CN103024177A - Mobile terminal driving mode operation method and mobile terminal - Google Patents

Abstract

The present invention relates to a method for operating a driving mode of a mobile terminal and a mobile terminal, wherein the method comprises the following steps: when there is a new incoming call, determining whether the driving mode and the navigation function are turned on; when the driving mode is turned on and the navigation function is not turned on, displaying a call prompt message in full screen, and outputting a call voice prompt message to prompt the user to answer or hang up the call; when the driving mode and the navigation function are turned on at the same time, inserting a call prompt message in the current navigation interface, suspending the navigation voice broadcast, and then outputting the call voice prompt message to prompt the user to answer or hang up the call; acquiring and identifying the voice control command input by the user; answering the call, hanging up the call, and making a call according to the voice control command. The present invention enables the user to answer the call, make a call, or send a text message more conveniently and safely when using the navigation function of the mobile terminal during driving, thereby improving the user experience.

Description

A mobile terminal driving mode operation method and mobile terminal

technical field

The present invention relates to the field of communication technology, and more specifically, to a driving mode operation method of a mobile terminal and a mobile terminal.

Background technique

With the development of intelligent mobile communication terminals (such as mobile phones), various application functions are becoming more and more diverse, and car navigation systems are also integrated into some mobile terminals, which greatly facilitates users, and more and more users begin to use mobile terminals for navigation. As a basic application function of a mobile terminal, making a phone call needs to be frequently used. When the user uses the navigation function of the mobile terminal during driving, not only the display screen of the mobile terminal is required to display the route map, but also the mobile terminal is required to provide voice route prompts. At this time, if there is a new incoming call or a new text message, it is very inconvenient It is also not convenient to perform any operations, which greatly affects the user experience.

Contents of the invention

The technical problem to be solved by the present invention is to provide a driving mode operation method of a mobile terminal and a mobile terminal in view of the above defects of the prior art.

The technical solution adopted by the present invention to solve its technical problems is:

Construct a mobile terminal driving mode operation method, which includes the following steps:

When there is a new call, determine whether the driving mode and navigation function are turned on;

When the driving mode is turned on and the navigation function is not turned on, the incoming call prompt information is displayed on the full screen, and the incoming call voice prompt information is output to prompt the user to answer or hang up the call;

When the driving mode and the navigation function are turned on at the same time, an incoming call prompt message is inserted into the current navigation interface, the navigation voice broadcast is stopped, and the incoming call voice prompt message is output to prompt the user to answer or hang up the phone;

Obtain and recognize voice control commands input by the user;

The operations of answering a call, hanging up a call, and making a call are performed according to the voice control instruction.

The driving mode operation method of the mobile terminal according to the present invention, wherein the method further includes the steps of:

When there is a new text message, determine whether the driving mode and navigation function are turned on;

When the driving mode is turned on and the navigation function is not turned on, a text message prompt message is inserted in the current interface, and the text message voice prompt message is output to remind the user that there is a new text message and broadcast the content of the new text message;

When the driving mode and the navigation function are turned on at the same time, insert a short message prompt message in the current navigation interface, stop the navigation voice broadcast, and then output the short message voice prompt message to remind the user that there is a new text message and broadcast the content of the new text message .

The driving mode operation method of the mobile terminal according to the present invention, wherein the method further includes the steps of:

When the driving mode is turned on, the voice recognition function is triggered;

Also includes steps:

Turn off the voice recognition function when there is no voice control command input within the predetermined timing time;

When the wake-up instruction input by the user is received, the speech recognition function is restarted.

In the driving mode operation method of the mobile terminal according to the present invention, the step of acquiring and recognizing the voice control instruction input by the user specifically includes:

Acquisition of environmental sound signals;

Identifying the environmental sound signal according to preset identification information;

judging whether the environmental sound signal contains a specific sound signal matching the preset identification information;

When the environmental sound signal contains a specific sound signal matching the preset identification information, judging whether the loudness of the specific sound signal reaches a preset loudness threshold corresponding to the preset identification information ;

When the loudness of the specific sound signal reaches the preset loudness threshold corresponding to the preset identification information, the specific sound signal is used as the voice control instruction.

The driving mode operation method of the mobile terminal according to the present invention, wherein, before the step of triggering the voice recognition function when the driving mode is turned on, it further includes the steps of:

Presetting and storing a plurality of identification information and loudness thresholds of the various identification information; and,

Turn on the data network for network voice recognition.

The present invention also provides a mobile terminal, including:

The judging module is used to judge whether the driving mode and the navigation function are turned on when there is a new incoming call;

The display module is used to display the incoming call prompt information in full screen when the driving mode is turned on and the navigation function is not turned on, and is used to insert an incoming call reminder in the current navigation interface when the driving mode and the navigation function are turned on at the same time information;

The voice prompt module is used to output incoming call voice prompt information to remind the user to answer or hang up the call when the driving mode is turned on and the navigation function is not turned on, and is used for when the driving mode and the navigation function are turned on at the same time , stop the navigation voice broadcast, and then output the voice prompt information of the incoming call to prompt the user to answer or hang up the call;

An instruction acquisition module, configured to acquire and recognize voice control instructions input by the user;

The control module is used to perform operations of answering calls, hanging up calls, and making calls according to the voice control instructions.

In the mobile terminal of the present invention, the judging module is also used to judge whether the driving mode and the navigation function are enabled when there is a new text message;

The display module is also used to insert a short message prompt message in the current interface when the driving mode is turned on;

The voice prompt module is also used to output text message voice prompt information when the driving mode is turned on and the navigation function is not turned on, so as to remind the user that there is a new text message, and broadcast the content of the new text message, and to be used in the driving mode. When the navigation function is started at the same time, the navigation voice broadcast is stopped, and then the text message voice prompt information is output to remind the user that there is a new text message and the content of the new text message is broadcast.

The mobile terminal of the present invention, wherein the mobile terminal further includes:

The voice trigger module is used to trigger the voice recognition function when the driving mode is turned on;

and include:

The voice off module is used to close the voice recognition function when there is no voice control command input within the predetermined timing time;

The voice trigger module is further configured to restart the voice recognition function when receiving a wake-up instruction input by the user.

The mobile terminal of the present invention, wherein the instruction acquisition module includes:

an acquisition unit, configured to acquire environmental sound signals;

An identification unit, configured to identify the environmental sound signal according to preset identification information;

A first judging unit, configured to judge whether the environmental sound signal contains a specific sound signal matching the preset identification information;

A second judging unit, configured to judge whether the loudness of the specific sound signal reaches a preset level when the environmental sound signal contains a specific sound signal that matches the preset identification information. The loudness threshold corresponding to the identification information;

An executing unit, configured to use the specific sound signal as the voice control instruction when the loudness of the specific sound signal reaches the preset loudness threshold corresponding to the preset identification information.

The mobile terminal of the present invention, wherein the mobile terminal further includes:

A preset module, configured to preset various identification information and loudness thresholds of various identification information;

A storage module, configured to store multiple types of identification information and loudness thresholds of various types of identification information;

The data network startup module is used to open the data network for network voice recognition.

The beneficial effect of the present invention is that: when the driving mode is turned on in the mobile terminal, the voice recognition function is automatically activated, and the user is prompted for a new incoming call or new text message, and then according to the user's voice command, answer the phone, hang up the phone, make a call or Operations such as sending text messages make it more convenient and safe for users to use mobile terminals to make calls and send text messages while driving, and improve user experience.

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing and embodiment, in the accompanying drawing:

Fig. 1 is a flow chart 1 of a mobile terminal driving mode operation method in a preferred embodiment of the present invention;

Fig. 2 is a flow chart 2 of the driving mode operation method of the mobile terminal according to the preferred embodiment of the present invention;

Fig. 3 is a functional block diagram of a mobile terminal in a preferred embodiment of the present invention;

Fig. 4 is a functional block diagram of the instruction acquisition module in Fig. 3 .

Detailed ways

The flow of the mobile terminal driving mode operation method in a preferred embodiment of the present invention is shown in Figure 1, including the following steps: S1, receiving new incoming call information; S2, judging whether the driving mode and navigation function are turned on; S3, turning on and navigating in the driving mode When the function is not enabled, the incoming call prompt information will be displayed on the full screen, and the incoming call voice prompt information will be output to remind the user to answer or hang up the call. The prompt interface can be different from the regular incoming call interface; S4. Insert an incoming call prompt message in the current navigation interface, stop the navigation voice broadcast, and then output the incoming call voice prompt message to prompt the user to answer or hang up the phone. After the prompt is completed, turn on the navigation voice broadcast; S5. Obtain and recognize the voice input by the user Control command; S6. Perform operations of answering the phone, hanging up the phone, making a call or sending a short message according to the voice control command. When the driving mode is not turned on, new incoming calls and new text messages are processed in the conventional phone and text message operation mode, which neither affects the user's use of the navigation function nor the user's use of the phone and text message functions. It makes it more convenient and safe for the user to use the mobile terminal to make calls and send text messages while driving, and improves the user experience.

Among them, in the above-mentioned driving mode, the user can make a call, answer a call, send a text message, and also use the navigation function, and the specific execution method is different from that in the conventional mode. Its feature is that when the driving mode is turned on, the voice recognition function is automatically triggered, so that the user can control the mobile terminal through voice during driving. That is, when the user turns on the driving mode and then makes a phone call or sends a text message, it can be controlled by voice. If the driving mode is not turned on, the user can only use the conventional keyboard or screen input method to make a call or send a text message .

For example, when the user is driving and turns on the driving mode of the mobile terminal, when there is a new incoming call, the mobile terminal will insert a prompt message in the current screen and automatically prompt the user "XXX is calling" by voice, if the user wants To answer, you can just say "answer the call" directly, and if the user wants to hang up the call, just say "hang up" directly. At the same time, you can also answer or hang up the call by operating the answer or end button displayed on the screen.

After the voice recognition function is turned on, in order to prevent the mobile terminal from being miscontrolled by environmental interference sounds, the above method also includes the steps of: closing the voice recognition function when there is no voice control command input within the predetermined timing time; , turn voice recognition back on. That is, if the user does not control the mobile terminal by voice within a certain period of time, the voice control is automatically turned off until the user inputs a wake-up instruction and then turns it on again. Wherein, the wake-up command may be a voice wake-up command, or a key input command.

Further, as shown in Figure 2, the above method also includes steps: S7, receiving new short messages; S8, judging whether the driving mode and the navigation function are enabled; S9, when the driving mode is enabled and the navigation function is not enabled, in the current interface Insert a short message prompt information, and output the text message voice prompt information, to remind the user that there is a new note, and broadcast the content of the new note; S10, when the driving mode and the navigation function are turned on simultaneously, insert a short note prompt message in the current navigation interface, Stop the navigation voice broadcast, and then output the text message voice prompt information to remind the user that there is a new text message and broadcast the content of the new text message. After the prompt is completed, turn on the navigation voice broadcast; and then perform steps S5 and S6.

For example, when the user is driving, the driving mode of the mobile terminal is turned on. When there is a new text message, the mobile terminal will automatically prompt the user "XXX is sending a text message" by voice, and prompt the user whether to broadcast the content of the text message. If the user wants to directly broadcast the content of the short message, he can directly say "play the content of the short message", otherwise, no operation can be performed to protect the privacy of the user. If the user wants to send a short message to a certain contact, he can directly say "send a short message to ×××" and input the content of the short message by voice.

Further, the above step S5 specifically includes: collecting the environmental sound signal; identifying the environmental sound signal according to the preset identification information; judging whether the environmental sound signal contains a specific sound signal matching the preset identification information; When the environmental sound signal contains a specific sound signal that matches the preset identification information, it is judged whether the loudness of the specific sound signal reaches the preset loudness threshold corresponding to the preset identification information; when the loudness of the specific sound signal reaches the preset When the loudness threshold corresponding to the preset identification information is set, the specific sound signal is used as the voice control instruction. In this way, useful information and useless information in ambient sounds can be effectively identified, and misoperations caused by disturbing sounds can be avoided. The aforementioned preset identification information and loudness threshold can be set according to different situations.

Before the above-mentioned step of triggering the voice recognition function when the driving mode is turned on, there is also a step of: pre-setting multiple identification information and loudness thresholds of various identification information, and storing them, so as to realize the local voice recognition function. Simple voice commands can be realized through local voice recognition, and complex voice commands must be realized through data networks. Therefore, preferably, the above method further includes the step of: opening the data network to perform network voice recognition. Wherein, the above-mentioned identification information may include: instruction information for answering a phone call, instruction information for hanging up a phone call, instruction information for dialing a phone call, instruction information for sending a short message, instruction information for broadcasting a short message message, name information of a contact in a mobile terminal, etc., and may also be other control information.

The specific steps of answering the phone, hanging up the phone, making a call or sending a short message according to the voice control command include: when there is no new call information, and the collected environmental sound signal contains the call instruction information and the name information of the target contact When there is new incoming call information and the collected environmental sound signal contains answering call instruction information, perform the call answering operation; when there is new incoming call information or in the state of a call, And when the collected ambient sound signal includes the hang-up instruction information, perform the hang-up operation; when there is no new incoming call information, and the collected ambient sound signal includes the name information of sending short message instruction information and the target contact, Execute the operation of sending a text message to the target contact.

In another embodiment of the present invention, a mobile terminal is also provided, as shown in FIG. 3 , which includes: an incoming call receiving module 10, used to acquire new incoming call information; a judging module 20, used for receiving a new incoming call , to determine whether the driving mode and the navigation function are turned on; the display module 30 is used to display the call prompt information in full screen when the driving mode is turned on and the navigation function is not turned on, and is used to display the call prompt information on the current navigation interface when the driving mode and the navigation function are turned on at the same time. insert an incoming call prompt message; the voice prompt module 40 is used to output an incoming call voice prompt message when the driving mode is turned on and the navigation function is not turned on, so as to prompt the user to answer or hang up the call, and to be used in the driving mode and the navigation function at the same time When it is turned on, the navigation voice broadcast is suspended, and then the incoming call voice prompt information is output to prompt the user to answer or hang up the phone; the command acquisition module 50 is used to acquire and identify the voice control command input by the user; the control module 60 is used to control the user according to the voice Command to answer the phone, hang up the phone, make a call or send a short message. When the driving mode is not turned on, new incoming calls and new text messages are processed in the conventional phone and text message operation mode, which neither affects the user's use of the navigation function nor the user's use of the phone and text message functions. It makes it more convenient and safe for the user to use the mobile terminal to make calls and send text messages while driving, and improves the user experience.

Similarly, in the above-mentioned driving mode, the user can make a call, answer a call, send a text message, and also use the navigation function, and the specific execution method is different from that in the conventional mode. Its feature is that when the driving mode is turned on, the voice recognition function is automatically triggered, so that the user can control the mobile terminal through voice during driving. That is, when the user turns on the driving mode and then makes a phone call or sends a text message, it can be controlled by voice. If the driving mode is not turned on, the user can only use the conventional keyboard or screen input method to make a call or send a text message .

For example, when the user is driving, the driving mode of the mobile terminal is turned on, and the navigation function is turned on at the same time. When there is a new call, the mobile terminal will stop the voice broadcast of the navigation, and automatically prompt the user "XXX is calling", And display the incoming call information on the edge of the current navigation interface; if the user wants to answer the call, just say "answer the call" directly; if the user wants to hang up the call, just say "hang up"; wait for the user to answer or hang up After the phone call, the voice broadcast of the navigation is automatically resumed, and the display of incoming mail information is canceled.

Further, the above judgment module is also used to judge whether the driving mode and the navigation function are enabled when there is a new text message; the display module is also used to insert a text message prompt message in the current interface when the driving mode is turned on; the voice prompt module , it is also used to output text message voice prompt information when the driving mode is turned on and the navigation function is not turned on, to remind the user that there is a new text message and broadcast the content of the new text message, and to stop the navigation when the driving mode and the navigation function are turned on at the same time Voice broadcast, and then output the text message voice prompt information to remind the user that there is a new text message and broadcast the content of the new text message.

For example, when the user is driving, the driving mode and navigation function of the mobile terminal are turned on. When there is a new text message, the mobile terminal will stop the voice broadcast of the navigation, and automatically prompt the user "XXX comes to the text message" by voice. The edge of the interface displays the main information of the new SMS, and prompts the user whether to broadcast the content of the SMS. If the user wants to directly broadcast the content of the short message, he can directly say "play the content of the short message", otherwise, no operation can be performed to protect the privacy of the user. If the user wants to send a short message to a certain contact, he can directly say "send a short message to ×××" and input the content of the short message by voice.

Further, as shown in FIG. 3 , the above-mentioned mobile terminal further includes: a voice trigger module 70, configured to trigger a voice recognition function when the driving mode is turned on. After the voice recognition function is turned on, in order to avoid the miscontrol of the mobile terminal by the environmental interference sound, the above-mentioned mobile terminal also includes: a voice off module 80, which is used to turn off the voice recognition function when there is no voice control command input within the predetermined timing time; The trigger module is also used to restart the voice recognition function when receiving a wake-up instruction input by the user. Wherein, the wake-up command may be a voice wake-up command, or a key input command.

Further, as shown in FIG. 4 , the above-mentioned instruction acquisition module 50 includes: an acquisition unit 51 for collecting environmental sound signals; an identification unit 52 for identifying the environmental sound signals according to preset identification information; the first judgment The unit 53 is configured to determine whether the environmental sound signal contains a specific sound signal that matches the preset identification information; the second determination unit 54 is configured to include a specific sound signal that matches the preset identification information in the environmental sound signal. In the case of a sound signal, it is judged whether the loudness of the specific sound signal reaches the preset loudness threshold corresponding to the preset identification information; the execution unit 55 is used to determine whether the loudness of the specific sound signal reaches the preset corresponding to the preset identification information When the loudness threshold is set, a specific sound signal is used as a voice control command. In this way, useful information and useless information in ambient sounds can be effectively identified, and misoperations caused by disturbing sounds can be avoided. The aforementioned preset identification information and loudness threshold can be set according to different situations.

Further, as shown in FIG. 3 , the above-mentioned mobile terminal further includes: a preset module 91 , configured to preset various identification information and loudness thresholds of various identification information, which can be set by the user as required or automatically by the system. It also includes a storage module 92 for storing various identification information and loudness thresholds of various identification information. It also includes a data network activation module, which is used to open the data network for network voice recognition of complex voice commands. Wherein, the above-mentioned identification information includes: instruction information of answering a call, instruction information of hanging up a call, instruction information of making a call, instruction information of sending a short message, name information of a contact person in the mobile terminal, etc., and may also be other control information.

Further, the above execution unit 55 includes: a first execution subunit, configured to execute the call to the target contact when there is no new incoming call information and the collected ambient sound signal contains call instruction information and the name information of the target contact. The operation of making a call by dialing; the second execution subunit is used to perform the operation of answering the call when there is new incoming call information and the collected environmental sound signal contains instruction information for answering the call; the third execution subunit is used to perform the operation of answering the call when there is When there is new incoming call information or in the state of a call, and the collected environmental sound signal contains hang-up call instruction information, execute the hang-up call operation; the fourth execution subunit is used to When the sound signal includes the instruction information of sending a short message and the name information of the target contact, the operation of sending a short message to the target contact is performed.

In summary, the present invention automatically starts the voice recognition function when the driving mode is turned on in the mobile terminal, and prompts the user for a new incoming call or new text message, and then answers the phone, hangs up the phone, makes a call or sends a text message according to the user's voice command Such operations make it more convenient and safe for users to use mobile terminals to make calls and send text messages while driving, and improve user experience.

It should be understood that those skilled in the art can make improvements or changes based on the above description, and all these improvements and changes should belong to the protection scope of the appended claims of the present invention.

Claims (10)

1. a portable terminal driving model method of operation is characterized in that, may further comprise the steps:

When new incoming call is arranged, judge whether driving model and navigation feature open;

Open at described driving model, when navigation feature is not opened, full screen display incoming call prompting information, and output incoming information of voice prompt are answered or are hung up the telephone with prompting user;

When described driving model and described navigation feature are opened simultaneously, in current navigation interface, insert an incoming call prompting information, to end navigation speech and report, output incoming information of voice prompt is again answered or is hung up the telephone with prompting user;

Obtain and identify the phonetic control command of user's input;

The operation that receives calls, hangs up the telephone, calls according to described phonetic control command.

2. portable terminal driving model method of operation according to claim 1 is characterized in that described method also comprises step:

When new message is arranged, judge whether driving model and navigation feature open;

Open at described driving model, when navigation feature is not opened, in current interface, insert one and come short message prompt information, and export the short message voice information, new message is arranged and report the new message content with prompting user;

When described driving model and described navigation feature are opened simultaneously, in current navigation interface, insert a short message prompt information, end navigation speech and report, output comes the short message voice information again, new message is arranged and report the new message content with prompting user.

3. portable terminal driving model method of operation according to claim 2 is characterized in that described method also comprises step:

When driving model is unlocked, trigger speech identifying function;

Also comprise step:

When within the timing scheduled time, not having the phonetic control command input, close described speech identifying function;

Receive user input wake instruction up the time, reopen described speech identifying function.

4. portable terminal driving model method of operation according to claim 3 is characterized in that, the described step of obtaining and identify the phonetic control command of user's input specifically comprises:

Gather environmental sound signal;

According to default identifying information, described environmental sound signal is identified;

Whether judgement comprises the particular sound signal that is complementary with described default identifying information in described environmental sound signal;

When comprising the particular sound signal that is complementary with described default identifying information in described environmental sound signal, whether the loudness of judging described specific voice signal reaches default and the corresponding loudness threshold value of described default identifying information;

Reach described default during with the corresponding loudness threshold value of described default identifying information in the loudness of described particular sound signal, with described particular sound signal as described phonetic control command.

5. portable terminal driving model method of operation according to claim 4 is characterized in that, and is described when driving model is unlocked, and triggers before the step of speech identifying function, also comprises step:

Set in advance the loudness threshold value of multiple identifying information and various identifying informations, and storage; And,

Open data network, carry out voice-over-net identification.

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

Judge module is used for judging whether driving model and navigation feature open when new incoming call is arranged;

Display module is used for opening at described driving model, when navigation feature is not opened, full screen display incoming call prompting information, and be used for when described driving model and described navigation feature are opened simultaneously, in current navigation interface, inserting an incoming call prompting information;

Voice cue module, be used in described driving model unlatching, when navigation feature is not opened, the output incoming information of voice prompt, answer or hang up the telephone with prompting user, and be used for when described driving model and described navigation feature are opened simultaneously, the termination navigation speech is reported, and output incoming information of voice prompt is again answered or hung up the telephone with prompting user;

The instruction acquisition module is used for obtaining and identifying the phonetic control command that the user inputs;

Control module is used for the operation that receives calls, hangs up the telephone, calls according to described phonetic control command.

7. portable terminal according to claim 6 is characterized in that, described judge module also is used for judging whether driving model and navigation feature open when new message is arranged;

Described display module also is used for inserting one and come short message prompt information in current interface when described driving model is opened;

Described voice cue module, also be used in described driving model unlatching, when navigation feature is not opened, output comes the short message voice information, new message is arranged and report the new message content with prompting user, and be used for when described driving model and described navigation feature are opened simultaneously, the termination navigation speech is reported, and output comes the short message voice information again, new message is arranged and report the new message content with prompting user.

8. portable terminal according to claim 7 is characterized in that, described portable terminal also comprises:

The speech trigger module is used for triggering speech identifying function when driving model is unlocked;

And comprise:

The voice closing module when being used for not having the phonetic control command input within the timing scheduled time, is closed described speech identifying function;

Described speech trigger module, also be used for receive user's input wake instruction up the time, reopen described speech identifying function.

9. portable terminal according to claim 8 is characterized in that, described instruction acquisition module comprises:

Collecting unit is used for gathering environmental sound signal;

Recognition unit is used for according to default identifying information described environmental sound signal being identified;

The first judging unit be used for to judge at described environmental sound signal whether comprise the particular sound signal that is complementary with described default identifying information;

The second judging unit, be used for when described environmental sound signal comprises the particular sound signal that is complementary with described default identifying information, whether the loudness of judging described specific voice signal reaches default and the corresponding loudness threshold value of described default identifying information;

Performance element is used for loudness in described particular sound signal and reaches described default during with the corresponding loudness threshold value of described default identifying information, with described particular sound signal as described phonetic control command.

10. portable terminal according to claim 9 is characterized in that, described portable terminal also comprises:

Presetting module is for the loudness threshold value that sets in advance multiple identifying information and various identifying informations;

Memory module is used for the loudness threshold value of storing multiple described identifying information and various described identifying informations;

Data network starts module, is used for opening data network, carries out voice-over-net identification.

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