can also be set by the user.

It can be understood that for daily and weekly reminders, the weekly reminders can be obtained by summing up at the end of a week after daily statistics are used.

Referring to Fig. 3, it shows the third embodiment of the tariff acquisition method of the mobile terminal of the present invention, which also includes the following steps after the step 103 of the first embodiment and/or the second embodiment:

In step 301, the monthly actual tariff data is counted and compared with the current package to determine whether the current package is reasonable, and if not, select a package that matches the actual tariff data.

Specifically, the billing method of other packages is used to calculate the reference fee of the current actual fee data, and the reference fee is compared with the actual fee of the current package. If the reference fee is less than the actual fee, the current package is unreasonable.

It can be calculated by selecting packages one by one, that is, if the reference fee calculated by selecting a certain package is lower than the actual fee, the calculation will stop. You can also select all of them, and use the billing method of each package to calculate it once. As long as there are packages whose reference fee is less than the actual fee, it means that the current package is unreasonable.

Select a package that matches the actual tariff data, including:

According to the current monthly actual tariff data, select the package that minimizes the monthly tariff.

It can be understood that if the latter calculation method is used when judging whether the current package is reasonable, it can be directly selected, and the package with the lowest reference fee is the package with the lowest monthly fee. If the former calculation method is used, at this time, it is necessary to calculate the reference fee of the current monthly actual fee data according to the billing method of other packages, and then select the minimum value.

For example, the package currently used by the user is 88 yuan, which includes three services: talk time, GPRS and WLAN. The limits of the three services are: talk time is 200 minutes, GPRS traffic is 200M, and WLAN is 2400 minutes. But the actual tariff data is 90 minutes of talk time, 100M of GPRS traffic, and 900 minutes of WLAN. Assume that the operator also provides a package of 58 yuan, and the limits of the three are: the call time is 100 minutes, the GPRS traffic is 100M, and the WLAN is 1000 minutes. It can be seen that the 58 yuan package is closer to the actual tariff data than the 88 yuan package. From the perspective of saving tariffs, the 58 yuan package can be used to replace the 88 yuan package.

Or, if the actual tariff data is 90 minutes of call time, 110M of GPRS traffic, and 900 minutes of WLAN. At this time, if the GPRS traffic exceeds the limit of the 58 yuan package, an additional fee is required. However, if the cost of exceeding the limit is less than 30 yuan, the actual tariff will still be less than the tariff required for the 88 yuan package. Therefore, you can still choose the 58 yuan package as a new package.

It can be understood that after selecting a package that matches the actual tariff data, a request to change the package can be automatically sent to the operator, or a mobile phone user can be prompted to decide whether to change it. If the request for changing the package is automatically sent to the operator, it is necessary to pre-store the relevant SMS instruction for changing the package, and automatically send the SMS instruction to the operator when necessary.

Preferably, on the basis of the foregoing three embodiments, the following steps may also be included:

The package information of the operator is obtained, and the package information is displayed, so that the user can add and/or switch packages.

Specifically, the mobile terminal of the present invention can automatically obtain the package information of the operator where the current mobile phone is located from the network or server, or can be obtained after manual input by the user. The addition or switching of packages is realized by displaying various package information on the display interface of the mobile terminal and providing an interface for adding and/or switching packages. After the user adds and/or switches packages, the background can automatically send the corresponding SMS instructions to the operator.

Referring to FIG. 4 , it shows the first embodiment of the mobile terminal of the present invention, including an information transceiving module 10 , an analyzing module 30 and a judging module 40 .

The information transceiving module 10 is configured to acquire a charge inquiry instruction of an operator, and send the charge inquiry instruction to the operator. Preferably, the information transceiving module 10 includes a trigger unit, configured to send a tariff inquiry instruction according to a predetermined time and/or according to a user instruction. Wherein, when the triggering unit sends the tariff query instruction according to the predetermined time, it may further include a time judging subunit, which is used to judge whether the current time is the predetermined time, and if so, send the tariff query instruction.

The parsing module 30 is configured to receive the tariff short message returned by the operator, and analyze the tariff short message to obtain query result data. Preferably, the analysis module 30 includes a matching unit and an analysis unit. The matching unit is used for matching the content of the tariff short message with the pre-stored template. The parsing unit is configured to parse the query result data contained in the tariff short message content according to the matched template. Further, the parsing unit includes a regular expression parsing subunit, which is used to parse the query result data contained in the charge short message content by using a regular expression.

Judging module 40, for judging whether the tariff data in the query result data is real-time data; if so, update the local real-time tariff data to the tariff data in the query result data; if not, update the query result The tariff data in the data is added to the current local real-time tariff data after the cut-off time of the query result data to obtain the accumulated tariff data, and the local real-time tariff data is updated to the accumulated tariff data. Preferably, judging whether the query result data is real-time data can be judged by the cut-off time point. At this time, the judging module includes a cut-off time point comparison unit for judging the cut-off time point of the query result data and the cut-off time point of the local real-time tariff data Whether they are the same, if they are the same, it means that the query result data is real-time data, otherwise, it means that the query result data is not real-time data.

It can be understood that before the information transceiving module 10 sends the tariff query instruction to the operator, the operator information can also be obtained in advance. Automatically identify the operator; or determine the operator based on the operator information entered by the user

Referring to FIG. 5 , it shows the second embodiment of the mobile terminal of the present invention. The system also includes a predetermined time period charging acquisition module 50 for collecting and prompting the charging data within the predetermined time period.

With reference to Fig. 6, mobile terminal embodiment three of the present invention is shown, and this system also comprises package selection module 60, is used for the monthly actual charge data is carried out statistics, and compares with current package, judges whether current package is reasonable, if If not, select a package that matches the actual tariff data.

Preferably, the package selection module 60 includes a tariff calculation unit and/or an actual selection unit. Wherein, the tariff calculation unit is used to calculate the reference tariff of the current actual tariff data by adopting the billing method of other packages, compare the reference tariff with the actual tariff of using the current package, if the reference tariff is less than the actual tariff, then the current The set menu is unreasonable. The actual selection unit is used to select the package that minimizes the monthly tariff according to the current monthly actual tariff data.

Referring to Fig. 7, it shows the fourth embodiment of the mobile terminal of the present invention, the system also includes a package modification module 70, which is used to obtain the operator's package information, and display the package information for the user to add and/or switch combo.

Referring to FIG. 8 , it shows the tariff acquisition system of the present invention, including a mobile terminal 81 and a server 83 .

Wherein, the mobile terminal 81 is used to obtain the tariff query instruction of the operator, and send the tariff query instruction to the operator; and receive the tariff short message returned by the operator and send the tariff short message to the server.

The server 83 is configured to analyze the tariff short message to obtain query result data, and return it to the mobile terminal. Mobile terminal 81, after receiving the query result data that server 83 returns, judges whether the charge data in the query result data is real-time data; Tariff data; if not, then the local real-time tariff data of the current mobile terminal is added to obtain the accumulated tariff data after the tariff data in the query result data and the query result data cut-off time point, and the mobile terminal's local The real-time tariff data is updated to the accumulated tariff data.

It can be understood that the judging process can also be completed by the server 83 . That is, the server 83 judges whether the tariff data in the query result data is real-time data after analyzing the tariff short message to obtain the query result data, and updates the tariff data in the mobile terminal according to the judgment result.

Specifically include: the server 83 judges whether the tariff data in the query result data is real-time data; if so, then update the local real-time tariff data of the mobile terminal to the tariff data in the query result data; if not, then update the adding the tariff data in the query result data to the local real-time tariff data of the current mobile terminal after the cut-off time of the query result data to obtain the accumulated tariff data, and updating the local real-time tariff data of the mobile terminal to the accumulated tariff data.

The mobile terminal tariff acquisition method, mobile terminal and tariff acquisition system of the present invention analyze the real-time tariff data obtained from the operator and compare it with the local real-time tariff data of the mobile terminal, thereby obtaining more accurate data. After the comparison, the tariff data of the local statistics can be automatically corrected and updated according to the comparison results, which can avoid the inaccurate statistical results of the local statistics due to the inability to understand the detailed tariff information of the operator, so that the tariff data of the local statistics The data is always updated in real time to ensure the accuracy of statistics.

Secondly, the tariff acquisition method for the mobile terminal, the mobile terminal and the tariff acquisition system of the present invention can also count the tariff data within a predetermined time period and remind them in real time, so that users can know the usage details in time and can make adjustments at any time, which is convenient User manages mobile phone charges.

In addition, it is also possible to select the most suitable package for the user by making statistics on the actual monthly tariff data and combining the various tariffs of the operator, which can facilitate the management of the package by the user and save the tariff.

It can be seen from the above description of the implementation manners that those skilled in the art can clearly understand that the present invention can be implemented by means of software plus a necessary general hardware platform. Based on this understanding, the essence of the technical solution of the present invention or the part that contributes to the prior art can be embodied in the form of software products, and the computer software products can be stored in storage media, such as ROM/RAM, disk , CD, etc., including several instructions to make a computer device (which may be a personal computer, server, or network device, etc.) execute the methods described in various embodiments or some parts of the embodiments of the present invention.

Each embodiment in this specification is described in a progressive manner, the same and similar parts of each embodiment can be referred to each other, and each embodiment focuses on the differences from other embodiments. In particular, for the device or system embodiments, since they are basically similar to the method embodiments, the description is relatively simple, and for relevant parts, refer to part of the description of the method embodiments. The device and system embodiments described above are only illustrative, and the units described as separate components may or may not be physically separated, and the components shown as units may or may not be physical units, that is, It can be located in one place, or it can be distributed to multiple network elements. Part or all of the modules can be selected according to actual needs to achieve the purpose of the solution of this embodiment. It can be understood and implemented by those skilled in the art without creative effort.

The tariff acquisition method of the mobile terminal provided by the present invention, the mobile terminal and the tariff acquisition system have been introduced in detail above. In this paper, specific examples have been used to illustrate the principle and implementation of the present invention. The description of the above embodiments is only for To help understand the method of the present invention and its core idea; at the same time, for those of ordinary skill in the art, according to the idea of the present invention, there will be changes in the specific implementation and scope of application. In summary, the content of this specification It should not be construed as limiting the invention.

Claims (29)

1. the rate acquisition methods of a portable terminal is characterized in that, may further comprise the steps:

Obtain the charge querying instruction of operator, and send said charge querying instruction to operator;

Receive the rate note that operator returns, resolve said rate note and obtain the Query Result data;

Judge whether the tariff data in the said Query Result data is real time data; If then the real-time tariff data in this locality is updated to the tariff data in the said Query Result data;

If not; Then with the tariff data after obtaining adding up to current local tariff data addition in real time after tariff data in the said Query Result data and the Query Result data deadlines point, and the real-time tariff data in this locality is updated to the tariff data after said the adding up.

2. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, said tariff data comprises GPRS flow, WLAN flow, MMS flow quantity or the duration of call.

3. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, saidly sends the instruction of said charge querying to operator and comprises:

Send according to the scheduled time; And/or

Send according to user instruction.

4. the rate acquisition methods of portable terminal as claimed in claim 3 is characterized in that, the said transmission according to the scheduled time comprises:

Judge whether the current time is the scheduled time, if then send said charge querying instruction.

5. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, said charge querying instruction of obtaining operator also comprises before:

Set meal, region, brand message according to the user is provided with are discerned operator automatically; Or

Operator's informaiton according to user's input is confirmed operator.

6. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, saidly judges whether the tariff data in the said Query Result data is that real time data comprises:

Whether some deadline of judging the Query Result data is identical with some deadline of local tariff data in real time, if identical, judges that then the Query Result data are real time data, otherwise, judge that then the Query Result data are not real time datas.

7. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, the said rate note of said parsing obtains the Query Result data and comprises:

The rate short message content and the template that prestores are mated;

Resolve the Query Result data that comprise in the rate short message content according to the template that matches.

8. the rate acquisition methods of portable terminal as claimed in claim 1 is characterized in that, the said rate note of said parsing obtains the Query Result data and comprises:

Said rate note is sent to server, by said server said rate note is resolved, said resolving is:

The rate short message content and the template that prestores are mated;

Resolve the Query Result data that comprise in the rate short message content according to the template that matches.

9. like the rate acquisition methods of claim 7 or 8 described portable terminals, it is characterized in that the said template that prestores is set according to the rate messaging format that each operator returns.

10. like the rate acquisition methods of claim 7 or 8 described portable terminals; It is characterized in that, saidly resolve the Query Result data that comprise in the rate short message content according to the template that matches and comprise: adopt regular expression to resolve the Query Result data that comprise in the rate short message content.

11. the rate acquisition methods like each described portable terminal of claim 1 to 8 is characterized in that, said method also comprises:

Tariff data in the predetermined amount of time is added up and pointed out.

12. the rate acquisition methods like each described portable terminal of claim 1 to 8 is characterized in that, said method also comprises:

Actual tariff data to every month are added up, and compare with current set meal rate, judge whether current set meal is reasonable, if not, then choose the set meal that is complementary with the actual tariff data.

13. the rate acquisition methods of portable terminal as claimed in claim 12 is characterized in that, judges whether current set meal rationally comprises:

Adopt the charging way of other set meals to calculate the reference rate of current actual tariff data, compare with the actual tariff that uses current set meal with reference to rate said, if with reference to rate less than actual tariff, then current set meal is unreasonable.

14. the rate acquisition methods of portable terminal as claimed in claim 12 is characterized in that, the said set meal that is complementary with the actual tariff data of choosing comprises:

According to current every month actual tariff data, choose and make every month minimum set meal of rate.

15. the rate acquisition methods like each described portable terminal of claim 1 to 8 is characterized in that, said method also comprises:

Obtain the package information of operator, and said package information is showed, add and/or switch set meal for the user.

16. a portable terminal is characterized in that, comprising:

Signal dispatcher module is used to obtain the charge querying instruction of operator, and sends said charge querying to operator and instruct;

Parsing module is used to receive the rate note that operator returns, and resolves said rate note and obtains the Query Result data;

Judge module is used for judging whether the tariff data of said Query Result data is real time data; If then the real-time tariff data in this locality is updated to the tariff data in the said Query Result data;

If not; Then with the tariff data after obtaining adding up to current local tariff data addition in real time after tariff data in the said Query Result data and the Query Result data deadlines point, and the real-time tariff data in this locality is updated to the tariff data after said the adding up.

17. portable terminal as claimed in claim 16 is characterized in that, said signal dispatcher module comprises:

Trigger element is used for sending the charge querying instruction according to the scheduled time and/or according to user instruction.

18. portable terminal as claimed in claim 17 is characterized in that, said trigger element comprises:

The time judgment sub-unit is used to judge whether the current time is the scheduled time, if then send said charge querying instruction.

19. portable terminal as claimed in claim 16 is characterized in that, said system also comprises:

The operator's informaiton acquisition module is used for discerning operator automatically according to set meal, region, brand message that the user is provided with; Or confirm operator according to the operator's informaiton of user input.

20. portable terminal as claimed in claim 16 is characterized in that, said parsing module comprises:

Matching unit is used for the rate short message content and the template that prestores are mated; With

Resolution unit is used for resolving the Query Result data that the rate short message content comprises according to the template that matches.

21. portable terminal as claimed in claim 20 is characterized in that, said resolution unit comprises:

Regular expression is resolved subelement, is used for adopting regular expression to resolve the Query Result data that the rate short message content comprises.

22. portable terminal as claimed in claim 16 is characterized in that, said judge module comprises:

Put comparing unit deadline; Be used to judge whether some deadline of Query Result data is identical with some deadline of local tariff data in real time, if identical, explains that then the Query Result data are real time data; Otherwise, explain that then the Query Result data are not real time datas.

23., it is characterized in that said system also comprises like each described portable terminal of claim 16 to 22:

Predetermined amount of time rate acquisition module is used for the tariff data in the predetermined amount of time is added up and pointed out.

24., it is characterized in that said system also comprises like each described portable terminal of claim 16 to 22:

Set meal is chosen module, is used for every month actual tariff data are added up, and compares with current set meal, judges whether current set meal is reasonable, if not, then chooses the set meal that is complementary with the actual tariff data.

25. portable terminal as claimed in claim 24 is characterized in that, said set meal is chosen module and is comprised:

The rate computing unit; Be used to adopt the charging way of other set meals to calculate the reference rate of current actual tariff data; Compare with the actual tariff that uses current set meal with reference to rate said, if with reference to rate less than actual tariff, then current set meal is unreasonable.

26. portable terminal as claimed in claim 24 is characterized in that, said set meal is chosen module and is comprised:

The actual unit of choosing is used for the actual tariff data according to current every month, chooses to make every month minimum set meal of rate.

27., it is characterized in that said system also comprises like each described portable terminal of claim 16 to 22:

The set meal modified module is used to obtain the package information of operator, and said package information is showed, adds and/or switch set meal for the user.

28. rate obtain system, it is characterized in that, comprising:

Portable terminal is used to obtain the charge querying instruction of operator, and sends said charge querying to operator and instruct; And receive rate note that operator returns and said rate note is sent to server;

Server is used to resolve said rate note and obtains the Query Result data, and returns to portable terminal;

Said portable terminal judges whether the tariff data in the said Query Result data is real time data; If then the local tariff data in real time with portable terminal is updated to the tariff data in the said Query Result data; If not; Then with the tariff data after obtaining adding up to the local tariff data addition in real time of current portable terminal after tariff data in the said Query Result data and the Query Result data deadlines point, and the local tariff data in real time of portable terminal is updated to the tariff data after said the adding up.

29. rate obtain system, it is characterized in that, comprising:

Portable terminal is used to obtain the charge querying instruction of operator, and sends said charge querying to operator and instruct; And receive rate note that operator returns and said rate note is sent to server;

Server is used to resolve said rate note and obtains the Query Result data, and judges whether the tariff data in the said Query Result data is real time data; If then the local tariff data in real time with portable terminal is updated to the tariff data in the said Query Result data; If not; Then with the tariff data after obtaining adding up to the local tariff data addition in real time of current portable terminal after tariff data in the said Query Result data and the Query Result data deadlines point, and the local tariff data in real time of portable terminal is updated to the tariff data after said the adding up.

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