CN103813003B - Data sharing method and the mobile terminal of mobile terminal in call - Google Patents

Abstract

The present application discloses a data sharing method of a mobile terminal during a call and the mobile terminal, wherein the mobile terminal includes: a voice control module with a voice control function, which is used to In the process, it starts after receiving the voice wake-up command issued by the user; it is also used to receive the voice operation command issued by the user, and judges whether the data in the first mobile terminal needs to be obtained to execute the operation command; it is also used to analyze the The configuration information of the first mobile terminal obtained by the module establishes data sharing between the mobile terminal and the first mobile terminal, and uses the obtained data to execute operation instructions; the analysis module is used to determine that the voice control module needs to obtain the first mobile terminal. After receiving the data in a mobile terminal, obtain configuration information from the first mobile terminal through the mobile voice network. When the application shares data during a call, the user does not need to perform any manual operations on the mobile terminal.

Description

Data sharing method of mobile terminal during call and mobile terminal

technical field

The present application relates to the technical field of mobile communication, and in particular to a data sharing method of a mobile terminal during a call and the mobile terminal.

Background technique

With the continuous development of mobile communication technology, new mobile communication technologies emerge in an endless stream. Mobile terminals such as mobile phones and PDAs (Personal Digital Assistants) are becoming more and more popular due to their advantages of mobility and portability, and have become a must for people to carry with them. An indispensable communication tool. In addition to the most basic voice call function, existing mobile terminals also have data communication functions such as surfing the Internet, sending and receiving emails and short messages, and data sharing. Through the data sharing function of mobile terminals, people can share data in mobile terminals, such as short messages, emails, multimedia data (pictures, music and videos, etc.), application data (such as contact data, schedule data, etc.) Data transmission is performed between mobile terminals, thereby greatly facilitating user interaction data.

In the prior art, when wanting to send data in one's own mobile terminal to other mobile terminals, or to access data in other mobile terminals, the user needs to perform corresponding operations on the mobile terminal to realize the mobile terminal data sharing among them. For example, when wanting to send the contact information of a certain contact person saved in one's own mobile terminal to other mobile terminals, the user needs to find the information of the contact person in the address book, and then send the information of the contact person to other mobile terminals. or, when wanting to share a picture, the user needs to find the picture to be sent in the relevant folder, and select a corresponding method (for example, bluetooth, mail, etc.) to send the picture to other mobile terminals. Like this, bring inconvenience for the user. In particular, if the user needs to share data in the mobile terminal during a call using the mobile terminal, the user may also need to suspend the call and perform corresponding operations on the mobile terminal to realize data sharing, which is very inconvenient.

Contents of the invention

This application provides a data sharing method for a mobile terminal during a call and a mobile terminal to solve the problem that in the prior art, when a mobile terminal performs data sharing during a call, the user needs to operate the mobile terminal to complete it, which brings inconvenience to the user The problem.

The technical scheme of the application is as follows:

In one aspect, a mobile terminal is provided, including:

The voice control module with voice control function is used to start after receiving the voice wake-up instruction from the user when the mobile terminal is talking with the first mobile terminal; it is also used to receive the voice operation from the user Instructions, and determine whether to execute the operation instructions need to obtain the data in the first mobile terminal; also used to establish data sharing between the mobile terminal and the first mobile terminal according to the configuration information of the first mobile terminal obtained by the analysis module , use the obtained data to execute the operation instruction;

The analysis module is used to acquire configuration information from the first mobile terminal through the mobile voice network after the voice control module determines that the data in the first mobile terminal needs to be acquired.

On the other hand, a method for data sharing of a mobile terminal during a call is also provided, including:

When the mobile terminal is talking with the first mobile terminal, after receiving the voice wake-up command from the user, start the voice control module with voice control function;

The voice control module receives the voice operation instruction sent by the user, and judges whether the data in the first mobile terminal needs to be obtained to execute the operation instruction;

After the voice control module determines that the data in the first mobile terminal needs to be obtained, the analysis module obtains configuration information from the first mobile terminal through the mobile voice network;

The voice control module establishes data sharing between the mobile terminal and the first mobile terminal according to the configuration information of the first mobile terminal acquired by the analysis module, and uses the acquired data to execute operation instructions.

In the technical solution of the present application, the mobile terminal can share data with one or more other mobile terminals that are in the call according to the voice operation instructions issued by the user, so as to achieve the purpose of data sharing between multiple parties in the call, and the mobile After the terminal obtains the data in other mobile terminals in the call, it can use the obtained data to complete the operation instructions issued by the user during the call. Therefore, when it is necessary to share data during the call, the user only needs to verbally issue instructions to the mobile terminal. Operation instructions, the voice control module in the mobile terminal can share data with other mobile terminals that are talking according to the operation instructions, and use the shared data to complete the user's operation instructions, so that the user does not need to perform any manual operations on the mobile terminal, let alone It is very convenient to pause the call during the call.

Description of drawings

FIG. 1 is a schematic structural diagram of a mobile terminal according to Embodiment 1 of the present application;

FIG. 2 is another schematic structural diagram of the mobile terminal according to Embodiment 1 of the present application;

3 is a schematic flow diagram of a data sharing method for a mobile terminal during a call when it is used as the master terminal according to Embodiment 2 of the present application;

FIG. 4 is a schematic flowchart of a data sharing method for a mobile terminal during a call when it is a non-master terminal according to Embodiment 2 of the present application.

detailed description

In order to solve the problem in the prior art that when a mobile terminal performs data sharing during a call, the user needs to operate the mobile terminal to complete the operation, which brings inconvenience to the user, the following embodiments of the present application provide a mobile terminal and a A data sharing method for a mobile terminal during a call. In the following embodiments of the present application, a voice control module with a voice control function is set in the mobile terminal, and the user can issue a special voice wake-up command to start the voice control module during a call using the mobile terminal, thereby enabling The voice control module in the mobile terminal is activated during the call of the mobile terminal. Next, the user can issue voice operation instructions. After the voice control module receives the operation instructions, it will first analyze the operation instructions to determine whether to execute Whether the operation instruction needs to obtain the data in other mobile terminals that are talking with the mobile terminal, when the voice control module determines that the data in the other mobile terminals needs to be obtained, the analysis module passes through the mobile voice network (that is, the mobile terminal and the mobile terminal) call connection between other mobile terminals) to obtain the configuration information of the other mobile terminal, and the voice control module can establish data sharing between the mobile terminal and the other mobile terminal according to the configuration information, so that the other mobile terminal can The relevant data required to execute the operation instruction is obtained from the computer, and the user's operation instruction is completed according to the relevant data. Through the above-mentioned technical solution, the mobile terminal can realize data sharing with one or more other mobile terminals in the call process according to the voice operation instruction issued by the user, so as to achieve the purpose of data sharing among multiple parties in the call, and the mobile terminal After obtaining the data in other mobile terminals in the call, the obtained data can be used to complete the operation instructions sent by the user during the call, so that when the data needs to be shared during the call, the user only needs to verbally issue operations to the mobile terminal instruction, the voice control module in the mobile terminal can share data with other mobile terminals that are talking according to the operation instruction, and use the shared data to complete the user's operation instruction, so that the user does not need to perform any manual operations on the mobile terminal, let alone in the It is very convenient to suspend the call during the call. In addition, the technical solution of the present application can effectively improve the voice control capability of the mobile terminal, and the voice control module can respond to voice commands in various states, greatly improving the work efficiency of the mobile terminal.

Embodiment one

1. As the main control terminal

The mobile terminal in Embodiment 1 of the present application may be referred to as a third mobile terminal for the convenience of description. During a call with one or more first mobile terminals, it will immediately Wake up the voice control module, after the voice control module receives the voice operation instruction sent by the user, it will establish data sharing with the first mobile terminal and complete the user's operation instruction. At this time, the third mobile terminal can be called the main control terminal , and the first mobile terminal may be called a non-master terminal. As shown in FIG. 1 , the third mobile terminal as the main control terminal includes the following modules: a voice control module 10 with a voice control function, an analysis module 20 and a data sharing module 30 , and the functions of each module are introduced below.

The voice control module 10 is used for starting after receiving the wake-up instruction of the voice sent by the user when the third mobile terminal is talking with one or more first mobile terminals; An operation instruction of the voice issued, and judge whether to execute the operation instruction needs to obtain the data in the first mobile terminal; it is also used to send an authorization request message to the first mobile terminal through the mobile voice network, wherein the authorization request message is used for Request to obtain the authorization of the first mobile terminal, and after receiving the authorization response message returned by the first mobile terminal through the mobile voice network, according to the configuration information of the first mobile terminal obtained by the analysis module 20 (specifically, the configuration information is saved In the data sharing module 30), establish data sharing between the third mobile terminal and the first mobile terminal, use the obtained data to execute the operation instruction, wherein the authorization response message is used to indicate that the third mobile terminal has obtained the authorization . This requires the voice control module to be able to better recognize voice commands, and the voice control module has a higher noise reduction processing capability.

In the actual implementation process, the voice control module 10 establishes a data network link between the third mobile terminal and the first mobile terminal according to the configuration information of the first mobile terminal, and establishes a connection between the third mobile terminal and the first mobile terminal through the link. data sharing among them. Afterwards, the relevant data in the first mobile terminal and the relevant data in the third mobile terminal can be accessed and obtained through the data sharing module 30. Specifically, the voice control module 10 issues the data sharing module 30 according to the operation instruction. The query request message is used to request the relevant data required to execute the operation instruction. After the data sharing module 30 receives the query request message, it can obtain the relevant data in the third mobile terminal and obtain the relevant data from the first mobile terminal , and return to the voice control module 10. The voice control module 10 can use the relevant data sent by the data sharing module 30 to execute the operation instruction.

In addition, in an actual implementation process, the voice control module 10 needs to obtain authorization from the first mobile terminal in order to obtain the shared data in the first mobile terminal as a non-master terminal. The voice control module 10 includes a voice control authorization service, which can initiate an authorization request message to the first mobile terminal. After obtaining the authorization of the first mobile terminal, the voice control module 10 can establish data sharing between the third mobile terminal and the first mobile terminal.

The analysis module 20 is used to obtain configuration information from the first mobile terminal through the mobile voice network of the mobile operator after the voice control module 10 determines that the data in the first mobile terminal needs to be obtained, and use the obtained first mobile terminal After the configuration information is analyzed, it is sent to the data sharing module 30 for storage. Wherein, the configuration information may include basic configuration information such as phone number, model, and whether data sharing can be established.

In an actual implementation process, in order to acquire the configuration information of the first mobile terminal, the analysis module 20 may send a configuration information acquisition request message to the first mobile terminal, so as to acquire the configuration information of the first mobile terminal.

The data sharing module 30 is used to save the configuration information of the first mobile terminal obtained by the analysis module 20; it is also used to obtain the configuration information of the third mobile terminal after receiving the query request message sent by the voice control module 10 according to the operation instruction. Relevant data and obtaining relevant data from the first mobile terminal, and sending the obtained relevant data to the voice control module 10 . Wherein, the above-mentioned related data includes: application data in the application program module, for example, the application program module may be a business card holder module, a calendar schedule module, and the like. Apparently, the above-mentioned related data may also be data in the internal memory and storage card of the mobile terminal, for example, email, short message and multimedia data.

In the actual implementation process, the content of the wake-up instruction can be set in advance by the user in the mobile terminal. In this way, as shown in FIG. 2 , the mobile terminal can also include: an interface module 40 and a saving module 50 . Wherein, the interface module 40 is used to provide an interface to receive the setting information input by the user, wherein the setting information includes: the content of the wake-up instruction; the saving module 50 is used to save the setting information received by the interface module 40, that is, the setting information of the wake-up instruction content. Apparently, the content of the wake-up instruction may also be self-contained in the mobile terminal system. After the mobile terminal receives the wake-up command of the voice sent by the user, analyze the content of the received wake-up command, judge whether the content is completely consistent with the content of the wake-up command saved in the preservation module 50, if consistent, wake up or start voice control The module 10, otherwise, ignores the received wake-up instruction and does not wake up the voice control module 10. For example, the content of the wake-up command preset by the user or carried by the system is: S-Voice voice control is enabled, and the user sends out the voice "S-Voice voice control is enabled". After the control module 10 is started, it can also issue a voice to ask the user whether to issue an operation instruction.

Since the user is giving a voice operation command during a call, in order to better distinguish the voice set and the command set by the voice control module, it is necessary to add characteristic content for identifying the operation command in the operation command, for example, in the operation command Add a special prefix: S-Voice Please listen, please help me execute. Similarly, the feature content used to identify the operation instruction can also be pre-set by the user in the mobile terminal. At this time, the interface module 40 is used to provide an interface to receive the setting information input by the user, wherein the setting information includes: Identify whether the received voice is the characteristic content of an operation instruction; the saving module 50 is used to save the setting information received by the interface module 40 , that is, the characteristic content of the operation instruction. Apparently, the characteristic content of the operation instruction may also be self-contained in the mobile terminal system. After the voice control module 10 receives the voice that the user sends out, analyze the content of the voice that receives, judge whether to comprise the feature content of the operation instruction that preserves in the module 50 in this content, if include, then determine that the voice that receives is Operation command, otherwise, ignore the voice.

In addition, after the voice control module 10 executes the operation instruction issued by the user, it is also used to update the relevant data in the third mobile terminal according to the operation result obtained by executing the operation instruction, and send the operation result to the third mobile terminal through the data sharing module 30. The first mobile terminal, so as to update the relevant data in the first mobile terminal. Specifically, the specific process of sending the operation result to the first mobile terminal through the data sharing module 30 may be: the data control module 10 sends the operation result to the data sharing module 30, and then the data sharing module 30 sends the operation result through The data network link is sent to the first mobile terminal.

In the above-mentioned embodiment, after the voice control module in the master terminal establishes the data sharing between the mobile terminal and the non-master terminal, it can read and update the related data in the mobile terminal at any time through the data sharing module. Data and related data in the non-master terminal, and use the read related data to complete the voice operation instruction given by the user. When obtaining the configuration information and authorization of the non-master terminal, the corresponding configuration information acquisition request message and authorization request message can be sent to the non-master terminal through the instruction code, and the bandwidth occupation is very small. It is also a local operation that the voice control module sends a query request message to the data sharing module to perform data query and does not occupy bandwidth. When sharing data between mobile terminals, the shared data only includes the data required to execute the operation instruction, which can reduce bandwidth usage to a minimum.

2. As a non-master terminal

Similarly, the third mobile terminal in Embodiment 1 of the present application may also serve as a non-master terminal during a call with the second mobile terminal. At this time, the structure of the third mobile terminal in the embodiment of the present application is still as shown in FIG. 1 and FIG. 2 . The functions of each module in the third mobile terminal as a non-master terminal are as follows:

The analysis unit 20 is further configured to, when the third mobile terminal is talking with the second mobile terminal as the main control terminal, after receiving the configuration information acquisition request message sent by the second mobile terminal through the mobile voice network, Send the configuration information of the third mobile terminal to the second mobile terminal through the mobile voice network;

The voice control module 10 is also used for sending an authorization inquiry message of voice after receiving the authorization request message sent by the second mobile terminal through the mobile voice network, and the authorization inquiry message is used to ask the user whether to allow the second mobile terminal Authorize, and, after receiving the authorization instruction of the voice issued by the user for indicating that authorization is allowed, send an authorization response message for indicating that the second mobile terminal has obtained authorization to the second mobile terminal through the mobile voice network; like this, the user All it takes is a simple verbal authorization.

For example, after receiving the authorization request message sent by the second mobile terminal, the voice control module 10 sends a voice authorization inquiry message: "Do you allow authorization?" Receive the user's "authorization allowed", then the voice control module 10 sends an authorization response message for indicating that the second mobile terminal has obtained authorization to the second mobile terminal, if the user's "authorization is not allowed" is received, the voice control The module 10 sends an authorization response message for indicating that the second mobile terminal is not authorized to the second mobile terminal.

The data sharing module 30 is further configured to acquire relevant data in the third mobile terminal and send it to the second mobile terminal after receiving the data acquisition request message sent by the second mobile terminal, and, after receiving the second mobile terminal After the operation result sent after the operation instruction is executed, the operation result is sent to the voice control module 10 to update the relevant data in the third mobile terminal.

In the first embodiment above, the voice control module has the ability to analyze multiple voice commands at the same time, can distinguish the voice of the user, and can judge whether the voice operation command issued by the user needs the support of simultaneous operation of multiple terminals. Each mobile terminal uses high-definition voice equipment. The mobile terminal can filter noises and surrounding noises so that the voice control module can better analyze the semantics of voice commands. Each time the voice control module receives an operation instruction, it can repeat the operation instruction and allow the user to correct its semantic analysis errors, thereby ensuring the correctness of the voice instruction semantics.

Embodiment two

As shown in FIG. 3 , when used as the master terminal, the operations performed by each module in the third mobile terminal in the first embodiment include the following steps in order to realize data sharing during a call:

Step S301, when the third mobile terminal is in the process of talking with the first mobile terminal as a non-master terminal, after receiving the voice wake-up instruction from the user, start the voice control module with voice control function;

During the multi-party call of the mobile terminal, the user issues a voice wake-up command, and the mobile terminal wakes up its own voice control module. At this time, the mobile terminal is the master terminal, and other online terminals are non-master terminals.

In the actual implementation process, the content of the wake-up instruction can be set in advance by the user in the mobile terminal, so that the interface module in the mobile terminal will provide an interface to receive the setting information input by the user, wherein the setting information includes: wake-up instruction and, after receiving the setting information, send it to the saving module for saving.

Step S302, after starting, the voice control module receives a voice operation instruction from the user;

Step S303, the voice control module judges whether it is necessary to obtain the data in the first mobile terminal to execute the operation instruction, if not, proceed to step S304, and if necessary, proceed to step S305;

After the voice control module of the main control terminal is woken up, it receives the user's voice operation instruction and analyzes whether the execution of the operation command needs to obtain data support from the non-master terminal.

In addition, in the actual implementation process, in order to allow the voice control module to better distinguish between the user's call set and instruction set, the operation command can contain characteristic content for identifying the operation command, for example, adding a special Prefix for: S-Voice Please listen, please help me execute. The feature content used to identify the operation instruction can also be pre-set by the user in the mobile terminal. At this time, the interface module in the mobile terminal will provide an interface to receive the setting information input by the user, wherein the setting information includes: Identify whether the received voice is the characteristic content of the operation instruction, and then send the setting information to the saving module for saving after receiving the setting information.

In step S304, it is only necessary to obtain relevant data in the third mobile terminal and execute the operation command;

Step S305, the analysis module acquires configuration information from the first mobile terminal through the mobile voice network, and sends the acquired configuration information of the first mobile terminal to the data sharing module after analyzing;

When the analysis result of the voice control module shows that it is necessary to obtain the data support of the non-master terminal, the analysis unit sends a configuration information acquisition request message to the non-master terminal, that is, the first mobile terminal, according to the online status of the call, to obtain the first mobile terminal. Terminal configuration information. After receiving the configuration information acquisition request message through the mobile voice network, the analysis module in the first mobile terminal sends the configuration information of the third mobile terminal to the main control terminal through the mobile voice network.

Step S306, the voice control module sends an authorization request message to the first mobile terminal through the mobile voice network, wherein the authorization request message is used to request authorization of the first mobile terminal;

After receiving the authorization request message, the voice control module in the first mobile terminal sends out a voice authorization inquiry message, and the authorization inquiry message is used to ask the user whether to allow authorization to the second mobile terminal. After the authorization instruction for indicating that the authorization is allowed, an authorization response message for indicating that it has obtained authorization is sent to the main control terminal through the mobile voice network.

Step S307, the voice control module receives an authorization response message returned by the first mobile terminal through the mobile voice network, wherein the authorization response message is used to indicate that the third mobile terminal has obtained authorization;

Step S308, the voice control module establishes data sharing between the third mobile terminal and the first mobile terminal according to the configuration information of the first mobile terminal saved in the data sharing module;

Step S309, the voice control module sends a query request message to the data sharing module according to the operation instruction;

In step S310, after receiving the query request message, the data sharing module obtains relevant data in the third mobile terminal and obtains relevant data from the first mobile terminal, and sends the obtained relevant data to the voice control module, wherein the above-mentioned Relevant data includes: application data in the application module;

In the actual implementation process, in order to obtain relevant data from the first mobile terminal, the data sharing module in the main control terminal can send a data acquisition request message to the first mobile terminal, then, the data sharing module in the first mobile terminal receives After the data acquisition request message, the relevant data in the third mobile terminal is obtained and sent to the main control terminal, so that the data sharing module in the main control terminal can obtain the relevant data in the first mobile terminal.

Step S311, the voice control module uses the relevant data sent by the data sharing module to execute the operation instruction;

Step S312, after executing the operation instruction, the voice control module updates the relevant data in the third mobile terminal according to the operation result obtained by executing the operation instruction;

Step S313, the voice control module sends the operation result to the data sharing module; after completing all data updates and operation instructions, the voice control module automatically exits the call. The call is restored to the original state between the mobile terminals.

Step S314, the data sharing module sends the operation result to the first mobile terminal, so as to update relevant data in the first mobile terminal.

In an actual implementation process, if the relevant data in the first mobile terminal does not need to be updated, steps S313-314 do not need to be performed.

In addition, as shown in FIG. 4, when used as a non-master terminal, each module in the third mobile terminal in the first embodiment above performs the following operations in order to realize data sharing during a call:

Step S401, when the third mobile terminal is talking with the second mobile terminal as the main control terminal, the analysis unit in the third mobile terminal acquires the configuration information sent by the second mobile terminal through the mobile voice network. After requesting the message, sending the configuration information of the third mobile terminal to the second mobile terminal through the mobile voice network;

For the operation of the second mobile terminal serving as the main control terminal before sending the configuration information acquisition request message, refer to the above steps S301-305, which will not be repeated here.

Step S402, after the voice control module in the third mobile terminal receives the authorization request message sent by the second mobile terminal through the mobile voice network, it sends out a voice authorization inquiry message, and the authorization inquiry message is used to ask the user whether to allow the authorization of the second mobile terminal;

After the second mobile terminal obtains the configuration information of the third mobile terminal as the non-master terminal, it sends an authorization request message to the third mobile terminal. For details, refer to the above steps S305-306, which will not be repeated here.

Step S403, the voice control module sends an authorization response message indicating that the second mobile terminal has obtained authorization to the second mobile terminal through the mobile voice network after receiving the voice authorization instruction issued by the user;

After receiving the authorization response message, the second mobile terminal establishes data sharing between the second mobile terminal and the third mobile terminal as a non-master terminal, and obtains relevant data from the third mobile terminal. For details, please refer to the above Steps S307-310, which will not be repeated here.

Step S404, after the data sharing module in the third mobile terminal receives the data acquisition request message sent by the second mobile terminal, acquires the relevant data in the third mobile terminal and sends it to the second mobile terminal;

After the second mobile terminal receives the relevant data in the third mobile terminal, the steps of executing the user's operation instruction can refer to steps S310-311, which will not be repeated here.

Step S405, the data sharing module sends the operation result to the voice control module after receiving the operation result sent by the second mobile terminal after executing the operation instruction;

Step S406, the voice control module updates relevant data in the third mobile terminal according to the operation result.

Embodiment Three

Two examples of specific application scenarios are given below to illustrate the data sharing method of the mobile terminal during a call.

Example 1. An example of a scene where calendar inquiries and appointments are completed during a call:

One of the most common functions of voice calls is to make appointments. The steps required for a general reservation are: the party who makes the reservation proposes a free time, and the party who accepts the reservation checks whether he is free at this time. Accept this appointment if available. If you are not free, offer your free time to the other party. In this way, both parties constantly search their own calendar schedules to find the time when both parties are free at the same time to complete the appointment. This process is extremely tedious and time-consuming. While talking, both parties need to constantly check their calendars and check whether there is free time at the same time.

The above operations can be simply completed by using the third mobile terminal in the above embodiments of the present application. During the call, the party who needs to make an appointment (called user 1) wakes up the voice control module of his own mobile terminal (the mobile terminal used by user 1 is called terminal 1) through a special voice wake-up command. After the voice control module in the terminal 1 is activated, the terminal 1 is automatically set as the master terminal, and the other party's terminal is the non-master terminal. User 1 issues a voice operation instruction "reservation inquiry". Some restrictions can also be added to this operation instruction to fulfill some specific requirements. Information such as the appointment time is 1 hour, and the appointment time is 9:00-17:00 working days and other information. Such specific requirements allow the voice control module to search for more suitable results.

After the voice control module receives the operation instruction, it analyzes its semantics. When the analysis result shows that the data of both parties needs to be obtained, the analysis module in the terminal 1 is activated. The analysis module obtains the configuration information of the terminal 2 of the other party (the user of the other party is called user 2, and the terminal used is called terminal 2) through the operator's mobile voice network. Terminal 2 as a non-master terminal sends its own configuration information to terminal 1 . After the analysis module in terminal 1 obtains the configuration information of terminal 2, it analyzes and sends it to the data sharing module. The voice control module in terminal 1 sends an authorization request message to terminal 2 through its own voice control authorization service. After receiving the authorization request message, terminal 2 sends out a voice authorization inquiry message, asking the user whether to allow authorization, and after receiving the voice authorization authorization instruction from the user, compares the user's voice and the correctness of the instruction. To determine whether to authorize. This process is similar to entering a password by voice. Then, after it is determined that the user allows the authorization, an authorization response message indicating successful authorization is sent to the terminal 1 .

After receiving the authorization response message, the voice control module in terminal 1 establishes data sharing between the two terminals. The data of terminal 1 and terminal 2 are handed over to their own data sharing module for management. Specifically, the voice control module in the terminal 1 sends a query request message for querying the calendar schedule to the data sharing module in the terminal. The data sharing module acquires relevant data from the calendar application module in the terminal 1, and acquires relevant data of the calendar from the terminal 2, and sends the acquired relevant data to the voice control module for query. The voice control module uses these relevant data to query feasible schedules according to the user's operation instructions. When the best schedule is found, the voice control module sends a voice prompt to the user who is talking. After receiving the permission instruction of the user's voice, the voice control module updates the calendar schedules of both parties, and adds a new appointment schedule in the calendar schedules of both parties. After the voice control module executes the operation instruction, it automatically exits the call. The call between the two terminals returns to the initial state, and the two parties continue the call process.

Example 2. An example of the scenario of sending an address book name card during a call:

Usually, when a user 1 wants to obtain a certain address book card from another user 2, it needs to go through a complicated process of searching and sending. This process cannot be completed during continuous calls. User 2 needs to suspend the call process and find the corresponding business card in the address book of his mobile terminal (termed terminal 2). After the search is completed, he needs to record it and then broadcast it to user 1. This process is tedious and complicated, and the call process must be suspended.

However, the above process can be easily completed by using the third mobile terminal according to the embodiment of the present application. During the conversation between user 1 and user 2, user 1 issues a special voice wake-up command to wake up the voice control module in terminal 1, and terminal 1 is automatically set as the master terminal, and terminal 2 used by user 2 is the non-master terminal . Afterwards, user 1 issued a voice operation instruction: "Query xxx business card and send it to this machine". The voice control module analyzes the operation instruction and finds that the data of the terminal 2 needs to be obtained, and the analysis module in the terminal 1 is activated. The subsequent process is the same as Example 1. I won't go into details here.

After the data sharing module in the terminal 2 finds the corresponding business card in the address book application module of the terminal 2, it sends it to the terminal 1. After the data sharing module in terminal 1 receives it, it sends it to the voice control module, and the voice control module saves it in the local address book. After all the operations are completed, the voice control module in the terminal 1 sends a notification of successful completion of the command and automatically exits the call. The call between the two terminals returns to the initial state, and the two parties continue the call process.

In summary, the above embodiments of the present application can achieve the following technical effects:

(1) The mobile terminal can share data with one or more other mobile terminals during the call according to the voice operation instructions issued by the user, so as to achieve the purpose of data sharing between multiple parties in the call. After the data in other mobile terminals in the call, the obtained data can be used to complete the operation instructions issued by the user during the call, so that when the data needs to be shared during the call, the user only needs to issue an operation instruction to the mobile terminal verbally, and the mobile The voice control module in the terminal can share data with other mobile terminals that are in the call according to the operation instruction, and use the shared data to complete the user's operation instruction, so that the user does not need to perform any manual operations on the mobile terminal, and does not need to be connected during the call. It is very convenient to suspend the call, and it saves the user's time and improves the efficiency of the operation.

(2) The voice control capability of the mobile terminal can be effectively improved, and the voice control module can respond to voice commands in various states, which greatly improves the work efficiency of the mobile terminal. All operation instructions are automatically completed by the mobile terminal. Ensure the accuracy and timeliness of data.

(3) The mobile terminal can be controlled by voice during a call, which ensures seamless operation of the user. During the call, all instructions are issued by voice, and the user does not need to interrupt the call to perform any operations on the mobile terminal. All operations are completed by the voice control module for the user. The user only needs to issue voice instructions, which saves a lot Save time and improve operational efficiency.

The above is only a preferred embodiment of the application, and is not intended to limit the application. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the application should be included in the application. within the scope of protection.

Claims (12)

1. a mobile terminal, is characterized in that, comprising:

There is the speech control module of voice control function, for carrying out with the first mobile terminal at this mobile terminalIn the process of call, the voice that send the user who receives this mobile terminal wake startup after instruction up; Also forReceive the operational order of the voice that the user of this mobile terminal sends, and judgement to be carried out described operational order and whether needsObtain the data in the first mobile terminal; Also for the configuration information of the first mobile terminal of getting according to analysis module,Set up the data sharing between this mobile terminal and the first mobile terminal, use the data that get to carry out described operation and refer toOrder;

Analysis module, for determining at described speech control module after the data that need to obtain the first mobile terminal,By mobile voice network to the first acquisition for mobile terminal configuration information.

2. mobile terminal according to claim 1, is characterized in that,

Described speech control module, also for set up data sharing between this mobile terminal and the first mobile terminal itBefore, send authorization request message by mobile voice network to the first mobile terminal, wherein, described authorization request messageFor asking to obtain the mandate of the first mobile terminal, and, receive the first mobile terminal and return by mobile voice networkThe authorization response message of returning, wherein, described authorization response message is used to indicate this mobile terminal and has obtained mandate.

3. mobile terminal according to claim 1, is characterized in that, also comprises:

Interface module, for interface is provided, the configuration information of inputting to receive the user of this mobile terminal, wherein, instituteState configuration information comprise following one of at least: wake the content of instruction, feature for identifying operation instruction up;

Preserve module, for preserving described configuration information.

4. mobile terminal according to claim 1, is characterized in that, also comprises: data sharing module, wherein,

Described data sharing module, for preserving the configuration information of the first mobile terminal that described analysis module gets;Also, for receiving after the inquiry request message that described speech control module sends according to described operational order, obtain thisRelated data in mobile terminal and to the first acquisition for mobile terminal related data, and the related data getting is sent outGive described speech control module, wherein, described related data comprises: the application data in application program module;

Described speech control module is carried out described operation specifically for the related data that uses described data sharing module to sendInstruction.

5. mobile terminal according to claim 4, is characterized in that,

Described speech control module, also for after executing described operational order, upgrades and originally moves according to operating resultRelated data in moving terminal, and send to first to move end described operating result by described data sharing moduleEnd, to upgrade the related data in the first mobile terminal.

6. mobile terminal according to claim 5, is characterized in that,

Described analytic unit, the also process for conversing with the second mobile terminal at this mobile terminal,Receive the configuration information that the second mobile terminal sends by mobile voice network and obtain after request message, this is moved to endThe configuration information of end sends to the second mobile terminal by mobile voice network;

Described speech control module, the also mandate for receiving the second mobile terminal and sending by mobile voice networkAfter request message, send the authorization query message of voice, described authorization query message is for the use to this mobile terminalWhether family inquiry allows to the second mobile terminal mandate, and, the voice that send the user who receives this mobile terminalBe used to indicate allow authorize authorized order after, by mobile voice network to second mobile terminal send be used in reference toShow that the second mobile terminal has obtained the authorization response message of authorizing;

Described data sharing module, also for after receiving the data acquisition request message that the second mobile terminal sends,Obtain the related data in this mobile terminal and send to the second mobile terminal, and, receiving the second mobile terminalAfter executing the operating result of sending after operational order, described operating result is sent to described speech control moduleThe renewal of the related data in carry out this mobile terminal.

7. the data sharing method of mobile terminal in call, is characterized in that, comprising:

In the process of conversing with the first mobile terminal at this mobile terminal, receiving the use of this mobile terminalThe voice that send at family wake instruction up after, start and there is the speech control module of voice control function;

Described speech control module receives the operational order of the voice that the user of this mobile terminal sends, and judgement will be carried outWhether described operational order needs to obtain the data in the first mobile terminal;

After described speech control module is determined the data that need to obtain in the first mobile terminal, analysis module is by movingMoving speech network is to the first acquisition for mobile terminal configuration information;

The configuration information of the first mobile terminal that described speech control module gets according to described analysis module, sets up thisData sharing between mobile terminal and the first mobile terminal, is used the data that get to carry out described operational order.

8. method according to claim 7, is characterized in that, moves at described this mobile terminal and first of setting upBefore data sharing between terminal, also comprise:

Described speech control module sends authorization request message by mobile voice network to the first mobile terminal, wherein,Described authorization request message is for asking to obtain the mandate of the first mobile terminal;

Described speech control module receives the authorization response message that the first mobile terminal returns by mobile voice network,Wherein, described authorization response message is used to indicate this mobile terminal and has obtained mandate.

9. method according to claim 7, is characterized in that, also comprises:

Interface module provides interface, the configuration information of inputting to receive the user of this mobile terminal, wherein, described settingInformation comprise following one of at least: wake the content of instruction, feature for identifying operation instruction up;

After receiving described configuration information, send to preservation module to preserve.

10. method according to claim 7, is characterized in that, moves end setting up this mobile terminal and firstAfter data sharing between end, also comprise: described speech control module according to described operational order to data sharing mouldPiece sends inquiry request message; Described data sharing module, receiving after described inquiry request message, is obtained this movementRelated data in terminal and to the first acquisition for mobile terminal related data, and the related data getting is sent toDescribed speech control module, wherein, described related data comprises: the application data in application program module;

, the data that described use gets are carried out described operational order and are comprised: described in described speech control module usesThe related data that data sharing module is sent is carried out described operational order.

11. methods according to claim 10, is characterized in that, use described number at described speech control moduleThe related data of sending according to sharing module also comprises after carrying out described operational order:

After executing described operational order, described speech control module upgrades in this mobile terminal according to operating resultRelated data, and described operating result is sent to described data sharing module;

Described operating result is sent to the first mobile terminal by described data sharing module, to upgrade the first mobile terminalIn related data.

12. methods according to claim 11, is characterized in that, also comprise:

In the process of conversing with the second mobile terminal at this mobile terminal, described analytic unit is receivingThe configuration information that two mobile terminals are sent by mobile voice network obtains after request message, by the configuration of this mobile terminalInformation exchange is crossed mobile voice network and is sent to the second mobile terminal;

The authorization request message that described speech control module is receiving the second mobile terminal and sends by mobile voice networkAfterwards, send the authorization query message of voice, described authorization query message is for to the user's query of this mobile terminal beingNo permission is to the second mobile terminal mandate;

The voice that described speech control module sends the user who receives this mobile terminal be used to indicate allow authorizeAfter authorized order, be used to indicate the second mobile terminal by mobile voice network to the second mobile terminal transmission and obtainedThe authorization response message of authorizing;

Described data sharing module, after receiving the data acquisition request message that the second mobile terminal sends, is obtained thisRelated data in mobile terminal also sends to the second mobile terminal;

Described data sharing module receive the second mobile terminal executing the operating result sent after operational order itAfter, described operating result is sent to described speech control module;

Described speech control module upgrades the related data in this mobile terminal according to described operating result.