CN103188395B - Calling way switching method, microprocessor and handheld mobile terminal - Google Patents
Calling way switching method, microprocessor and handheld mobile terminal Download PDFInfo
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- CN103188395B CN103188395B CN201110460707.7A CN201110460707A CN103188395B CN 103188395 B CN103188395 B CN 103188395B CN 201110460707 A CN201110460707 A CN 201110460707A CN 103188395 B CN103188395 B CN 103188395B
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Abstract
The invention discloses a calling way switching method. By judging of whether physical condition parameters of a handheld mobile terminal meet a first preset condition or a second preset condition, switching of calling ways can be completed according to judged results, a user only needs to enable the handheld mobile terminal to be placed beside one ear or away form the one ear, the switching of the calling ways can be completed automatically, keyboard operation or touch screen operation is not needed, and a process of switching of the calling ways is simplified. The invention further discloses a microprocessor and the handheld mobile terminal.
Description
Technical field
The invention belongs to mobile communication equipment technical field, particularly relate to a kind of method of handoff calls mode, microprocessor and hand-held mobile terminal.
Background technology
Along with the development of science and technology, bluetooth earphone more and more appears in the life of people.After the hand-held mobile terminal of user and bluetooth earphone complete pairing, hand-held mobile terminal or bluetooth earphone can communicate as call terminal by user.
In use, user often needs environmentally or demand switches the talking mode of hand-held mobile terminal and bluetooth earphone.Such as: when the talk of user relates to privacy information, user does not wish to be played back by telephone speech by bluetooth earphone, needs to switch to hand-held mobile terminal talking mode by bluetooth earphone talking mode; When user needs solution releasing both hands to carry out other actions, need to switch to bluetooth earphone talking mode by hand-held mobile terminal talking mode.
At present, when user needs to carry out the switching of talking mode to hand-held mobile terminal and bluetooth earphone, user will carry out manual operation on the keyboard of hand-held mobile terminal or touch-screen, first set up or disconnect the connection of hand-held mobile terminal and bluetooth earphone, manually another terminal of operation start is conversed afterwards, whole process operation is complicated, loaded down with trivial details, especially when user during handoff calls mode, very easily meets accident in startup procedure.
Summary of the invention
In view of this, the object of the present invention is to provide a kind of method of handoff calls mode, for simplifying the process switched the talking mode of hand-held mobile terminal and bluetooth earphone.The invention also discloses a kind of microprocessor and hand-held mobile terminal.
For achieving the above object, the invention provides following technical scheme:
A method for handoff calls mode, is applied to the system be made up of hand-held mobile terminal and bluetooth earphone, and described method comprises:
Obtain the physical state parameter of described hand-held mobile terminal;
Determine the call terminal of current time;
When described bluetooth earphone is the call terminal of current time, judge whether described physical state parameter meets corresponding first pre-conditioned, if so, then control the connection between the disconnection of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described hand-held mobile terminal;
When described hand-held mobile terminal is the call terminal of current time, judge whether described physical state parameter meets corresponding second pre-conditioned, if so, then control the connection between the foundation of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described bluetooth earphone;
When described physical state parameter comprises distance state parameter and location status parameter, obtain the process of the physical state parameter of described hand-held mobile terminal, comprising: the distance value that the range sensor obtaining described hand-held mobile terminal detects; Obtain the angle between described hand-held mobile terminal and horizontal plane; Judge whether described physical state parameter meets corresponding first pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is less than the first distance threshold and angle between described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if, then determine that described physical state parameter meets first pre-conditioned, otherwise, determine that described physical state parameter does not meet first pre-conditioned; Judge whether described physical state parameter meets corresponding second pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is greater than second distance threshold value and angle between described hand-held mobile terminal and horizontal plane is less than the second angle threshold, if, then determine that described physical state parameter meets second pre-conditioned, otherwise, determine that described physical state parameter does not meet second pre-conditioned;
When described physical state parameter comprises distance state parameter and state of temperature parameter, obtain the process of the physical state parameter of described hand-held mobile terminal, comprising: the distance value that the range sensor obtaining described hand-held mobile terminal detects; Obtain the temperature value on described hand-held mobile terminal surface; Judge whether described physical state parameter meets the first pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is less than described first distance threshold and the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, if, then determine that described physical state parameter meets first pre-conditioned, otherwise, determine that described physical state parameter does not meet first pre-conditioned; Judge whether described physical state parameter meets the second pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is greater than described second distance threshold value and the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, if, then determine that described physical state parameter meets second pre-conditioned, otherwise, determine that described physical state parameter does not meet second pre-conditioned.
Preferably, in the above-mentioned methods, judge whether that distance value that described range sensor detects is less than the first distance threshold and angle between described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, comprising:
Judge whether described distance value is less than the first distance threshold; If described distance value is more than or equal to described first distance threshold, then described physical state parameter does not meet first pre-conditioned; If described distance value is less than described first distance threshold, then judge whether the angle of described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if so, then described physical state parameter meets first pre-conditioned, otherwise described physical state parameter does not meet first pre-conditioned;
Judge whether that distance value that described range sensor detects is greater than second distance threshold value and angle between described hand-held mobile terminal and horizontal plane is less than the second angle threshold, comprising:
Judge whether described distance value is greater than second distance threshold value; If described distance value is less than or equal to described second distance threshold value, then described physical state parameter does not meet second pre-conditioned; If described distance value is greater than described second distance threshold value, then judge whether the angle of described hand-held mobile terminal and horizontal plane is less than the second angle threshold, if so, then described physical state parameter meets second pre-conditioned, otherwise described physical state parameter does not meet second pre-conditioned.
Preferably, in the above-mentioned methods, judge whether that distance value that described range sensor detects is less than described first distance threshold and the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, comprising:
Judge whether described distance value is less than the first distance threshold; If described distance value is more than or equal to described first distance threshold, then described physical state parameter does not meet first pre-conditioned; If described distance value is less than described first distance threshold, then judge whether the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, if so, then described physical state parameter meets first pre-conditioned, otherwise described physical state parameter does not meet first pre-conditioned;
Judge whether that distance value that described range sensor detects is greater than described second distance threshold value and the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, comprising:
Judge whether described distance value is greater than second distance threshold value; If described distance value is less than or equal to described second distance threshold value, then described physical state parameter does not meet second pre-conditioned; If described distance value is greater than described first distance threshold, then judge whether the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, if so, then described physical state parameter meets second pre-conditioned, otherwise described physical state parameter does not meet second pre-conditioned.
A kind of microprocessor, comprising: physical state parameter acquiring unit, call terminal determining unit, the first judging unit, the second judging unit and control unit;
Described physical state parameter acquiring unit is for obtaining the physical state parameter of hand-held mobile terminal;
Described call terminal determining unit for determining the call terminal of current time in the system be made up of hand-held mobile terminal and bluetooth earphone, and triggering described first judging unit, triggering described second judging unit when described hand-held mobile terminal is the call terminal of current time when described bluetooth earphone is the call terminal of current time;
Described first judging unit is first pre-conditioned for judging that whether described physical state parameter meets;
Described second judging unit is second pre-conditioned for judging that whether described physical state parameter meets;
Described control unit, for when described physical state parameter meet first pre-conditioned time, control the connection between the disconnection of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described hand-held mobile terminal, also for when described physical state parameter meet second pre-conditioned time, control the connection between the foundation of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described bluetooth earphone;
Described physical state parameter acquiring unit comprises distance state parameter acquisition module, location status parameter acquisition module and state of temperature parameter acquisition module, wherein, described distance state parameter acquisition module is for obtaining the distance state parameter of described hand-held mobile terminal, described location status parameter acquisition module is for obtaining the location status parameter of described hand-held mobile terminal, and described state of temperature parameter acquisition module is for obtaining the state of temperature parameter of described hand-held mobile terminal;
Described first judging unit comprises the first distance state parameter judge module, primary importance state parameter judge module and the first state of temperature parameter judge module, wherein, described first distance state parameter judge module is its corresponding first pre-conditioned for judging whether described distance state parameter meets, described primary importance state parameter judge module is its corresponding first pre-conditioned for judging whether described location status parameter meets, described first state of temperature parameter judge module is its corresponding first pre-conditioned for judging whether described state of temperature parameter meets,
Described second judging unit comprises second distance state parameter judge module, second place state parameter judge module and the second state of temperature parameter judge module, wherein, described second distance state parameter judge module is its corresponding second pre-conditioned for judging whether described distance state parameter meets, described second place state parameter judge module is its corresponding second pre-conditioned for judging whether described location status parameter meets, described second state of temperature parameter judge module is its corresponding second pre-conditioned for judging whether described state of temperature parameter meets.
A kind of hand-held mobile terminal, comprises voicefrequency circuit, radio circuit, bluetooth module and power circuit, it is characterized in that, also comprise transducer and above-mentioned microprocessor;
Described transducer is for gathering the physical state parameter of described hand-held mobile terminal;
Described microprocessor respectively with described voicefrequency circuit, radio circuit, power circuit, bluetooth module is connected with transducer, for obtaining the physical state parameter that described transducer gathers, bluetooth earphone be the call terminal of current time and described physical state parameter meet corresponding first pre-conditioned time, control the connection between the disconnection of described hand-held mobile terminal with bluetooth earphone, and open the talking mode of described hand-held mobile terminal, described hand-held mobile terminal be the call terminal of current time and described physical state parameter meet corresponding second pre-conditioned time, control the connection between the foundation of described hand-held mobile terminal with bluetooth earphone, open the talking mode of described bluetooth earphone.
As can be seen here, beneficial effect of the present invention is: in the method for handoff calls mode disclosed by the invention, first pre-conditioned or second pre-conditioned by judging that whether the physical state parameter of hand-held mobile terminal meets, the switching of talking mode just can be completed according to judged result, in enforcement, user only needs hand-held mobile terminal to be placed in one's ear or away from the switching that just automatically can complete talking mode in one's ear, and do not need keyboard operation or touch screen operation, simplify the process of handoff calls mode.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The flow chart of Fig. 1 method of handoff calls mode disclosed in the embodiment of the present invention one;
The flow chart of Fig. 2 method of handoff calls mode disclosed in the embodiment of the present invention two;
The flow chart of Fig. 3 method of handoff calls mode disclosed in the embodiment of the present invention three;
The flow chart of Fig. 4 method of handoff calls mode disclosed in the embodiment of the present invention four;
The flow chart of Fig. 5 method of handoff calls mode disclosed in the embodiment of the present invention five;
The flow chart of Fig. 6 method of handoff calls mode disclosed in the embodiment of the present invention six;
Fig. 7 is the structural representation of a kind of microprocessor disclosed by the invention;
Fig. 8 is the structural representation of another kind of microprocessor disclosed by the invention;
Fig. 9 is the structural representation of a kind of hand-held mobile terminal disclosed by the invention.
Embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The invention discloses a kind of method of handoff calls mode, be applied to the system be made up of hand-held mobile terminal and bluetooth earphone, undertaken in the process conversed by hand-held mobile terminal or bluetooth earphone, obtain the physical state parameter of hand-held mobile terminal, by the physical state parameter of acquisition and corresponding with it first pre-conditioned or second pre-conditionedly to compare, carry out automatic handoff calls mode according to comparative result, simplify the process that the talking mode of hand-held mobile terminal and bluetooth earphone is switched thus.Hand-held mobile terminal in the present invention can be mobile phone, also can be PDA.
Embodiment one
See the flow chart of Fig. 1, Fig. 1 method of handoff calls mode disclosed in the embodiment of the present invention one.Comprise:
Step S11: the physical state parameter obtaining hand-held mobile terminal.
Physical state parameter can be one or more in distance state parameter, location status parameter and state of temperature parameter.
Step S12: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S13, when hand-held mobile terminal is the call terminal of current time, performs step S15.
After hand-held mobile terminal and bluetooth earphone complete pairing, in communication process, user both can using hand-held mobile terminal as call terminal, also can using bluetooth earphone as call terminal, certainly, bluetooth earphone must with hand-held mobile terminal with the use of just completing communication process with the opposing party of call.Determine the process of current time call terminal, determine the process of the equipment being directly used in the acoustic information gathering user in the system be made up of hand-held mobile terminal and bluetooth earphone exactly.
Step S13: judge that whether physical state parameter meets corresponding with it first pre-conditioned, if meet, then execution step S14, if do not meet, then terminates.
Judge that whether physical state parameter meets corresponding with it the first pre-conditioned process and comprise: judge that whether satisfied the distance state parameter (distance value that the range sensor as hand-held mobile terminal exports) of hand-held mobile terminal is corresponding first pre-conditioned with it, or it is corresponding first pre-conditioned with it to judge that whether the location status parameter (as hand-held mobile terminal and the angle of horizontal plane) of hand-held mobile terminal meets, or it is corresponding with it first pre-conditioned to judge that whether the state of temperature parameter (temperature as hand-held mobile terminal surface) of hand-held mobile terminal meets.Certainly, also can be the combination of any two kinds or all of above-mentioned three.
Step S14: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
When the physical state parameter of hand-held mobile terminal meet corresponding with it first pre-conditioned after, can assert, need talking mode to switch to hand-held mobile terminal talking mode by bluetooth earphone talking mode current time user.Now, control the connection between hand-held mobile terminal disconnection with bluetooth earphone, using hand-held mobile terminal as call terminal, and open the talking mode (namely opening receiver and the microphone of hand-held mobile terminal) of hand-held mobile terminal.Afterwards, by the microphone of hand-held mobile terminal gather user acoustic information, played sound to user by the receiver of hand-held mobile terminal simultaneously.
Step S15: judge that whether physical state parameter meets corresponding with it second pre-conditioned, if meet, then execution step S16, if do not meet, then terminates.
Judge that whether physical state parameter meets corresponding with it the second pre-conditioned process and comprise: judge that whether satisfied the distance state parameter (distance value that the range sensor as hand-held mobile terminal exports) of hand-held mobile terminal is corresponding second pre-conditioned with it, or it is corresponding second pre-conditioned with it to judge that whether the location status parameter (as hand-held mobile terminal and the angle of horizontal plane) of hand-held mobile terminal meets, or it is corresponding with it second pre-conditioned to judge that whether the state of temperature parameter (temperature as hand-held mobile terminal surface) of hand-held mobile terminal meets.Certainly, also can be the combination of any two kinds or all of above-mentioned three.
Step S16: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
When the physical state parameter of hand-held mobile terminal meet corresponding with it second pre-conditioned after, can assert, need talking mode to be switched to by bluetooth earphone talking mode by hand-held mobile terminal talking mode current time user.Now, control the connection between hand-held mobile terminal foundation with bluetooth earphone, using bluetooth earphone as call terminal, and open bluetooth earphone talking mode (namely opening loud speaker and the microphone of bluetooth earphone).Afterwards, by the microphone of bluetooth earphone gather user acoustic information, played sound to user by the loud speaker of bluetooth earphone simultaneously.
In the method for handoff calls mode disclosed in the present embodiment, first pre-conditioned or second pre-conditioned by judging that whether the physical state parameter of hand-held mobile terminal meets, the switching of talking mode just can be completed according to judged result, in enforcement, user only needs hand-held mobile terminal to be placed in one's ear or away from the switching that just automatically can complete talking mode in one's ear, and do not need keyboard operation or touch screen operation, simplify the process of handoff calls mode.
Embodiment two
See the flow chart of Fig. 2, Fig. 2 method of handoff calls mode disclosed in the embodiment of the present invention two.Comprise:
Step S21: the distance state parameter obtaining hand-held mobile terminal.
When user is conversed by hand-held mobile terminal; hand-held mobile terminal can be close to ear or keep a very little distance with ear; and when user is conversed by bluetooth earphone; usually hand-held mobile terminal can be placed on seat on desktop, bridge or adjacent; therefore, the distance value that hand-held mobile terminal middle distance transducer can be detected is as distance state parameter.Certainly, also can using the distance value in the hand-held mobile terminal that detects by other means between display screen place plane and adjacent media as distance state parameter.
Owing to being provided with range sensor in current most of hand-held mobile terminal, this range sensor is used for judging whether to extinguish display screen, and therefore, the present embodiment middle distance state parameter is preferably the distance value that range sensor detects.
Step S22: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S23, when hand-held mobile terminal is the call terminal of current time, performs step S25.
Step S23: whether the distance value that judging distance transducer detects is less than the first distance threshold, if so, then performs step S24, otherwise, terminate.
Step S24: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
Step S25: whether the distance value that judging distance transducer detects is greater than second distance threshold value, if so, then performs step S26, otherwise, terminate.
Step S26: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
In the present embodiment, by judging whether the distance value that hand-held mobile terminal middle distance transducer exports is less than the first distance threshold, judge whether user takes hand-held mobile terminal in one's ear (i.e. user will open hand-held mobile terminal talking mode), by judging whether the distance value that hand-held mobile terminal middle distance transducer exports is greater than second distance threshold value, judge user whether by hand-held mobile terminal from taking away in one's ear (i.e. user will open bluetooth earphone talking mode), after meeting corresponding condition, automatically the switching of talking mode is completed, and do not need user to carry out loaded down with trivial details keyboard operation or touch screen operation, simplify handoff procedure.
It should be noted that, the first distance threshold and second distance threshold value can set according to the operating habit of user.Such as, user carries out in communication process at use hand-held mobile terminal, get used to distance hand-held mobile terminal is close to ear or is kept for no more 5 centimetres, so, first threshold can be set as 5 centimetres, in order to the operation of differentiation user is definitely intended to, Second Threshold should much larger than first threshold.
Embodiment three
See the flow chart of Fig. 3, Fig. 3 method of handoff calls mode disclosed in the embodiment of the present invention three.Comprise:
Step S31: the location status parameter obtaining hand-held mobile terminal.
When user is conversed by hand-held mobile terminal, usually be positioned in one's ear by approximately perpendicular for hand-held mobile terminal, now, the angle between hand-held mobile terminal and horizontal plane is similar to 90 ° or a larger angle, with vertical plane less parallel or only there is a very little angle.When user is conversed by bluetooth earphone; usually hand-held mobile terminal can be placed on seat on desktop, bridge or adjacent; now; the angle of hand-held mobile terminal and vertical plane is similar to 90 ° or a larger angle, with horizontal plane less parallel or only there is a very little angle.Therefore, can by the angle of hand-held mobile terminal and horizontal plane, or with the angle of vertical plane as location status parameter.The angle of hand-held mobile terminal and horizontal plane is selected in the present embodiment.
Step S32: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S33, when hand-held mobile terminal is the call terminal of current time, performs step S35.
Step S33: judge whether the angle of hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if so, then performs step S34, otherwise, terminate.
Step S34: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
Step S35: judge whether the angle of hand-held mobile terminal and horizontal plane is less than the second angle threshold, if so, then performs step S36, otherwise, terminate.
Step S36: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
In the present embodiment, by judging whether the angle of hand-held mobile terminal and horizontal plane is greater than the first angle threshold, judge whether user takes hand-held mobile terminal in one's ear (i.e. user will open hand-held mobile terminal talking mode), by judging whether the angle of hand-held mobile terminal and horizontal plane is less than the second angle threshold, judge user whether by hand-held mobile terminal from taking away in one's ear (i.e. user will open bluetooth earphone talking mode), after meeting corresponding condition, automatically the switching of talking mode is completed, and do not need user to carry out loaded down with trivial details keyboard operation or touch screen operation, simplify handoff procedure.
In enforcement, according to user operation habits, the first angle threshold can be set to 75 °, the second angle threshold is set to 30 °.
Embodiment four
See the flow chart of Fig. 4, Fig. 4 method of handoff calls mode disclosed in the embodiment of the present invention four.Comprise:
Step S41: the state of temperature parameter obtaining hand-held mobile terminal.
When user is conversed by hand-held mobile terminal, the palm of user can contact with the surface of hand-held mobile terminal (as back cover or side), the temperature of corresponding contact position can change, therefore can using the foundation of the temperature value on hand-held mobile terminal surface as handoff calls mode.
Step S42: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S43, when hand-held mobile terminal is the call terminal of current time, performs step S45.
Step S43: judge whether the temperature on hand-held mobile terminal surface is greater than the first temperature threshold, if so, then performs step S44, otherwise, terminate.
Step S44: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
Step S45: judge whether the temperature on hand-held mobile terminal surface is less than the second temperature threshold, if so, then performs step S46, otherwise, terminate.
Step S46: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
In the present embodiment, by judging whether the temperature on hand-held mobile terminal surface is greater than the first temperature threshold, judge whether user takes hand-held mobile terminal in one's ear (i.e. user will open hand-held mobile terminal talking mode), by judging whether the temperature on hand-held mobile terminal surface is less than the second temperature threshold, judge whether user takes hand-held mobile terminal in one's ear (i.e. user will open hand-held mobile terminal talking mode), after meeting corresponding condition, automatically the switching of talking mode is completed, and do not need user to carry out loaded down with trivial details keyboard operation or touch screen operation, simplify handoff procedure.
In enforcement, the first temperature threshold can set according to human body temperature, and the second temperature threshold can environmentally temperature setting, also can using hand-held mobile terminal in the temperature of holding state as the second temperature threshold.In addition, because the contact area of palm in communication process and back cover is larger, the reliability of its temperature value is higher accordingly, and in enforcement, the temperature of preferred hand-held mobile terminal back cover is as state of temperature parameter.
Embodiment five
See the flow chart of Fig. 5, Fig. 5 method of handoff calls mode disclosed in the embodiment of the present invention five.Comprise:
Step S51: the distance value that the range sensor obtaining hand-held mobile terminal detects.
Step S52: obtain the angle between hand-held mobile terminal and horizontal plane.
In the present embodiment, physical state parameter comprises distance state parameter and location status parameter, wherein, the distance value that distance state parameter adopts the range sensor of hand-held mobile terminal to detect, location status parameter adopts the angle between hand-held mobile terminal and horizontal plane.Accordingly, corresponding with physical state parameter the first pre-conditioned distance value detected for range sensor is less than the first distance threshold and angle between hand-held mobile terminal and horizontal plane is greater than the first angle threshold, and the corresponding with physical state parameter second pre-conditioned distance value detected for range sensor is greater than second distance threshold value and angle between hand-held mobile terminal and horizontal plane is less than the second angle threshold.
Step S53: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S54, when hand-held mobile terminal is the call terminal of current time, performs step S57.
Step S54: whether the distance value that judging distance transducer detects is less than the first distance threshold, if so, then performs step S55, otherwise terminates.
Step S55: judge whether the angle between hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if so, then performs step S56, otherwise, terminate.
Step S56: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
Step S57: whether the distance value that judging distance transducer detects is greater than second distance threshold value, if so, then performs step S58, otherwise terminates.
Step S58: judge whether the angle between hand-held mobile terminal and horizontal plane is less than the second angle threshold, if so, then performs step S59, otherwise, terminate.
Step S59: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
In the present embodiment, after the distance state parameter of hand-held mobile terminal is judged, turn increase the judgement to hand-held mobile terminal locations state parameter.When only according to the distance state parameter of hand-held mobile terminal or when only carrying out the judgment basis of talking mode switching according to position shape body parameter, may judge by accident, such as: hand-held mobile terminal front (i.e. the face at display screen place) places downwards by user, or when having article to cover the front of hand-held mobile terminal, may when user switch intention, talking mode being conversed by hand-held mobile terminal by conversing to be switched to by bluetooth earphone, bringing bad Consumer's Experience to user.Therefore, from practical application, increase the judgement to hand-held mobile terminal locations state parameter, the distance state parameter when hand-held mobile terminal is only had to meet corresponding pre-conditioned, and the location status parameter of hand-held mobile terminal also meet corresponding pre-conditioned time, just can trigger corresponding handover operation.
First carry out the judgement of distance state parameter in the above-described embodiments, when this judgement by carry out the judgement of location status parameter again.It should be noted that, in enforcement, also first can carry out the judgement of location status parameter, when this judgement by carry out the judgement of distance state parameter again.
Embodiment six
See the flow chart of Fig. 6, Fig. 6 method of handoff calls mode disclosed in the embodiment of the present invention six.Comprise:
Step S61: the distance value that the range sensor obtaining hand-held mobile terminal detects.
Step S62: the temperature value obtaining hand-held mobile terminal surface.
In the present embodiment, physical state parameter comprises distance state parameter and state of temperature parameter, and wherein, the distance value that distance state parameter adopts the range sensor of hand-held mobile terminal to detect, state of temperature parameter adopts the temperature value on hand-held mobile terminal surface.Accordingly, corresponding with physical state parameter the first pre-conditioned distance value detected for range sensor is less than the first distance threshold and the temperature value on hand-held mobile terminal surface is greater than the first temperature threshold, and the corresponding with physical state parameter second pre-conditioned distance value detected for range sensor is greater than second distance threshold value and the temperature value on hand-held mobile terminal surface is less than the second temperature threshold.
Step S63: the call terminal determining current time, when bluetooth earphone is the call terminal of current time, performs step S64, when hand-held mobile terminal is the call terminal of current time, performs step S67.
Step S64: whether the distance value that judging distance transducer detects is less than the first distance threshold, if so, then performs step S65, otherwise terminates.
Step S65: judge whether the temperature value on hand-held mobile terminal surface is greater than the first temperature threshold, if so, then performs step S66, otherwise, terminate.
Step S66: control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal.
Step S67: whether the distance value that judging distance transducer detects is greater than second distance threshold value, if so, then performs step S68, otherwise terminates.
Step S68: judge whether the temperature value on hand-held mobile terminal surface is less than the second temperature threshold, if so, then performs step S69, otherwise, terminate.
Step S69: control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
In the present embodiment, after the distance state parameter of hand-held mobile terminal is judged, turn increase the judgement to hand-held mobile terminal state of temperature parameter.When only according to the distance state parameter of hand-held mobile terminal or when only carrying out the judgment basis of talking mode switching according to temperature shape body parameter, may judge by accident, therefore, from practical application, increase the judgement to hand-held mobile terminal state of temperature parameter, only have the distance state parameter when hand-held mobile terminal to meet corresponding pre-conditioned, and the state of temperature parameter of hand-held mobile terminal also meet corresponding pre-conditioned time, just can trigger corresponding handover operation.
First carry out the judgement of distance state parameter in the above-described embodiments, when this judgement by carry out the judgement of state of temperature parameter again.It should be noted that, in enforcement, also first can carry out the judgement of state of temperature parameter, when this judgement by carry out the judgement of distance state parameter again.
It should be noted that, in enforcement, do not limit physics state parameter and only comprise distance state parameter and location status parameter, also do not limit physics state parameter and only comprise distance state parameter and state of temperature parameter, it can be the combination of any multiple physical state parameter.Such as: comprise distance state parameter, location status parameter and state of temperature parameter, or comprise location status parameter and state of temperature parameter simultaneously simultaneously.
In addition, except above-mentioned three kinds of physical state parameters, other physical state parameter multiple can also be set, and the criterion that setting is corresponding with each physical state.Can it is clear that: criterion is more, differentiate that accuracy is higher, the possibility of misoperation is less, but, because the time differentiated also can increase accordingly, therefore need to select suitable physical state parameter and the criterion of correspondence thereof according to actual conditions.
Wherein, the Rule of judgment of physical state parameter and correspondence thereof, any one or multiple combination can be selected, in this case statement is not simply listed one by one, but those skilled in the art can to select the Rule of judgment of any one or multiple physical state parameter and correspondence thereof voluntarily on the basis of the embodiment of the present invention.It should be noted that, when there being the Rule of judgment of multiple physical state parameter and correspondence thereof, the Rule of judgment of the plurality of physical state parameter and correspondence thereof can adopt the mode of order to combine, namely first corresponding according to physical state parameter Rule of judgment judges, when judged result is when determining that this physical state parameter meets the Rule of judgment corresponding with it, Rule of judgment according to another physical state parameter and correspondence thereof judges, otherwise when judged result is when determining that this physical state parameter does not meet the Rule of judgment corresponding with it, process ends, by that analogy.And when judging whether plural physical state parameter meets the Rule of judgment of its correspondence, its sequencing can set as required, does not limit at this.
The present invention discloses a kind of microprocessor applying said method, can be whether satisfied first pre-conditioned or second pre-conditioned by the physical state parameter that judges hand-held mobile terminal, carry out the automatic switchover of talking mode, user only needs hand-held mobile terminal to be placed in one's ear or away from the switching that just automatically can complete talking mode in one's ear, and do not need keyboard operation or touch screen operation, simplify the process of handoff calls mode.
See the structural representation that Fig. 7, Fig. 7 are a kind of microprocessor disclosed by the invention.This microprocessor comprises physical state parameter acquiring unit 71, call terminal determining unit 72, first judging unit 73, second judging unit 74 and control unit 75.Wherein,
Physical state parameter acquiring unit 71, for obtaining the physical state parameter of hand-held mobile terminal.
Call terminal determining unit 72, for determining the call terminal of current time in the system be made up of hand-held mobile terminal and bluetooth earphone, and trigger the first judging unit 73 when bluetooth earphone is the call terminal of current time, trigger the second judging unit 74 when hand-held mobile terminal is the call terminal of current time.
First judging unit 73, first pre-conditioned for judging that whether physical state parameter meets.
Second judging unit 74, second pre-conditioned for judging that whether physical state parameter meets.
Control unit 75, for when physical state parameter meet first pre-conditioned time, control the connection between hand-held mobile terminal disconnection with bluetooth earphone, open the talking mode of hand-held mobile terminal, also for when physical state parameter meet second pre-conditioned time, control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.
Because physical state parameter has multiple, therefore physical state parameter acquiring unit 71, first judging unit 73 and the second judging unit 74 correspondence arrange multiple module.
Refer to Fig. 8, Fig. 8 is the structural representation of another kind of microprocessor disclosed by the invention.
This microprocessor comprises physical state parameter acquiring unit 81, call terminal determining unit 82, first judging unit 83, second judging unit 84 and control unit 85.Wherein, physical state parameter acquiring unit 81 comprises distance state parameter acquisition module 811, location status parameter acquisition module 812 and state of temperature parameter acquisition module 813; First judging unit 83 comprises the first distance state parameter judge module 831, primary importance state parameter judge module 832 and the first state of temperature parameter judge module 833; Second judging unit 84 comprises second distance state parameter judge module 841, second place state parameter judge module 842 and the second state of temperature parameter judge module 843.
Wherein, distance state parameter acquisition module 811 is for obtaining the distance state parameter of hand-held mobile terminal, location status parameter acquisition module 812 is for obtaining the location status parameter of hand-held mobile terminal, and state of temperature parameter acquisition module 813 is for obtaining the state of temperature parameter of hand-held mobile terminal;
It is its corresponding first pre-conditioned whether the first distance state parameter judge module 831 meets for judging distance state parameter, primary importance state parameter judge module 832 is its corresponding first pre-conditioned for judging whether location status parameter meets, and the first state of temperature parameter judge module 833 is its corresponding first pre-conditioned for judging whether state of temperature parameter meets;
It is its corresponding second pre-conditioned whether second distance state parameter judge module 841 meets for judging distance state parameter, second place state parameter judge module 842 is its corresponding second pre-conditioned for judging whether location status parameter meets, and the second state of temperature parameter judge module 843 is its corresponding second pre-conditioned for judging whether state of temperature parameter meets.
The invention also discloses a kind of hand-held mobile terminal, its structure as shown in Figure 9, comprising: radio circuit 91, voicefrequency circuit 92, power circuit 93, transducer 94, bluetooth module 95 and microprocessor 96.Wherein,
Transducer 94, is connected with radio circuit 91, voicefrequency circuit 92, power circuit 93 and microprocessor 96 respectively, for gathering the physical state parameter of hand-held mobile terminal.
Microprocessor 96, respectively with radio circuit 91, voicefrequency circuit 92, power circuit 93, transducer 94 is connected with bluetooth module 95, for obtaining the physical state parameter that transducer 94 gathers, bluetooth earphone be the call terminal of current time and physical state parameter meet corresponding first pre-conditioned time, control the connection between hand-held mobile terminal disconnection with bluetooth earphone, and open the talking mode of hand-held mobile terminal, hand-held mobile terminal be the call terminal of current time and physical state parameter meet corresponding second pre-conditioned time, control the connection between hand-held mobile terminal foundation with bluetooth earphone, open the talking mode of bluetooth earphone.Microprocessor 96 can be the structure shown in Fig. 7 or Fig. 8.
Radio circuit 91, for setting up the communication of mobile phone and wireless network, realizes the digital received and sent of mobile phone and wireless network.
Voicefrequency circuit 92, for gathering sound and the sound of collection being converted into voice data, so that hand-held mobile terminal sends this voice data by radio circuit 91 to wireless network, and/or by the voice data that hand-held mobile terminal is received from wireless network by radio circuit 91, be reduced to sound and play this sound to user.
Power circuit 93, for powering for each circuit of hand-held mobile terminal and/or device.
In actual applications, transducer 94 can be any one or the multiple combination in range sensor, angular transducer and temperature sensor.Equally also can comprise other and be used for the transducer of detection of handset physical state.
In this specification, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For device disclosed in embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates see method part.
Professional can also recognize further, in conjunction with unit and the algorithm steps of each example of embodiment disclosed herein description, can realize with electronic hardware, computer software or the combination of the two, in order to the interchangeability of hardware and software is clearly described, generally describe composition and the step of each example in the above description according to function.These functions perform with hardware or software mode actually, depend on application-specific and the design constraint of technical scheme.Professional and technical personnel can use distinct methods to realize described function to each specifically should being used for, but this realization should not thought and exceeds scope of the present invention.
The software module that the method described in conjunction with embodiment disclosed herein or the step of algorithm can directly use hardware, processor to perform, or the combination of the two is implemented.Software module can be placed in the storage medium of other form any known in random asccess memory (RAM), internal memory, read-only memory (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (5)
1. a method for handoff calls mode, is applied to the system be made up of hand-held mobile terminal and bluetooth earphone, it is characterized in that, described method comprises:
Obtain the physical state parameter of described hand-held mobile terminal;
Determine the call terminal of current time;
When described bluetooth earphone is the call terminal of current time, judge whether described physical state parameter meets corresponding first pre-conditioned, if so, then control the connection between the disconnection of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described hand-held mobile terminal;
When described hand-held mobile terminal is the call terminal of current time, judge whether described physical state parameter meets corresponding second pre-conditioned, if so, then control the connection between the foundation of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described bluetooth earphone;
When described physical state parameter comprises distance state parameter and location status parameter, obtain the process of the physical state parameter of described hand-held mobile terminal, comprising: the distance value that the range sensor obtaining described hand-held mobile terminal detects; Obtain the angle between described hand-held mobile terminal and horizontal plane; Judge whether described physical state parameter meets corresponding first pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is less than the first distance threshold and angle between described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if, then determine that described physical state parameter meets first pre-conditioned, otherwise, determine that described physical state parameter does not meet first pre-conditioned; Judge whether described physical state parameter meets corresponding second pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is greater than second distance threshold value and angle between described hand-held mobile terminal and horizontal plane is less than the second angle threshold, if, then determine that described physical state parameter meets second pre-conditioned, otherwise, determine that described physical state parameter does not meet second pre-conditioned;
When described physical state parameter comprises distance state parameter and state of temperature parameter, obtain the process of the physical state parameter of described hand-held mobile terminal, comprising: the distance value that the range sensor obtaining described hand-held mobile terminal detects; Obtain the temperature value on described hand-held mobile terminal surface; Judge whether described physical state parameter meets the first pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is less than described first distance threshold and the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, if, then determine that described physical state parameter meets first pre-conditioned, otherwise, determine that described physical state parameter does not meet first pre-conditioned; Judge whether described physical state parameter meets the second pre-conditioned process, comprise: judge whether that distance value that described range sensor detects is greater than described second distance threshold value and the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, if, then determine that described physical state parameter meets second pre-conditioned, otherwise, determine that described physical state parameter does not meet second pre-conditioned.
2. method according to claim 1, it is characterized in that, judge whether that distance value that described range sensor detects is less than the first distance threshold and angle between described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, comprising: judge whether described distance value is less than the first distance threshold; If described distance value is more than or equal to described first distance threshold, then described physical state parameter does not meet first pre-conditioned; If described distance value is less than described first distance threshold, then judge whether the angle of described hand-held mobile terminal and horizontal plane is greater than the first angle threshold, if so, then described physical state parameter meets first pre-conditioned, otherwise described physical state parameter does not meet first pre-conditioned;
Judge whether that distance value that described range sensor detects is greater than second distance threshold value and angle between described hand-held mobile terminal and horizontal plane is less than the second angle threshold, comprising: judge whether described distance value is greater than second distance threshold value; If described distance value is less than or equal to described second distance threshold value, then described physical state parameter does not meet second pre-conditioned; If described distance value is greater than described second distance threshold value, then judge whether the angle of described hand-held mobile terminal and horizontal plane is less than the second angle threshold, if so, then described physical state parameter meets second pre-conditioned, otherwise described physical state parameter does not meet second pre-conditioned.
3. method according to claim 1, it is characterized in that, judge whether that distance value that described range sensor detects is less than described first distance threshold and the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, comprising: judge whether described distance value is less than the first distance threshold; If described distance value is more than or equal to described first distance threshold, then described physical state parameter does not meet first pre-conditioned; If described distance value is less than described first distance threshold, then judge whether the temperature value on described hand-held mobile terminal surface is greater than the first temperature threshold, if so, then described physical state parameter meets first pre-conditioned, otherwise described physical state parameter does not meet first pre-conditioned;
Judge whether that distance value that described range sensor detects is greater than described second distance threshold value and the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, comprising: judge whether described distance value is greater than second distance threshold value; If described distance value is less than or equal to described second distance threshold value, then described physical state parameter does not meet second pre-conditioned; If described distance value is greater than described first distance threshold, then judge whether the temperature value on described hand-held mobile terminal surface is less than the second temperature threshold, if so, then described physical state parameter meets second pre-conditioned, otherwise described physical state parameter does not meet second pre-conditioned.
4. a microprocessor, is characterized in that, comprising: physical state parameter acquiring unit, call terminal determining unit, the first judging unit, the second judging unit and control unit;
Described physical state parameter acquiring unit is for obtaining the physical state parameter of hand-held mobile terminal;
Described call terminal determining unit for determining the call terminal of current time in the system be made up of hand-held mobile terminal and bluetooth earphone, and triggering described first judging unit, triggering described second judging unit when described hand-held mobile terminal is the call terminal of current time when described bluetooth earphone is the call terminal of current time;
Described first judging unit is first pre-conditioned for judging that whether described physical state parameter meets;
Described second judging unit is second pre-conditioned for judging that whether described physical state parameter meets;
Described control unit, for when described physical state parameter meet first pre-conditioned time, control the connection between the disconnection of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described hand-held mobile terminal, also for when described physical state parameter meet second pre-conditioned time, control the connection between the foundation of described hand-held mobile terminal with described bluetooth earphone, open the talking mode of described bluetooth earphone;
Described physical state parameter acquiring unit comprises distance state parameter acquisition module, location status parameter acquisition module and state of temperature parameter acquisition module, wherein, described distance state parameter acquisition module is for obtaining the distance state parameter of described hand-held mobile terminal, described location status parameter acquisition module is for obtaining the location status parameter of described hand-held mobile terminal, and described state of temperature parameter acquisition module is for obtaining the state of temperature parameter of described hand-held mobile terminal;
Described first judging unit comprises the first distance state parameter judge module, primary importance state parameter judge module and the first state of temperature parameter judge module, wherein, described first distance state parameter judge module is its corresponding first pre-conditioned for judging whether described distance state parameter meets, described primary importance state parameter judge module is its corresponding first pre-conditioned for judging whether described location status parameter meets, described first state of temperature parameter judge module is its corresponding first pre-conditioned for judging whether described state of temperature parameter meets,
Described second judging unit comprises second distance state parameter judge module, second place state parameter judge module and the second state of temperature parameter judge module, wherein, described second distance state parameter judge module is its corresponding second pre-conditioned for judging whether described distance state parameter meets, described second place state parameter judge module is its corresponding second pre-conditioned for judging whether described location status parameter meets, described second state of temperature parameter judge module is its corresponding second pre-conditioned for judging whether described state of temperature parameter meets.
5. a hand-held mobile terminal, comprises voicefrequency circuit, radio circuit, bluetooth module and power circuit, it is characterized in that, also comprises transducer and microprocessor according to claim 4;
Described transducer is for gathering the physical state parameter of described hand-held mobile terminal;
Described microprocessor respectively with described voicefrequency circuit, radio circuit, power circuit, bluetooth module is connected with transducer, for obtaining the physical state parameter that described transducer gathers, bluetooth earphone be the call terminal of current time and described physical state parameter meet corresponding first pre-conditioned time, control the connection between the disconnection of described hand-held mobile terminal with bluetooth earphone, and open the talking mode of described hand-held mobile terminal, described hand-held mobile terminal be the call terminal of current time and described physical state parameter meet corresponding second pre-conditioned time, control the connection between the foundation of described hand-held mobile terminal with bluetooth earphone, open the talking mode of described bluetooth earphone.
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| CN105162968B (en) * | 2015-08-07 | 2018-11-09 | 联想(北京)有限公司 | Information control method, device and electronic equipment |
| CN105827812A (en) * | 2015-10-30 | 2016-08-03 | 维沃移动通信有限公司 | Communication mode switching method and mobile communication terminal |
| CN105843389A (en) * | 2016-03-23 | 2016-08-10 | 联想(北京)有限公司 | Signal output method and electronic device |
| CN105871828A (en) * | 2016-03-28 | 2016-08-17 | 乐视控股（北京）有限公司 | Communication mode selection method and device |
| CN105812585A (en) * | 2016-06-01 | 2016-07-27 | 珠海市魅族科技有限公司 | Method for switching conversation modes and mobile terminal |
| CN109040448A (en) * | 2018-08-03 | 2018-12-18 | 联想(北京)有限公司 | A kind of control method and electronic equipment |
| CN109255876A (en) * | 2018-09-25 | 2019-01-22 | 上海钧正网络科技有限公司 | A kind of intelligent bicycle lock switching device, intelligent bicycle lock, vehicle and control method |
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