CN105827794A - Reminding mode switching method and mobile terminal - Google Patents
Reminding mode switching method and mobile terminal Download PDFInfo
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- CN105827794A CN105827794A CN201510401781.XA CN201510401781A CN105827794A CN 105827794 A CN105827794 A CN 105827794A CN 201510401781 A CN201510401781 A CN 201510401781A CN 105827794 A CN105827794 A CN 105827794A
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Abstract
The present invention discloses a reminding mode switching method and a mobile terminal. The reminding mode switching method comprises a step of obtaining the current movement state of the mobile terminal, a step of judging whether a current movement state is in accordance with a preset walking state or not, and a step of switching the mobile terminal to a second reminding mode from a first reminding mode if so, wherein the vibration and/or ringtone of the second reminding mode are larger than that of the first reminding mode. Through the invention, in the condition that the user uses the mobile terminal in a walking state, the possibility of missing calls of the user can be reduced, and thus the effect of improving a user experience is achieved.
Description
Technical field
The present invention relates to the communications field, especially relate to a kind of indicating mode changing method and mobile terminal.
Background technology
Either function machine epoch or the intelligent machine epoch, during using mobile phone, user generally can run into the situation missing phone, such as, user is such as walking, cycle, wait by bus in traveling process, if mobile phone is positioned in pocket or bag, it is not adjusted to maximum or the maximum calling vibration of mobile phone itself due to cell phone incoming call vibration and incoming ring tone and incoming ring tone is the biggest, now extraneous interference (such as, the motion of health time on foot, extraneous noisy environment etc.) easilys lead to user and misses incoming call in such cases.If miss is critically important phone, it is bound to allow user's annoyance endlessly, even causes certain loss.
Obviously, this situation missing phone causes the biggest impact to Consumer's Experience, so how can solve this type of situation missing phone, become technical problem the most urgently to be resolved hurrily.
Summary of the invention
Present invention is primarily targeted at offer a kind of in the case of user uses mobile terminal to be in travel condition, it is possible to reduce the technical scheme that user misses the probability of phone, such that it is able to reach to improve the purpose of the experience of user.
In order to achieve the above object, the invention provides a kind of indicating mode changing method and mobile terminal.
An invention according to the present invention, it is provided that a kind of indicating mode changing method, including: obtain the current motion state of mobile terminal；Judge whether current motion state meets default travel condition；In the case of judged result is for being, from the first current indicating mode, mobile terminal being switched to the second indicating mode, wherein, the vibration of the second indicating mode and/or the tinkle of bells are more than vibration and/or the tinkle of bells of the first indicating mode.
According to another aspect of the present invention, it is provided that a kind of mobile terminal, including: acquisition module, for obtaining the current motion state of mobile terminal；Judge module, for judging whether described current motion state meets default travel condition；Handover module, in the case of the judged result at described judge module is for being, from the first current indicating mode, described mobile terminal is switched to the second indicating mode, and wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than vibration and/or the tinkle of bells of described first indicating mode.
Compared with prior art, indicating mode changing method of the present invention and mobile terminal, when current motion state mobile terminal being detected is consistent with travel condition set in advance, strengthen the current the tinkle of bells of mobile terminal and/or vibration mode, so can be greatly improved the probability that incoming call is answered by user, thus avoid incoming call and miss the trouble brought to user, and the experience sense that improve user is subject to.
Accompanying drawing explanation
Fig. 1 is the indicating mode changing method flow chart of according to embodiments of the present invention；
Fig. 2 is the indicating mode changing method flow chart of according to embodiments of the present invention two；
Fig. 3 is the indicating mode changing method flow chart of according to embodiments of the present invention three；
Fig. 4 is the indicating mode changing method flow chart of according to embodiments of the present invention four；
Fig. 5 is the indicating mode changing method flow chart of according to embodiments of the present invention five；
Fig. 6 is the indicating mode changing method flow chart of according to embodiments of the present invention six；
Fig. 7 is the structural representation of mobile terminal according to embodiments of the present invention；And
Fig. 8 is the structural representation of preferable mobile terminal end according to embodiments of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art is obtained on the premise of not making creative work, broadly fall into the scope of protection of the invention.
In daily life, user is frequently encountered by the situation missing phone, and missing phone is substantially that user is undesirable, if able to solve this type of problem missing phone, not only can solve bothering of user, user can also be promoted the use of mobile phone is experienced, therefore if able to provide a kind of technical scheme preventing from missing phone, necessarily become the hot technology attraction of cell phone manufacturer.
Based on this, invention broadly provides a kind of technical scheme being possible to prevent to miss phone.
Embodiment one
Fig. 1 is the indicating mode changing method flow chart of according to embodiments of the present invention, as it is shown in figure 1, this flow process comprises the following steps (step S102-step S106):
Step S102, the current motion state of acquisition mobile terminal；
Step S104, judge whether described current motion state meets default travel condition；
Step S106, in the case of judged result is for being, described mobile terminal is switched to the second indicating mode from the first current indicating mode, wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than the vibration of described first indicating mode and/or the tinkle of bells.
By each step above-mentioned, the current motion state of mobile terminal can be compared with travel condition set in advance, the situation of travel condition is met at current motion state, strengthen the indicating mode that mobile terminal is current, such as can improve the volume of the tinkle of bells, vibration can be strengthened, it is also possible to while improving the volume of the tinkle of bells, strengthen vibration, thus can be greatly improved the probability answered by user of incoming call, it is to avoid the trouble brought to user missed by incoming call.
Embodiment two
In the embodiment of the present invention two, Fig. 2 is the indicating mode changing method flow chart of according to embodiments of the present invention two, as in figure 2 it is shown, this flow process comprises the following steps (step S202-step S212):
Step S202, alignment system by described mobile terminal, obtain the described mobile terminal the first move distance in default very first time interval；
Step S204, judge whether described first move distance exceedes default distance threshold, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition；
Step S206, from the first current indicating mode described mobile terminal being switched to the second indicating mode, wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than the vibration of described first indicating mode and/or the tinkle of bells；
Step S208, by described alignment system, obtain the described mobile terminal the second move distance in the described very first time is spaced；
Step S210, judge whether described second move distance exceedes described distance threshold, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Step S212, described mobile terminal is switched to described first indicating mode from current described second indicating mode.
It can be seen that in the embodiment of the present invention two, the movement rate (move distance and the ratio of time) of mobile terminal can be determined by the alignment system in mobile terminal, to judge whether to need to enable increasing vibration and/or the indicating mode of the tinkle of bells.
And, after mobile terminal is enabled the indicating mode strengthening vibration and/or the tinkle of bells, can also proceed the movement rate of mobile terminal to judge, if it find that current motion state (movement rate) has not met default travel condition, then can close currently used increasing vibration/or the indicating mode of the tinkle of bells, and return to the indicating mode used before mobile terminal.
Embodiment three
This embodiment of the present invention three illustrates as a example by mobile phone.With reference to the embodiment of the present invention three, can aid in be further appreciated by above-described embodiment one and embodiment two realize process.
Owing to user's traveling process inevitably resulting in the change in oneself geographical position, the GPS module of mobile phone or other positioner therefore can be utilized to change to the device positioning the geographical position of user.In this embodiment three, can be particularly achieved in that
When mobile phone enters screen lock state, the GPS module of mobile phone or other alignment system are opened, once navigate to (interval of the most above-mentioned very first time within the time set, geographical position of user, such as, 5min), distance change (the most above-mentioned first move distance) equal to or more than set distance change (the most above-mentioned distance threshold, such as, time 100m), being considered as user to be in traveling process, mobile phone automatically turns on intelligence leakproof immediately and answers the call pattern.
After pattern is answered the call in unlatching intelligence leakproof, once GPS or other alignment system navigate to (interval of the most above-mentioned very first time within the time set, the geographical position of user, such as, less than the distance change set, (the most above-mentioned very first time is spaced distance change (the most above-mentioned second move distance) 5min), such as, time 5min), it is considered as user and stopped traveling and be in a steady statue, close intelligence leakproof immediately and answer the call pattern.
Answer the call under pattern in intelligence leakproof, the calling vibration of mobile phone and incoming ring tone can calling vibration that all calling mobile phone is the strongest and maximum incoming ring tones, certainly, in order to promote effect further, the most suitable to calling vibration under this pattern and incoming ring tone can also be carried greatly by manufacturer, incoming ring tone even can also change human ear than more sensitive source of sound into, the so anti-effect missed is more preferable.Perform flow process and refer to Fig. 3.
Fig. 3 is the indicating mode changing method flow chart of according to embodiments of the present invention three, as it is shown on figure 3, this flow process comprises the following steps:
Step S302, it is judged that whether mobile phone comes into screen lock state, if it is, perform step S304, otherwise continues executing with step S302；
Step S304, opens GPS or other positioner and carries out positioning action, then performing step S306；
Step S306, judges whether to meet unlatching intelligence leakproof according to the situation of change in user geographical position and answers the call mode condition, if it is, perform step S308, otherwise continue executing with step S306；
Step S308, opens intelligence leakproof and answers the call pattern, then perform step S310；
Step S310, it is judged that whether the situation of change in user geographical position meets closedown intelligence leakproof is answered the call mode condition, if it is, perform step S312, otherwise continues executing with step S310；
Step S312, closes intelligence leakproof and answers the call pattern, then perform step S314；
Step S314, it is judged that whether mobile phone unlocks, if it is, perform step S316, is otherwise back to step S306 and continues executing with；
Step S316, closes GPS or other positioner.
Can be seen that, use above-described embodiment two or embodiment three, without the extra hardware cost increasing mobile terminal, existing positioner in mobile phone (GPS module conventional such as at present) only need to be used both can to realize the location of the movement rate to mobile terminal, thus determine user and answer the call pattern the need of opening intelligence leakproof.
Embodiment four
In the embodiment of the present invention three, Fig. 4 is the indicating mode changing method flow chart of according to embodiments of the present invention four, and as shown in Figure 4, this flow process comprises the following steps (step S402-step S412):
Step S402, acceleration transducer by described mobile terminal, obtain the described mobile terminal the first acceleration change number of times in the second default time interval；
Step S404, judge whether described first acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition；
Step S406, from the first current indicating mode described mobile terminal being switched to the second indicating mode, wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than the vibration of described first indicating mode and/or the tinkle of bells；
Step S408, by described acceleration transducer, obtain the described mobile terminal the second acceleration change number of times in described second time interval；
Step S410, judge whether described second acceleration change number of times exceedes described number of times change threshold, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Step S412, described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Can be seen that, in the embodiment of the present invention four, the rate of acceleration change (acceleration change number of times and the ratio of time) of mobile terminal is determined, to judge whether to need to enable increasing vibration and/or the indicating mode of the tinkle of bells by the acceleration transducer in mobile terminal.
And, after mobile terminal is enabled the indicating mode strengthening vibration and/or the tinkle of bells, can also proceed the rate of acceleration change of mobile terminal to judge, if it find that current motion state (rate of acceleration change) has not met default travel condition, then can close currently used increasing vibration/or the indicating mode of the tinkle of bells, and return to the indicating mode used before mobile terminal.
Embodiment five
This embodiment of the present invention five illustrates as a example by mobile phone.With reference to the embodiment of the present invention five, can aid in be further appreciated by above-described embodiment one and embodiment four realize process.
Owing to necessarily having the change of speed in user's traveling process, therefore the change of speed will necessarily can utilize the gravity sensor in mobile phone to detect acceleration change along with the change of acceleration.In this embodiment five, can be particularly achieved in that
When mobile phone enters screen lock state, the gravity sensor of mobile phone or other acceleration transducer are opened, acceleration (the most above-mentioned second time interval within the default time of gravity sensor once detected, such as, when acceleration change number of times 3min) is more than or equal to change frequency (the most above-mentioned number of times change threshold, such as, 100 times) preset, being considered as user to be in traveling process, mobile phone automatically turns on intelligence leakproof phone immediately and connects pattern.
After pattern is answered the call in unlatching intelligence leakproof, acceleration (the most above-mentioned second time interval within the default time of gravity sensor once detected, such as, acceleration change number of times 3min) is less than change frequency (the most above-mentioned number of times change threshold preset, such as, 100 times) time, it is considered as user and stopped traveling process, close intelligence leakproof immediately and answer the call pattern.
Answer the call under pattern in intelligence leakproof, the calling vibration of mobile phone and incoming ring tone can calling vibration that all calling mobile phone is the strongest and maximum incoming ring tones, certainly, in order to promote effect further, the most suitable to calling vibration under this pattern and incoming ring tone can also be carried greatly by manufacturer, incoming ring tone even can also change human ear than more sensitive source of sound into, the so anti-effect missed is more preferable.Perform flow process and refer to Fig. 5.Particular flow sheet is as follows:
Fig. 5 is the indicating mode changing method flow chart of according to embodiments of the present invention five, as it is shown in figure 5, this flow process comprises the following steps:
Step S502, it is judged that whether mobile phone comes into screen lock state, if it is, perform step S504, otherwise continues executing with step S502；
Step S504, opens gravity sensor and carries out detection operation, then performing step S506；
Step S506, it is judged that whether the situation of change of the acceleration of gravity sensor meets is opened intelligence leakproof and answer the call the condition of pattern, if it is, perform step S508, otherwise continues executing with step S506；
Step S508, opens intelligence leakproof and answers the call pattern, then perform step S510；
Step S510, it is judged that whether the situation of change of the acceleration of gravity sensor meets closedown intelligence leakproof is answered the call mode condition, if it is, perform step S512, otherwise continues executing with step S510；
Step S512, closes intelligence leakproof and answers the call pattern, then perform step S514；
Step S514, it is judged that whether mobile phone unlocks, if it is, perform step S516, is otherwise back to step S506 and continues executing with；
Step S516, closes gravity sensor.
Can be seen that, use above-described embodiment four or embodiment five, without the extra hardware cost increasing mobile terminal, existing acceleration transducer in mobile phone (gravity sensor conventional such as at present) only need to be used both can to realize the detection of the rate of acceleration change to mobile terminal, thus determine user and answer the call pattern the need of opening intelligence leakproof.
Embodiment six
In the embodiment of the present invention six, Fig. 6 is the indicating mode changing method flow chart of according to embodiments of the present invention six, and as shown in Figure 6, this flow process comprises the following steps (step S602-step S612):
Step S602, alignment system by described mobile terminal, obtain the described mobile terminal the 3rd move distance in the 3rd default time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 3rd acceleration change number of times in described 3rd time interval；
Step S604, judge whether described 3rd move distance exceedes default distance threshold, and whether described 3rd acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition；
Step S606, from the first current indicating mode described mobile terminal being switched to the second indicating mode, wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than the vibration of described first indicating mode and/or the tinkle of bells；
Step S608, by described alignment system, obtain the described mobile terminal the 4th move distance in described 3rd time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 4th acceleration change number of times in described 3rd time interval；
Step S610, judge whether described 4th move distance exceedes described distance threshold, and whether described 4th acceleration change number of times exceedes described change frequency threshold value, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Step S612, described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Can be seen that, in the embodiment of the present invention six, the movement rate (move distance and the ratio of time) of mobile terminal can be determined by the alignment system in mobile terminal, the rate of acceleration change (acceleration change number of times and the ratio of time) of mobile terminal is determined by the acceleration transducer in mobile terminal, comprehensively carry out twice judgement, to determine the need for enabling increasing vibration and/or the indicating mode of the tinkle of bells.
And, after mobile terminal is enabled the indicating mode strengthening vibration and/or the tinkle of bells, can also proceed the movement rate of mobile terminal and rate of acceleration change to judge, if it find that current motion state (movement rate and rate of acceleration change need to consider) has not met default travel condition simultaneously, then can close currently used increasing vibration/or the indicating mode of the tinkle of bells, and return to the indicating mode used before mobile terminal.
It should be noted that, the embodiment of the present invention six is the relation that the Rule of judgment in the Rule of judgment in above-described embodiment two and above-described embodiment four forms a "AND", that is, just starting when only both trigger simultaneously or close intelligent leakproof and answer the call pattern, such reliability will further be promoted.
For above six embodiments, all can realize preventing mobile phone and miss telephony feature, but for embodiment four and embodiment five, the reliability of embodiment two, embodiment three and embodiment six is higher, the probability producing erroneous judgement is less, therefore when the scheme selection of actual application, and can be with prioritizing selection mode embodiment two, embodiment three or embodiment six, if it is considered that the problem that reduction procedure realizes difficulty, it is also possible to prioritizing selection embodiment two or embodiment three further.Certainly, this is only a kind of selection to preferred embodiments, can be not limited completely in actual application.
In actual applications, the described alignment system used in each embodiment above-mentioned may include that global location (GPS) system, Beidou satellite navigation system (BDS), GLONASS satellite navigation system (GLONASS) or galileo satellite navigation system.
In actual applications, the described acceleration transducer that each embodiment above-mentioned uses may include that gravity sensor, linear acceleration device or gyroscope.
In each embodiment above-mentioned of the present invention, described second indicating mode can be that the indicating mode of vibration and/or the tinkle of bells maximum is (certain, this a kind of preferred version, if only suitably increasing vibration and/or the tinkle of bells just can reaching prompting user and prevent from missing the effect of phone, completely can be with do so), further, in order to strengthen prompting effect, described second indicating mode can also be the predetermined indicating mode of the indicating mode maximum more than described vibration and/or the tinkle of bells that the manufacturer of described mobile terminal pre-sets, it is all feasible in practice for even can also switching to the special the tinkle of bells that user can be caused to note specially, such as second indicating mode can also is that the voice recognition degree that the manufacturer of described mobile terminal pre-sets is higher than the predetermined the tinkle of bells of described the tinkle of bells, wherein, described voice recognition degree includes tone color or frequency.
The indicating mode changing method provided corresponding to each embodiment above-mentioned, the embodiment of the present invention additionally provides a kind of mobile terminal.Fig. 7 is the structural representation of mobile terminal according to embodiments of the present invention, as it is shown in fig. 7, this device includes: acquisition module 10, it is judged that module 20 and handover module 30.Wherein, acquisition module 10, for obtaining the current motion state of mobile terminal；Judge module 20, for judging whether described current motion state meets default travel condition；Handover module 30, in the case of the judged result at described judge module 20 is for being, from the first current indicating mode, described mobile terminal is switched to the second indicating mode, and wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than vibration and/or the tinkle of bells of described first indicating mode.
This mobile terminal, its current motion state can be compared with travel condition set in advance, the situation of travel condition is met at current motion state, strengthen current indicating mode, such as can improve the volume of the tinkle of bells, vibration can be strengthened, it is also possible to while improving the volume of the tinkle of bells, strengthen vibration, thus can be greatly improved the probability answered by user of incoming call, it is to avoid the trouble brought to user missed by incoming call.
On the basis of the mobile terminal shown in Fig. 7, the embodiment of the present invention additionally provides a kind of preferably mobile terminal.It should be noted that this preferred mobile terminal can realize the scheme that above-described embodiment two to embodiment six provides, the most individually describe.Fig. 8 is the structural representation of preferable mobile terminal end according to embodiments of the present invention, as shown in Figure 8, in this preferable mobile terminal end:
Described acquisition module 10 may include that the first acquiring unit 12, for by the alignment system of described mobile terminal, obtains the described mobile terminal the first move distance in default very first time interval；
Described judge module 20 may include that the first identifying unit 22, for judging whether described first move distance exceedes default distance threshold, in the case of judged result is for being, determines that the current motion state of described mobile terminal meets described travel condition.
Preferably,
Described first acquiring unit 12, can be also used for described handover module by described mobile terminal after described first indicating mode is switched to above-mentioned second indicating mode, by described alignment system, obtain the described mobile terminal the second move distance in the described very first time is spaced；
Described first identifying unit 22, it is also possible to be used for judging whether described second move distance exceedes described distance threshold, in the case of judged result is no, determines that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module 30, it is also possible to for described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Further,
Described acquisition module 10 can also include: second acquisition unit 14, for by the acceleration transducer of described mobile terminal, obtaining the described mobile terminal the first acceleration change number of times in the second default time interval；
Described judge module 20 can also include: the second identifying unit 24, for judging whether described first acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
Preferably,
Described second acquisition unit 14, can be also used for by described mobile terminal after described first indicating mode is switched to described second indicating mode, by described acceleration transducer, obtain the described mobile terminal the second acceleration change number of times in described second time interval；
Described second identifying unit 24, it is also possible to be used for judging whether described second acceleration change number of times exceedes described number of times change threshold, in the case of judged result is no, determines that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module 30, it is also possible to for described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Further,
Described acquisition module 10 can also include: the 3rd acquiring unit 16, for the alignment system by described mobile terminal, obtain the described mobile terminal the 3rd move distance in the 3rd default time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 3rd acceleration change number of times in described 3rd time interval；
Described judge module 20 can also include: the 3rd identifying unit 26, for judging whether described 3rd move distance exceedes default distance threshold, and whether described 3rd acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
Preferably,
Described 3rd acquiring unit 16, can be also used for by described mobile terminal after the first current indicating mode is switched to the second indicating mode, by described alignment system, obtain the described mobile terminal the 4th move distance in described 3rd time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 4th acceleration change number of times in described 3rd time interval；
Described 3rd identifying unit 26, can be also used for judging whether described 4th move distance exceedes described distance threshold, and whether described 4th acceleration change number of times exceedes described change frequency threshold value, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module 30, it is also possible to for described mobile terminal is switched to described first indicating mode from current described second indicating mode.
In embodiments of the present invention, the described alignment system that mobile terminal uses may include that global location (GPS) system, Beidou satellite navigation system (BDS), GLONASS satellite navigation system (GLONASS) or galileo satellite navigation system.
In embodiments of the present invention, the described acceleration transducer that mobile terminal uses may include that gravity sensor, linear acceleration device or gyroscope.
In embodiments of the present invention, described second indicating mode can be that the indicating mode of vibration and/or the tinkle of bells maximum is (certain, this a kind of preferred version, if only suitably increasing vibration and/or the tinkle of bells just can reaching prompting user and prevent from missing the effect of phone, completely can be with do so), further, in order to strengthen prompting effect, described second indicating mode can also be the predetermined indicating mode of the indicating mode maximum more than described vibration and/or the tinkle of bells that the manufacturer of described mobile terminal pre-sets, it is all feasible in practice for even can also switching to the special the tinkle of bells that user can be caused to note specially, such as second indicating mode can also is that the voice recognition degree that the manufacturer of described mobile terminal pre-sets is higher than the predetermined the tinkle of bells of described the tinkle of bells, wherein, described voice recognition degree includes tone color or frequency.
By each embodiment of the present invention, the current motion state of mobile terminal can be compared with travel condition set in advance, the situation of travel condition is met at current motion state, strengthen the indicating mode that mobile terminal is current, such as can improve the volume of the tinkle of bells, vibration can be strengthened, it is also possible to while improving the volume of the tinkle of bells, strengthen vibration, thus can be greatly improved the probability answered by user of incoming call, it is to avoid the trouble brought to user missed by incoming call.
The above is the preferred embodiment of the present invention; it should be pointed out that, for the person of ordinary skill of the art, on the premise of without departing from principle of the present invention; some improvements and modifications can also be made, within these improvements and modifications also should be considered to be encompassed in protection scope of the present invention.
Claims (20)
1. an indicating mode changing method, it is characterised in that including:
Obtain the current motion state of mobile terminal；
Judge whether described current motion state meets default travel condition；
In the case of judged result is for being, from the first current indicating mode, described mobile terminal being switched to the second indicating mode, wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than vibration and/or the tinkle of bells of described first indicating mode.
Method the most according to claim 1, it is characterised in that:
The step of the current motion state of described acquisition mobile terminal, including:
By the alignment system of described mobile terminal, obtain the described mobile terminal the first move distance in default very first time interval；
Described judge whether described current motion state meets the step of default travel condition and include:
Judge whether described first move distance exceedes default distance threshold, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
Method the most according to claim 2, it is characterised in that by described mobile terminal after the first current indicating mode is switched to the step of the second indicating mode, also include:
By described alignment system, obtain the described mobile terminal the second move distance in the described very first time is spaced；
Judge whether described second move distance exceedes described distance threshold, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Method the most according to claim 1, it is characterised in that:
The step of the current motion state of described acquisition mobile terminal includes:
By the acceleration transducer of described mobile terminal, obtain the described mobile terminal the first acceleration change number of times in the second default time interval；
Described judge whether described current motion state meets the step of default travel condition and include:
Judge whether described first acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
Method the most according to claim 4, it is characterised in that by described mobile terminal after the first current indicating mode is switched to the step of the second indicating mode, also include:
By described acceleration transducer, obtain the described mobile terminal the second acceleration change number of times in described second time interval；
Judge whether described second acceleration change number of times exceedes described number of times change threshold, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Described mobile terminal is switched to described first indicating mode from current described second indicating mode.
Method the most according to claim 1, it is characterised in that:
The step of the current motion state of described acquisition mobile terminal includes:
Alignment system by described mobile terminal, obtain the described mobile terminal the 3rd move distance in the 3rd default time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 3rd acceleration change number of times in described 3rd time interval；
Described judge whether described current motion state meets the step of default travel condition and include:
Judge whether described 3rd move distance exceedes default distance threshold, and whether described 3rd acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
Method the most according to claim 6, it is characterised in that by described mobile terminal after the first current indicating mode is switched to the step of the second indicating mode, also include:
By described alignment system, obtain the described mobile terminal the 4th move distance in described 3rd time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 4th acceleration change number of times in described 3rd time interval；
Judge whether described 4th move distance exceedes described distance threshold, and whether described 4th acceleration change number of times exceedes described change frequency threshold value, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Described mobile terminal is switched to described first indicating mode from current described second indicating mode.
8. according to the method described in claim 2,3,6 or 7, it is characterised in that described alignment system includes: global location GPS system, Beidou satellite navigation system BDS, GLONASS satellite navigation system GLONASS or galileo satellite navigation system.
9. according to the method described in claim 4,5,6 or 7, it is characterised in that described acceleration transducer includes: gravity sensor, linear acceleration device or gyroscope.
Method the most according to any one of claim 1 to 7, it is characterized in that, described second indicating mode includes: vibration and/or the maximum indicating mode of the tinkle of bells, the predetermined indicating mode of the indicating mode maximum more than described vibration and/or the tinkle of bells pre-set or the voice recognition degree that pre-sets are higher than the predetermined the tinkle of bells of described the tinkle of bells, wherein, described voice recognition degree includes tone color or frequency.
11. 1 kinds of mobile terminals, it is characterised in that including:
Acquisition module, for obtaining the current motion state of mobile terminal；
Judge module, for judging whether described current motion state meets default travel condition；
Handover module, in the case of the judged result at described judge module is for being, from the first current indicating mode, described mobile terminal is switched to the second indicating mode, and wherein, the vibration of described second indicating mode and/or the tinkle of bells are more than vibration and/or the tinkle of bells of described first indicating mode.
12. mobile terminals according to claim 11, it is characterised in that:
Described acquisition module includes:
First acquiring unit, for by the alignment system of described mobile terminal, obtains the described mobile terminal the first move distance in default very first time interval；
Described judge module includes:
First identifying unit, for judging whether described first move distance exceedes default distance threshold, in the case of judged result is for being, determines that the current motion state of described mobile terminal meets described travel condition.
13. mobile terminals according to claim 12, it is characterised in that:
Described first acquiring unit, be additionally operable to described handover module by described mobile terminal after described first indicating mode is switched to above-mentioned second indicating mode, by described alignment system, obtain the described mobile terminal the second move distance in the described very first time is spaced；
Described first identifying unit, is additionally operable to judge whether described second move distance exceedes described distance threshold, in the case of judged result is no, determines that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module, is additionally operable to from current described second indicating mode, described mobile terminal is switched to described first indicating mode.
14. mobile terminals according to claim 11, it is characterised in that:
Described acquisition module includes:
Second acquisition unit, for by the acceleration transducer of described mobile terminal, obtaining the described mobile terminal the first acceleration change number of times in the second default time interval；
Described judge module includes:
Second identifying unit, for judging whether described first acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determines that the current motion state of described mobile terminal meets described travel condition.
15. mobile terminals according to claim 14, it is characterised in that:
Described second acquisition unit, be additionally operable to by described mobile terminal after described first indicating mode is switched to described second indicating mode, by described acceleration transducer, obtain the described mobile terminal the second acceleration change number of times in described second time interval；
Described second identifying unit, is additionally operable to judge whether described second acceleration change number of times exceedes described number of times change threshold, in the case of judged result is no, determines that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module, is additionally operable to from current described second indicating mode, described mobile terminal is switched to described first indicating mode.
16. mobile terminals according to claim 11, it is characterised in that:
Described acquisition module includes:
3rd acquiring unit, for the alignment system by described mobile terminal, obtain the described mobile terminal the 3rd move distance in the 3rd default time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 3rd acceleration change number of times in described 3rd time interval；
Described judge module includes:
3rd identifying unit, for judging whether described 3rd move distance exceedes default distance threshold, and whether described 3rd acceleration change number of times exceedes default change frequency threshold value, in the case of judged result is for being, determine that the current motion state of described mobile terminal meets described travel condition.
17. mobile terminals according to claim 16, it is characterised in that:
Described 3rd acquiring unit, be additionally operable to by described mobile terminal after the first current indicating mode is switched to the second indicating mode, by described alignment system, obtain the described mobile terminal the 4th move distance in described 3rd time interval, and by the acceleration transducer of described mobile terminal, obtain the described mobile terminal the 4th acceleration change number of times in described 3rd time interval；
Described 3rd identifying unit, it is additionally operable to judge whether described 4th move distance exceedes described distance threshold, and whether described 4th acceleration change number of times exceedes described change frequency threshold value, in the case of judged result is no, determine that the current motion state of described mobile terminal does not meets described travel condition；
Described handover module, is additionally operable to from current described second indicating mode, described mobile terminal is switched to described first indicating mode.
18. according to the mobile terminal described in claim 12,13,16 or 17, it is characterised in that described alignment system includes: global location GPS system, Beidou satellite navigation system BDS, GLONASS satellite navigation system GLONASS or galileo satellite navigation system.
19. according to the mobile terminal described in claim 14,15,16 or 17, it is characterised in that described acceleration transducer includes: gravity sensor, linear acceleration device or gyroscope.
20. according to the mobile terminal according to any one of claim 11 to 17, it is characterized in that, described second indicating mode includes: vibration and/or the maximum indicating mode of the tinkle of bells, the predetermined indicating mode of the indicating mode maximum more than described vibration and/or the tinkle of bells pre-set or the voice recognition degree that pre-sets are higher than the predetermined the tinkle of bells of described the tinkle of bells, wherein, described voice recognition degree includes tone color or frequency.
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