CN104580726A - Mobile terminal and control method thereof - Google Patents
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- CN104580726A CN104580726A CN201410857710.6A CN201410857710A CN104580726A CN 104580726 A CN104580726 A CN 104580726A CN 201410857710 A CN201410857710 A CN 201410857710A CN 104580726 A CN104580726 A CN 104580726A
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Abstract
The invention provides a mobile terminal and a control method thereof in order to solve the safety problem caused when a user uses the mobile terminal in a walking state. The mobile terminal comprises a mobile monitoring module, a function monitoring register, a safety control module, a warning module, a vibration sensor, a user interface processing module, a display screen and the like. The control method of the mobile terminal comprises the steps of mobile state monitoring, user processing module function monitoring, danger function identification, warning and interference implementation, wherein according to the step of mobile state monitoring, vibration sensing signals are subjected to data processing, and the walking state is determined. According to the mobile terminal and the control method thereof, a warning can be received when the user uses the mobile terminal in the walking process, the function of a user interface operated at preset is controlled to be hidden or terminated, the attention of the user is forced to move away from the mobile terminal, and the safety is improved when the user uses the mobile terminal.
Description
Technical field
The invention belongs to moving communicating field, particularly relate to mobile terminal and control method that user interface capabilities is disturbed.
Background technology
Mobile terminal (mobile phone) has been deep among daily life and work, is that people carry with and the device used.Along with popularizing of intelligent mobile terminal, the thing that people can do becomes more and more interesting, such as pedometer.Traditional pedometer is generally an independent equipment, is worn over certain position of health.A kind of vibrating sensor can be comprised in the terminal, such as MEMS (MEMS (micro electro mechanical system)) inertial sensor, 3-axle acceleration sensor, reach higher and meter step precision.People is when walking, and described vibrating sensor can export vibrating sensing signal, forms a similar sinusoidal waveform figure, therefore can detect crest, trough meter step.
Unsuitable when and where use mobile terminal can to user and around people bring danger.Especially at present intelligent mobile terminal widely uses, and has abundant user interface, human-computer interaction function is many, and support the broadcasting of a large amount of multimedia messages, game, page browsing and edition function, sometimes user immerses wherein.A kind of common phenomenon is, user in the process of walking, is seeing mobile terminal when even going across the road, once not notice the road conditions of surrounding, user may meet with and fall down, steps on the danger such as sky, collision, even traffic accident occurs.Therefore user uses mobile terminal to there is safety issue under walking states, is necessary that developing effective technological means reduces, forbids the incorrect occupation mode of user, thus avoids the personal injury that user uses equipment to bring.
Summary of the invention
Under walking states, use the safety issue of mobile terminal to solve user, the present invention proposes a kind of mobile terminal, and the control device of mobile terminal and control method.
Mobile terminal of the present invention, is characterized in that, comprises vibrating sensor 21, user interface process module 3, display screen 8, mobile monitoring module 111, function supervision register 13, safety control module 12, alarm module 14.
Described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111.
Described mobile monitoring module 111 receives described vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12.
Described user interface process module 3 is connected with described display screen 8 by user interface control signal S0, carries out the process of user interface input and output; Described user interface process module 3 sends Function Identification S1 and monitors register 13 to described function; Described function monitors register 13 receiving function mark S1 and stores.
Described safety control module 12 sends sensing switch signal S5, for opening or closing described vibrating sensor 21.
Selectively, from described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirms mark S9, control described alarm module 14 work or close by alarm switch signal S10 in conjunction with described walking states.Described alarm module 14 sends alarm signal.
Further or selectively, from described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirm mark S9 in conjunction with described walking states, send the first control signal S2 to described user interface process module 3, interference is implemented to user interface.
Further or selectively, mobile terminal of the present invention comprises alternative module 4, from described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, mark S9 is confirmed in conjunction with described walking states, send the second control signal S3 to described alternative module 4, interference is implemented to user interface.
Further or selectively, from described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirms mark S9, sends the 3rd control signal S11 to described display screen 8, implement interference to user interface in conjunction with described walking states.
Control device 1 for mobile terminal of the present invention, comprises mobile monitoring module 111, function monitors register 13, safety control module 12, alarm module 14.Described mobile monitoring module 111 receives vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12.Described function monitors register 13 receiving function mark S1 and stores.Described safety control module 12 sends sensing switch signal S5; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, mark S9 is confirmed in conjunction with described walking states, send in the first control signal S2, the second control signal S3, the 3rd control signal S11 one or more, interference is implemented to user interface.Described safety control module 12 controls described alarm module 14 by alarm switch signal S10 and works or close; Described alarm module 14 sends alarm signal.
The embodiment that control device 1 for mobile terminal of the present invention is optimized further, comprises configuration register 15 further, described configuration register 15 receives artificial configuration signal S13, systematic function configuration data S14; Described safety control 12 is read functions configuration data S14 from described configuration register 15; When the common factor data of described dangerous Function Identification S8 and described functional configuration data S14 are not empty, mark S9 is confirmed in conjunction with described walking states, send in the first control signal S2, the second control signal S3, the 3rd control signal S11 one or more, interference is implemented to user interface.
Mobile terminal of the present invention, comprises described control device 1, at least one vibrating sensor 21, at least one user interface process module 3,3-1,3-2 for mobile terminal ..., 3-N, at least one display screen 8; Arbitrary described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Each described user interface process module 3,3-1,3-2 ..., 3-N by respective user interface control signal S0, S0-1, S0-2 ..., S0-N is connected with arbitrary described display screen 8, carries out the process of user interface input and output; Each described user interface process module 3,3-1,3-2 ..., 3-N sends respective Function Identification S1, S1-1, S1-2 ..., S1-N monitors register 13 to described function; Each described user interface process module 3,3-1,3-2 ..., 3-N accepts respective described first control signal S2, S2-1, S2-2 ..., S2-N controls.Further, described mobile terminal comprises alternative module 4; Described alternative module 4 controls by described second control signal S3, replaces user interface process module 3,3-1,3-2 described at least one ..., 3-N works.Further, described safety control module 12 is connected by described 3rd control signal S11 with arbitrary described display screen 8, changes display parameters.
Mobile terminal of the present invention or in the control device of mobile terminal, described alarm signal comprise following one or more: alarm sound signal S71, alerting light signal S72, alarm vibration signal S73, alarm display S74.
Mobile terminal of the present invention comprise in acoustic generator 5, photophore 6, vibrator 7 one or more, control by described alarm sound signal S71, alerting light signal S72, alarm vibration signal S73 respectively.
In mobile terminal of the present invention, arbitrary described display screen 8 receives the alarm display S74 from described alarm module 14, the discernible warning information of vision such as display text, figure, video.
Mobile terminal of the present invention or in the control device of mobile terminal, described first control signal S2 is used for hiding or suspend or stop the function that described dangerous Function Identification S8 represents; Described second control signal S3 is for switching or forbidding the function that described dangerous Function Identification S8 represents; Described 3rd control signal S11 is for changing display parameters.
Mobile terminal of the present invention or in the control device of mobile terminal, described mobile monitoring module 111 comprises data processing unit 1111, Gait Recognition unit 1112 further; Described vibrating sensing signal S61 is input to described data processing unit 1111; Described data processing unit 1111 carries out filtering to described vibrating sensing signal S61, measures vibration frequency N/ second; Described Gait Recognition unit 1112 judges whether the numerical value of N is in People's Bank of China and walks in paces frequency range, if so, then sends walking states to described safety control module 12 and confirms mark S9.
Further, mobile terminal of the present invention or in the control device of mobile terminal, described safety control module 12 comprises the interface that input manually starts signal S12 and/or automatically activated signal S4.
Mobile terminal of the present invention, when described safety control module 12 comprises the interface of automatically activated signal S4, at least one user interface process module 3,3-1,3-2 ..., 3-N inputs automatically activated signal S4 to described safety control module 12; Described safety control module 12 is after receiving described automatically activated signal S4, and output transducer switching signal S5 is for opening described vibrating sensor 21.
Method for controlling mobile terminal of the present invention, comprises following steps:
Vibrating sensor 21 carries out vibrating sensing, and produce vibrating sensing signal S61, mobile monitoring module 111, through data processing, determines walking states, sends walking states and confirms mark S9;
At least one user interface process module 3,3-1,3-2 ..., 3-N monitors register 13 write-in functions mark S1, S1-1, S1-2 to function ..., S1-N;
Safety control module 12 continues to identify user interface process module 3,3-1,3-2 described at least one ..., the function that 3-N is running, monitors register 13 from described function and reads dangerous Function Identification;
Selectively, when described dangerous Function Identification S8 and described walking states confirm that the mark S9 common duration is T1, start alarm module 14, send alarm signal.
Further or selectively, when described dangerous Function Identification S8 and described walking states confirm that the mark S9 common duration is T2, described safety control module 12 pairs of user interfaces implement interference.
In mobile terminal of the present invention and control device thereof, control method, selectively, as existence the first control signal S2, described the mode that user interface implements interference to be comprised: control running background user interface process module 3 described at least one, 3-1,3-2 ..., the function that 3-N represents to hide described dangerous Function Identification S8; Or stop user interface process module 3,3-1,3-2 described at least one ..., the function that 3-N represents to suspend described dangerous Function Identification S8; Or turn off user interface process module 3,3-1,3-2 described at least one ..., the function that 3-N represents to stop described dangerous Function Identification S8.
Further or selectively, as existence the second control signal S3, described the mode that user interface implements interference to be comprised: described alternative module 4 replaces user interface process module 3 described at least one, 3-1,3-2 ..., 3-N work is to switch the function that described dangerous Function Identification S8 represents; Or described alternative module 4 forbids that the function that described dangerous Function Identification S8 represents is called.
Further or selectively, as existence the 3rd control signal S11, described the mode that user interface implements interference to be comprised: the display parameters changing described display screen 8.
The present invention enables user use when walking to receive during mobile terminal the warning from mobile terminal, impels user to take care; And then mobile terminal controls current operation user interface capabilities when user can not overcome and use the temptation of mobile terminal under unsafe conditions is hidden or stops, and forces the attentiveness of user to leave mobile terminal.These functions are realized automatically by mobile terminal, improve the fail safe that user uses mobile terminal.
Accompanying drawing explanation
Fig. 1 is the mobile terminal embodiment comprising alarm signal
Fig. 2 is the mobile terminal embodiment comprising the first control signal
Fig. 3 is the mobile terminal embodiment comprising the second control signal
Fig. 4 is the mobile terminal embodiment comprising the 3rd control signal
Fig. 5 is mobile terminal and control device embodiment thereof
Fig. 6 is the control device and mobile terminal embodiment that automatically trigger
Fig. 7 is control device and the mobile terminal embodiment of selected user interface process module
Fig. 8 is the embodiment realizing mobile monitoring partial devices in mobile terminal
Fig. 9 is the embodiment of method for controlling mobile terminal
Figure 10 is the embodiment of mobile status monitoring method
Embodiment
Fig. 1 is the mobile terminal embodiment comprising alarm signal.Described mobile terminal comprises vibrating sensor 21, user interface process module 3, display screen 8, mobile monitoring module 111, function supervision register 13, safety control module 12, alarm module 14.Described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Described mobile monitoring module 111 receives described vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12; Described user interface process module 3 is connected with described display screen 8 by user interface control signal S0, carries out the process of user interface input and output; Described user interface process module 3 sends Function Identification S1 and monitors register 13 to described function; Described function monitors register 13 receiving function mark S1 and stores; Described safety control module 12 sends sensing switch signal S5, for opening or closing described vibrating sensor 21; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirm mark S9, control described alarm module 14 work or close by alarm switch signal S10 in conjunction with described walking states; Described alarm module 14 sends alarm signal.
In above-described embodiment and this context, described " walking states ", refers to that being determined as by apparatus and method of the present invention the user carrying mobile terminal walks.People's Bank of China walks paces frequency range and presets in described mobile monitoring module 111, such as, comprise and be careful, hurry up.
In above-described embodiment and this context, described function monitors that the function relevant with user interface that mobile terminal is running is recorded by described Function Identification S1 by register 13, such as user check short message, user browsing page, user dial, answer and converse medium.
In above-described embodiment and this context, described " dangerous function ", it is the function that described dangerous Function Identification S8 represents, refer to when front stage operation, user will read the content of mobile terminal screen or differentiate or need user to carry out edit operation, therefore likely attracts the user's attention those functions of power for a long time.Therefore, described dangerous Function Identification S8 be described Function Identification S1 (also comprise S1-1 in the embodiment had, S1-2 ..., S1-N) all or part of.Dangerous function of the present invention includes but not limited to: video player function, message function, e-mail function, text editor function, picture display function, web browser function, input frame function, Games Software function, Video editing software function, Document processing software function, instant communication software function, photo-editing software function, E-business Software function, mobile payment software function, financial transaction software function, one or more in social software function.
In above-described embodiment and this context, described alarm signal comprise following one or more: alarm sound signal S71, alerting light signal S72, alarm vibration signal S73, alarm display S74.Described alarm module 14 is by method prompting users such as text, audio frequency, video, image, vibration, flashing lights: now watch mobile terminal for a long time and have danger.
Under walking states, as described in dangerous function start when front stage operation as described in alarm module 14.In order to retain the basic call function of mobile terminal, do not start described alarm module 14 when finding the mobile terminal basic functions such as embody rule comprises telephone call, answers, call; When discovery embody rule is the benign functions such as audio frequency broadcasting, broadcast receiver, do not need to start described alarm module 14 yet.When finding that embody rule comprises aforementioned dangerous function, described safety control module 12 must start described alarm module 14.
Under walking states, when finding that dangerous function described in front stage operation has the long period (as 10 seconds), described safety control module 12 sends control signal and implements interference to user interface, changes current user interface capabilities.
Fig. 2 is the mobile terminal embodiment comprising the first control signal.Described mobile terminal comprises vibrating sensor 21, user interface process module 3, display screen 8, mobile monitoring module 111, function supervision register 13, safety control module 12.Described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Described mobile monitoring module 111 receives described vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12; Described user interface process module 3 is connected with described display screen 8 by user interface control signal S0, carries out the process of user interface input and output; Described user interface process module 3 sends Function Identification S1 and monitors register 13 to described function; Described function monitors register 13 receiving function mark S1 and stores; Described safety control module 12 sends sensing switch signal S5, for opening or closing described vibrating sensor 21; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirm mark S9, send the first control signal S2 to described user interface process module 3, implement interference to user interface in conjunction with described walking states.
Fig. 3 is the mobile terminal embodiment comprising the second control signal.Described mobile terminal comprises vibrating sensor 21, user interface process module 3, display screen 8, mobile monitoring module 111, function supervision register 13, safety control module 12, alternative module 4.Described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Described mobile monitoring module 111 receives described vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12; Described user interface process module 3 is connected with described display screen 8 by user interface control signal S0, carries out the process of user interface input and output; Described user interface process module 3 sends Function Identification S1 and monitors register 13 to described function; Described function monitors register 13 receiving function mark S1 and stores; Described safety control module 12 sends sensing switch signal S5, for opening or closing described vibrating sensor 21; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirm mark S9, send the second control signal S3 to described alternative module 4, implement interference to user interface in conjunction with described walking states.
Fig. 4 is the mobile terminal embodiment comprising the 3rd control signal.Described mobile terminal comprises vibrating sensor 21, user interface process module 3, display screen 8, mobile monitoring module 111, function supervision register 13, safety control module 12.Described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Described mobile monitoring module 111 receives vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12; Described user interface process module 3 is connected with described display screen 8 by user interface control signal S0, carries out the process of user interface input and output; Described user interface process module 3 sends Function Identification S1 and monitors register 13 to described function; Described function monitors register 13 receiving function mark S1 and stores; Described safety control module 12 sends sensing switch signal S5, for opening or closing described vibrating sensor 21; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, confirm mark S9, send the 3rd control signal S11 to described display screen 8, implement interference to user interface in conjunction with described walking states.
Fig. 5 is mobile terminal and control device embodiment thereof.Control device 1 for mobile terminal comprises mobile monitoring module 111, function monitors register 13, safety control module 12, alarm module 14.Described mobile monitoring module 111 receives vibrating sensing signal S61, completes data processing, determines walking states, walking states is confirmed mark S9 sends to described safety control module 12; Described function monitors register 13 receiving function mark S1 and stores; Described safety control module 12 sends sensing switch signal S5; From described function, described safety control module 12 monitors that register 13 reads dangerous Function Identification S8, mark S9 is confirmed in conjunction with described walking states, send in the first control signal S2, the second control signal S3, the 3rd control signal S11 one or more, interference is implemented to user interface; Described safety control module 12 controls described alarm module 14 by alarm switch signal S10 and works or close; Described alarm module 14 sends alarm signal.
The function that described first control signal S2 represents for hiding or suspend or stop described dangerous Function Identification S8; Described second control signal S3 is for replacing or forbid the function that described dangerous Function Identification S8 represents; Described 3rd control signal S11 is for changing display parameters.
In order to arrange the described control device for mobile terminal by the mode of user interface, described safety control module 12 comprises the interface that input manually starts signal S12 further, for connecting the user interface of mobile terminal.For reducing mobile terminal power consumption, vibrating sensor 21 normally cuts out.Manually start signal S12 described in being inputted directly to described safety control module 12 by user interface, described safety control module 12 is after manually starting signal S12 described in receiving, output transducer switching signal S5 is for opening described vibrating sensor 21.
Fig. 6 is the control device and mobile terminal embodiment that automatically trigger.When described safety control module 12 comprises the interface of input automatically activated signal S4, at least one user interface process module 3-1,3-2 ..., 3-N inputs automatically activated signal S4 to described safety control module 12; Described safety control module 12 is after receiving described automatically activated signal S4, and output transducer switching signal S5 is for opening described vibrating sensor 21.
Fig. 7 is control device and the mobile terminal embodiment of selected user interface process module.The described control device for mobile terminal comprises mobile monitoring module 111, function monitors register 13, configuration register 15, safety control module 12, alarm module 14, described configuration register 15 receives artificial configuration signal S13, systematic function configuration data S14; Described safety control 12 is read functions configuration data S14 from described configuration register 15; When the common factor data of described dangerous Function Identification S8 and described functional configuration data S14 are not empty, mark S9 is confirmed in conjunction with described walking states, send the first control signal S2-1, S2-2, ..., one or more in S2-N, the second control signal S3, the 3rd control signal S11, implement interference to user interface.
Mobile terminal shown in Fig. 5 ~ 7, comprises at least one vibrating sensor 21, at least one user interface process module 3,3-1,3-2 ..., 3-N, at least one display screen 8; Arbitrary described vibrating sensor 21 exports vibrating sensing signal S61 to described mobile monitoring module 111; Each described user interface process module 3,3-1,3-2 ..., 3-N is by respective user interface control signal S0, S0-1, S0-2 ..., S0-N is connected with arbitrary described display screen 8, carry out the process of user interface input and output, for realizing the mobile terminal functions such as game, page browsing, contact action, phonetic entry, dialing, telephone receiving; Each described user interface process module 3,3-1,3-2 ..., 3-N sends respective Function Identification S1, S1-1, S1-2 ..., S1-N monitors register 13 to described function.Each described user interface process module 3,3-1,3-2 ..., 3-N accepts respective described first control signal S2, S2-1, S2-2 ..., S2-N controls;
Mobile terminal shown in Fig. 5 ~ 7, as the embodiment optimized further, also comprises at least one alternative module 4; Described alternative module 4 controls by described second control signal S3, replaces user interface process module 3,3-1,3-2 described at least one ..., 3-N works.
Mobile terminal shown in Fig. 4 ~ 7, as the embodiment optimized further, described safety control module 12 is connected by described 3rd control signal S11 with arbitrary described display screen 8, changes display parameters.
Mobile terminal shown in Fig. 1, Fig. 5 ~ 7, as the embodiment optimized further, arbitrary described display screen 8 receives the alarm display S74 from described alarm module 14, the discernible warning information of vision such as display text, figure, video.
Mobile terminal shown in Fig. 1, Fig. 5 ~ 7, as the embodiment optimized further, also comprise in acoustic generator 5, photophore 6, vibrator 7 one or more, control by described alarm sound signal S71, alerting light signal S72, alarm vibration signal S73 respectively.
Fig. 8 is the embodiment realizing mobile monitoring partial devices in mobile terminal shown in Fig. 1 ~ 7.Described mobile monitoring module 111 comprises further: data processing unit 1111, Gait Recognition unit 1112; Described vibrating sensing signal S61 is input to described data processing unit 111; Described data processing unit 1111 carries out filtering to described vibrating sensing signal S61, filters general body-sway motion, as the single shake of bus, subway, private car etc., obtains periodic signal, measure vibration frequency N/ second; Described Gait Recognition unit 1112 judges whether the numerical value of N is in People's Bank of China and walks in paces frequency range (as 0.5 < N < 8), if, then send walking states to described safety control module 12 and confirm mark S9, determine walking states.
Fig. 9 is the embodiment of method for controlling mobile terminal, for described mobile terminal and control device thereof, comprises following steps 101 ~ 105.
Step 101, mobile status are monitored: vibrating sensor 21 carries out vibrating sensing, and produce vibrating sensing signal S61, mobile monitoring module 111, through data processing, determines walking states, send walking states and confirm mark S9.As the embodiment of this step, the embodiment of Figure 10 mobile status monitoring method comprises following steps further: step 201, vibrating sensing: vibration experienced by described vibrating sensor 21, and vibrating sensing signal S61 is input to data processing unit 1111 in described mobile monitoring module 111; Step 202, data processing: in described mobile monitoring module 111, data processing unit 1111 carries out filtering to described vibrating sensing signal S61, filter general body-sway motion, as the single shake of bus, subway, private car etc., and noise, obtain periodic signal, obtain relatively accurate vibration frequency N/ second; Step 203, determine walking states: the Gait Recognition unit 1112 in described mobile monitoring module 111 judges whether N is in People's Bank of China and walks in paces frequency range, such as 0.5 < N < 8, if, then send walking states to described safety control module 12 and confirm mark S9, determine walking states.
Step 102, user interface process functions of modules monitor: at least one user interface process module 3,3-1,3-2 ..., 3-N monitors register 13 write-in functions mark S1, S1-1, S1-2 to function ..., S1-N.Described Function Identification represents the function run, comprise game, page browsing, contact action, phonetic entry, dialing, telephone receiving etc., part of functions is wherein predefined as dangerous function, illustrate, described dangerous function comprise game, web page browsing, video playback, input short message, display short message, display instant communication message, word or graphics edition in one or more.
Step 103, dangerous identification of function: safety control module 12 continues to identify user interface process module 3,3-1,3-2 described at least one ..., the function that 3-N is running, monitors register 13 from described function and reads dangerous Function Identification S8.
Step 104, alarm: when described dangerous Function Identification S8 and walking states confirm that the mark S9 common duration is T1 (T1 > 0), start alarm module 14, send alarm signal.Alarm signal prompting long-time operation or viewing mobile terminal have danger.In the step of alarm, T1 has any different because described dangerous function is different, and the opportunity sending alarm sends alarm immediately or sends alarm after postponing a period of time.As the most preferred embodiment of this step, when described Function Identification represent game, web page browsing, video playback, input short message, word or graphic editor time make alarm immediately, now T1 is close to 0.When described Function Identification represents display short message and instant communication message, then just need not make prompting immediately after recognition, if service time very short (such as less than 4 seconds), not send alarm.If but the time longer (such as more than 4 seconds, now T1=4 second) then sends alarm.When described Function Identification be represent telephone call, answer, converse time do not carry out alarm.When described Function Identification, when representing audio frequency broadcasting, broadcast receiver, also need not carry out alarm.
Step 105, enforcement interference: when described dangerous Function Identification S8 and walking states confirm that the mark S9 common duration is T2 (T2 > 0), described safety control module 12 pairs of user interfaces are implemented to disturb.
When after implementation step 101 ~ 103, when only implementing described step 104 or 105, form different embodiment.
When after implementation step 101 ~ 103, if not only implement described step 104 but also implement described step 105, this programme does not limit the relation between T1, T2.As most preferred embodiment of the present invention, get T2 > T1, the step of alarm is prior to implementing the step of interference.
In mobile terminal and control device thereof and control method described in this specification, the described mode that interference implemented to user interface comprise following at least one, object affects user's current operation, forces the diversion of user:
To comprise dangerous function at least one described in user interface process module 3,3-1,3-2, ..., 3-N sends the first control signal S2 respectively, S2-1, S2-2 ..., S2-N, control running background user interface process module 3 described at least one, 3-1,3-2 ..., 3-N, hides the function that described dangerous Function Identification S8 represents.As the embodiment optimized further, after described walking states terminates, described user interface process module 3,3-1,3-2 ..., 3-N recovers original function.
To comprise dangerous function at least one described in user interface process module 3,3-1,3-2; ..., 3-N sends the first control signal S2, S2-1; S2-2 ..., S2-N; stop or turn off described user interface process module 3; 3-1,3-2 ...; 3-N, thus suspends or stops the function that described dangerous Function Identification S8 represents.As the embodiment optimized further, stop or turn off described user interface process module 3,3-1,3-2 ..., during 3-N, T2 > T1 (such as T1=4 second, T2=10 second).
Send the second control signal S3 to described alternative module 4, described alternative module 4 replaces user interface process module 3,3-1,3-2 described at least one ..., 3-N works, and switches the function that described dangerous Function Identification S8 represents." switching " refers to and runs another function by just changing in operating risk function.Described alternative module 4 starts new function, such as, start a screen saver function, and screen is covered by color, picture.As the embodiment optimized further, described alternative module 4 such as, turns off afterwards at operation a period of time T3 (T3 > 0, T3=10 second) or turns off after described walking states terminates.
Send the second control signal S3 to described alternative module 4, described alternative module 4 forbids that function that described dangerous Function Identification S8 represents is by arbitrary described user interface process module 3,3-1,3-2 ..., 3-N calls.Such as described alternative module 4 forbids function relevant with man-machine interoperability in mobile phone operating system or application software, as touch screen identification, make described user interface process module 3,3-1,3-2 ..., 3-N calls described relevant with man-machine interoperability disabler, concrete grammar in the described software function function relevant with man-machine interoperability, comprises No starting when identifying, and arranges described No starting mark.As the embodiment optimized further, described alternative module 4 such as, turns off afterwards at operation a period of time T3 (T3 > 0, T3=10 second) or turns off after described walking states terminates.
The display parameters of described display screen 8 are changed by described 3rd control signal S11.Described display parameters comprise brightness, colourity, contrast, the display position of user interface, the display area etc. of user interface.Such as reduce the brightness of described display screen 8, until turn off described display screen 8; Such as change colourity, the contrast of display screen again; Change the display area, display position etc. of user interface at display screen.Changing display parameters makes user interface not easily differentiate.
The further application understanding the embodiment of the present invention.Such as, when the video player program (function of user interface process module 3) of mobile terminal runs, mobile terminal and control device thereof carry out mobile status monitoring, and when being found to be walking states, player sends points out and suspends broadcasting.Again such as, some instant messaging application programs, call mobile monitoring function when user carries out copy editor and input, be in walking states then send alarm as found.Embodiments of the invention are particularly useful for JICQ, make it can only carry out voice dialogue function when walking.IM, micro-letter, QQ, dealing, microblogging etc. can improve with the present invention.
Claims (10)
1. a mobile terminal, is characterized in that, comprises vibrating sensor, user interface process module, display screen, mobile monitoring module, function supervision register, safety control module, alarm module,
Described vibrating sensor exports vibrating sensing signal to described mobile monitoring module;
Described mobile monitoring module receives described vibrating sensing signal, completes data processing, determines walking states, walking states is confirmed mark sends to described safety control module;
Described user interface process module is connected with described display screen by user interface control signal, carries out the process of user interface input and output;
Described user interface process module sends Function Identification and monitors register to described function;
Described function monitors that register receiving function identifies and stores;
Described safety control module sends sensing switch signal, for opening or closing described vibrating sensor;
Described safety control module monitors the dangerous Function Identification of register read from described function, confirms mark, by alarm module work or closedown described in alarm switch signal controlling in conjunction with described walking states;
Described alarm module sends alarm signal.
2. a mobile terminal, is characterized in that, comprises vibrating sensor, user interface process module, display screen, mobile monitoring module, function supervision register, safety control module,
Described vibrating sensor exports vibrating sensing signal to described mobile monitoring module;
Described mobile monitoring module receives described vibrating sensing signal, completes data processing, determines walking states, walking states is confirmed mark sends to described safety control module;
Described user interface process module is connected with described display screen by user interface control signal, carries out the process of user interface input and output;
Described user interface process module sends Function Identification and monitors register to described function;
Described function monitors that register receiving function identifies and stores;
Described safety control module sends sensing switch signal, for opening or closing described vibrating sensor;
Described safety control module monitors the dangerous Function Identification of register read from described function, confirms mark, sends the first control signal to described user interface process module, implement interference to user interface in conjunction with described walking states.
3. a mobile terminal, is characterized in that, comprises vibrating sensor, user interface process module, display screen, mobile monitoring module, function supervision register, safety control module, alternative module;
Described vibrating sensor exports vibrating sensing signal to described mobile monitoring module;
Described mobile monitoring module receives described vibrating sensing signal, completes data processing, determines walking states, walking states is confirmed mark sends to described safety control module;
Described user interface process module is connected with described display screen by user interface control signal, carries out the process of user interface input and output;
Described user interface process module sends Function Identification and monitors register to described function;
Described function monitors that register receiving function identifies and stores;
Described safety control module sends sensing switch signal, for opening or closing described vibrating sensor;
Described safety control module monitors the dangerous Function Identification of register read from described function, confirms mark, sends the second control signal to described alternative module, implement interference to user interface in conjunction with described walking states.
4. a mobile terminal, is characterized in that, comprises vibrating sensor, user interface process module, display screen, mobile monitoring module, function supervision register, safety control module,
Described vibrating sensor exports vibrating sensing signal to described mobile monitoring module;
Described mobile monitoring module receives described vibrating sensing signal, completes data processing, determines walking states, walking states is confirmed mark sends to described safety control module;
Described user interface process module is connected with described display screen by user interface control signal, carries out the process of user interface input and output;
Described user interface process module sends Function Identification and monitors register to described function;
Described function monitors that register receiving function identifies and stores;
Described safety control module sends sensing switch signal, for opening or closing described vibrating sensor;
Described safety control module monitors the dangerous Function Identification of register read from described function, confirms mark, sends the 3rd control signal to described display screen, implement interference to user interface in conjunction with described walking states.
5. mobile terminal as claimed in claim 2, describedly to the mode that user interface implements interference is
Running background user interface process module described at least one; Or
Stop user interface process module described at least one; Or
Turn off user interface process module described at least one.
6. mobile terminal as claimed in claim 3, describedly to the mode that user interface implements interference is
Described alternative module replaces user interface process module work described at least one; Or
Described alternative module forbids that the function that described dangerous Function Identification represents is called.
7. mobile terminal as claimed in claim 4, describedly to the mode that user interface implements interference is
Change the display parameters of described display screen.
8. a method for controlling mobile terminal, comprises following steps:
Vibrating sensor carries out vibration detection, and produce vibrating sensing signal, mobile monitoring module, through data processing, determines walking states, sends walking states and confirms mark;
At least one user interface process module monitors register write-in functions mark to function;
Safety control module continues to identify the function that described at least one, user interface process module is being run, and monitors register read dangerous Function Identification from described function;
When described dangerous Function Identification and described walking states confirm that the mark common duration is T1, start alarm module, send alarm signal.
9. a method for controlling mobile terminal, comprises following steps:
Vibrating sensor carries out vibrating sensing, and produce vibrating sensing signal, mobile monitoring module, through data processing, determines walking states, sends walking states and confirms mark;
At least one user interface process module monitors register write-in functions mark to function;
Safety control module continues to identify the function that described at least one, user interface process module is being run, and monitors register read dangerous function mark from described function;
When described dangerous Function Identification and described walking states confirm that the mark common duration is T2, described safety control module implements interference to user interface.
10. method for controlling mobile terminal as described in claim 8 or 9, is characterized in that,
The step of described vibrating sensing comprises further: vibration experienced by described vibrating sensor, and vibrating sensing signal is input to data processing unit;
The step of described data processing comprises further: described data processing unit carries out filtering to described vibrating sensing signal, measures vibration frequency N/ second;
Describedly determine that the step of walking states comprises further: whether described Gait Recognition unit judges N is in People's Bank of China is walked in paces frequency range, if so, then send walking states to described safety control module and confirm mark.
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| CN201410857710.6A CN104580726B (en) | 2014-12-29 | 2014-12-29 | A kind of mobile terminal and its control method |
| PCT/CN2015/099517 WO2016107558A1 (en) | 2014-12-29 | 2015-12-29 | Mobile terminal and control method and control device therefor |
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| CN201410857710.6A CN104580726B (en) | 2014-12-29 | 2014-12-29 | A kind of mobile terminal and its control method |
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