CN105530361A - Vibration prompting method, vibration prompting device, terminal and motor - Google Patents
Vibration prompting method, vibration prompting device, terminal and motor Download PDFInfo
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- CN105530361A CN105530361A CN201410515812.XA CN201410515812A CN105530361A CN 105530361 A CN105530361 A CN 105530361A CN 201410515812 A CN201410515812 A CN 201410515812A CN 105530361 A CN105530361 A CN 105530361A
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Abstract
The invention provides a vibration prompting method, a vibration prompting device, a terminal and a motor. The vibration prompting method comprises steps that a present motion state of the terminal is determined; when the terminal receives a call, a real-time frequency signal is provided for the motor of the terminal according to the present motion state of the terminal to control the motor for vibration according to the real-time vibration frequency corresponding to the real-time frequency signal, and a user is prompted by the call. Through the method, the vibration frequency of the terminal can be adaptively adjusted, so the user can sense vibration of the terminal in different modes in different scenes in real time, when the call is not answered for a time segment, continuous strongest vibration can be generated till the owner answers the call or the calling party hangs up, and thereby the situation that the user misses the call because of the low vibration frequency of the terminal can be avoided.
Description
Technical field
The present invention relates to field of terminal technology, in particular to a kind of vibration prompt method, a kind of vibration prompting device, a kind of terminal and a kind of motor.
Background technology
At present, by changing motor vibration frequency, true seismaesthesia under utilizing the pulse envelope of different frequency can make the various situation of a lot of equipment simulating, and strengthen the tactile experience of user, as under the scene such as to play games, see a film, game machine can produce some vibrations, and these vibrations can bring certain tactile experience to user.But, during terminal caller, user cannot effectively feel vibration and the problem of missed phone does not still have solution at present, such as: when terminal is in vibration mode, if the terminal of user receives incoming call, then user may because walk, the bad and missed phone of tactile experience by bus.
Therefore, how to enable terminal adaptively modifying vibration frequency, make user under different scene, different contextual model, the true seismaesthesia of terminal can be perceived in real time and avoid missing incoming call answering, becoming problem demanding prompt solution.
Summary of the invention
The present invention, just based on the problems referred to above, proposes a kind of new technical scheme, and terminal can be made to adjust vibration frequency adaptively, makes user under different scene, different contextual model, can perceive the vibration of terminal in real time.
In view of this, an aspect of of the present present invention proposes a kind of vibration prompt method, comprising: the current motion state determining terminal; When described terminal receives incoming call, according to the current motion state of described terminal, motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
In this technical scheme, by determining the current motion state of terminal, and provide real-time frequency signal according to the motor that this motion state is terminal, vibrate according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding to make the motor of terminal, and point out user of incoming call this make user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoid missing incoming call answering.
In technique scheme, preferably, determine the current motion state of described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
In this technical scheme, the real-time vibration frequency of exterior object contacted with terminal by basis and/or the real time acceleration of terminal, as the real-time vibration frequency of human body that directly contacts with terminal and the acceleration of terminal, terminal or the current motion state of terminal use can be judged more accurately, as terminal use be in static, in the motion state that walking is still by bus etc. different, certainly, in order to the incoming call of reminding subscriber terminal more effectively, the real-time vibration frequency that this real-time frequency signal is corresponding is associated with the running frequency of terminal, this real-time vibration frequency can be made to be greater than the motion frequency of terminal, such as: when terminal quiesce, the motor for terminal is only needed to provide a smaller real-time vibration signal, if terminal is in walking states, the motor being then required to be terminal provides a real-time vibration signal, when the real-time vibration frequency that this real-time vibration signal is corresponding is in walking states higher than terminal use, the vibration frequency that this terminal self produces, similarly, when terminal is in state by bus, the motor being then required to be terminal provides a real-time vibration signal, real-time vibration frequency corresponding to this real-time vibration signal can higher than terminal use be in by bus state time, the vibration frequency that body vibrations brings to terminal.
In technique scheme, preferably, detected the real-time vibration frequency of the exterior object contacted with described terminal by the frequency sensor be arranged in described terminal and/or detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal.
In this technical scheme, by adopting, real-time vibration frequency and/or the real time acceleration that frequency sensor in the terminal and/or acceleration transducer carry out sense terminals is set, real time data (movement rate or the direction of motion as terminal) relevant to motion state of terminal more accurately can be obtained, this contributes to improving the accuracy judging terminal current motion state, certainly, in order to determine the current motion state of terminal further exactly, the sensitivity of frequency sensor and/or acceleration transducer can be improved further.
In technique scheme, preferably, described acceleration transducer also for determining the direction of motion of described terminal, and determines according to the direction of motion of described terminal the time providing described real-time frequency signal.
In this technical scheme, acceleration transducer not only the real time acceleration of sense terminals can also determine the direction of motion of terminal, and determine according to the direction of motion of terminal the time that real-time frequency signal is provided further, thus the precision of the time of this real-time frequency signal is provided, more effectively to point out user of incoming call, such as: when terminal use walks, when user's pin lands, the seismaesthesia that user senses may be more obvious, at this moment, just can determine landing the time of the leg of the user contacted with terminal by acceleration transducer, and when determining that the pin of user is about to land, produce pulse envelope (real-time frequency signal), to point out user this incoming call fully.Wherein, it is multiple that acceleration transducer judges that the method for the direction of motion has, and includes but not limited to the judgment mode of the direction of motion of the following stated:
Multiple unsettled metal capacitance sheet is provided with in acceleration transducer, when fast mobile terminal, multiple unsettled metal capacitance sheet has certain change in displacement, at this moment, the built-in testing mechanism of acceleration transducer can obtain the displacement size of metal capacitance sheet, then can determine the direction of motion (i.e. above-below direction and left and right directions) of these metal capacitance sheets in conjunction with the displacement size of metal capacitance sheet and predetermined movement direction algorithm, and the direction of motion of metal capacitance sheet is the direction of motion of terminal.
In technique scheme, preferably, when the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
In this technical scheme, when the duration of sending a telegram here is greater than preset durations, terminal can adjust vibration frequency adaptively, to provide maximum vibration frequency, owner before owner does not receive calls or the other side hangs up the telephone can be effectively avoided to miss the problem of incoming call answering because terminal vibration frequency is low, in addition, by real time, frequency adjustment adaptively efficiently solves incoming call seismaesthesia unconspicuous problem more.
Another aspect of the present invention proposes a kind of vibration prompting device, comprising: determining unit, determines the current motion state of terminal; Control unit, when described terminal receives incoming call, according to the current motion state of described terminal, the motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
In this technical scheme, by determining the current motion state of terminal, and provide real-time frequency signal according to the motor that this motion state is terminal, vibrate according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding to make the motor of terminal, and point out user of incoming call, this makes user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoids missing incoming call answering.
In technique scheme, preferably, described determining unit is specifically for the current motion state of determining described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
In this technical scheme, the real-time vibration frequency of exterior object contacted with terminal by basis and/or the real time acceleration of terminal, as the real-time vibration frequency of human body that directly contacts with terminal and the acceleration of terminal, terminal or the current motion state of terminal use can be judged more accurately, as terminal use be in static, in the motion state that walking is still by bus etc. different, certainly, in order to the incoming call of reminding subscriber terminal more effectively, the real-time vibration frequency that this real-time frequency signal is corresponding is associated with the running frequency of terminal, this real-time vibration frequency can be made to be greater than the motion frequency of terminal, such as: when terminal quiesce, the motor for terminal is only needed to provide a smaller real-time vibration signal, if terminal is in walking states, the motor being then required to be terminal provides a real-time vibration signal, when the real-time vibration frequency that this real-time vibration signal is corresponding is in walking states higher than terminal use, the vibration frequency that this terminal self produces, similarly, when terminal is in state by bus, the motor being then required to be terminal provides a real-time vibration signal, real-time vibration frequency corresponding to this real-time vibration signal can higher than terminal use be in by bus state time, the vibration frequency that body vibrations brings to terminal.
In technique scheme, preferably, described determining unit comprises: detecting unit, is detected the real-time vibration frequency of the exterior object contacted with described terminal and/or detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal by the frequency sensor be arranged in described terminal.
In this technical scheme, by adopting, real-time vibration frequency and/or the real time acceleration that frequency sensor in the terminal and/or acceleration transducer carry out sense terminals is set, real time data (movement rate or the direction of motion as terminal) relevant to motion state of terminal more accurately can be obtained, this contributes to improving the accuracy judging terminal current motion state, certainly, in order to determine the current motion state of terminal further exactly, the sensitivity of frequency sensor and/or acceleration transducer can be improved further.
In technique scheme, preferably, described acceleration transducer also for determining the direction of motion of described terminal, and described determining unit also for: determine according to the direction of motion of described terminal the time that described real-time frequency signal is provided.
In this technical scheme, acceleration transducer not only the real time acceleration of sense terminals can also determine the direction of motion of terminal, and determine according to the direction of motion of terminal the time that real-time frequency signal is provided further, thus the precision of the time of this real-time frequency signal is provided, more effectively to point out user of incoming call, such as: when terminal use walks, when user's pin lands, the seismaesthesia that user senses may be more obvious, at this moment, just can determine landing the time of the leg of the user contacted with terminal by acceleration transducer, and when determining that the pin of user is about to land, produce pulse envelope (real-time frequency signal), to point out user this incoming call fully.Wherein, it is multiple that acceleration transducer judges that the method for the direction of motion has, and includes but not limited to the judgment mode of the direction of motion of the following stated:
Multiple unsettled metal capacitance sheet is provided with in acceleration transducer, when fast mobile terminal, multiple unsettled metal capacitance sheet has certain change in displacement, at this moment, the built-in testing mechanism of acceleration transducer can obtain the displacement size of metal capacitance sheet, then can determine the direction of motion (i.e. above-below direction and left and right directions) of these metal capacitance sheets in conjunction with the displacement size of metal capacitance sheet and predetermined movement direction algorithm, and the direction of motion of metal capacitance sheet is the direction of motion of terminal.
In technique scheme, preferably, described control unit also for: when the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
In this technical scheme, when the duration of sending a telegram here is greater than preset durations, terminal can adjust vibration frequency adaptively, to provide maximum vibration frequency, owner before owner does not receive calls or the other side hangs up the telephone can be effectively avoided to miss the problem of incoming call answering because terminal vibration frequency is low, in addition, by real time, frequency adjustment adaptively efficiently solves incoming call seismaesthesia unconspicuous problem more.
Another aspect of the present invention proposes terminal, comprises the vibration prompting device described in above-mentioned arbitrary technical scheme.
In this technical scheme, this terminal is by using this vibration prompting device, terminal can be made to adjust vibration frequency adaptively, make user in different scene, under different contextual model, the vibration of terminal can be perceived in real time, and when a period of time, owner answered incoming call not yet, can continue to produce most strong vibration, until owner receives phone or the other side hangs up the telephone, to avoid making user miss incoming call because seismaesthesia is bad.
Another aspect of the invention proposes motor, for terminal, comprising: frequency signal reception module, receives the real-time frequency signal relevant to the current motion state of described terminal; Control module, is connected with described frequency signal reception module, according to described real-time frequency signal, changes the rotating speed of described motor, vibrates according to the real-time vibration frequency corresponding with described real-time frequency signal to make described motor.
In this technical scheme, by receiving the real-time frequency signal relevant to the current motion state of terminal, the rotating speed of motor can be changed, and then driven by motor terminal is vibrated according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding, to point out user of incoming call, this makes user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoids missing incoming call answering.
In technique scheme, preferably, described motor is variable-frequency motor.
In this technical scheme, by the frequent frequency conversion of variable-frequency motor under different working condition, so that motor vibrates according to real-time vibration frequency, reach the effect of effectively prompting user of incoming call in real time.
By technical scheme of the present invention, terminal can be made to adjust vibration frequency adaptively, make user in different scene, under different contextual model, the vibration of terminal can being perceived in real time, and when sending a telegram here that a period of time, owner answered not yet, can continue to produce most strong vibration, until owner receives phone or the other side hangs up the telephone, avoid missing incoming call answering to make user.
Accompanying drawing explanation
Fig. 1 shows the schematic flow sheet of vibration prompt method according to an embodiment of the invention;
Fig. 2 shows the schematic flow sheet of vibration prompt method according to another embodiment of the invention;
Fig. 3 shows the structural representation of vibration prompting device according to an embodiment of the invention;
Fig. 4 shows the structural representation of terminal according to an embodiment of the invention;
Fig. 5 shows the structural representation of motor according to an embodiment of the invention.
Embodiment
In order to more clearly understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.It should be noted that, when not conflicting, the feature in the embodiment of the application and embodiment can combine mutually.
Set forth a lot of detail in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not by the restriction of following public specific embodiment.
Fig. 1 shows the schematic flow sheet of vibration prompt method according to an embodiment of the invention.
As shown in Figure 1, vibration prompt method according to an embodiment of the invention, comprises step 102, determines the current motion state of terminal; Step 104, when described terminal receives incoming call, according to the current motion state of described terminal, the motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
In this technical scheme, by determining the current motion state of terminal, and provide real-time frequency signal according to the motor that this motion state is terminal, vibrate according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding to make the motor of terminal, and point out user of incoming call this make user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoid missing incoming call answering.
In technique scheme, preferably, determine the current motion state of described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
In this technical scheme, the real-time vibration frequency of exterior object contacted with terminal by basis and/or the real time acceleration of terminal, as the real-time vibration frequency of human body that directly contacts with terminal and the acceleration of terminal, terminal or the current motion state of terminal use can be judged more accurately, as terminal use be in static, in the motion state that walking is still by bus etc. different, certainly, in order to the incoming call of reminding subscriber terminal more effectively, the real-time vibration frequency that this real-time frequency signal is corresponding is associated with the running frequency of terminal, this real-time vibration frequency can be made to be greater than the motion frequency of terminal, such as: when terminal quiesce, the motor for terminal is only needed to provide a smaller real-time vibration signal, if terminal is in walking states, the motor being then required to be terminal provides a real-time vibration signal, when the real-time vibration frequency that this real-time vibration signal is corresponding is in walking states higher than terminal use, the vibration frequency that this terminal self produces, similarly, when terminal use is in state by bus, the motor being then required to be terminal provides a real-time vibration signal, real-time vibration frequency corresponding to this real-time vibration signal can higher than terminal use be in by bus state time, the vibration frequency that body vibrations brings to terminal.
In technique scheme, preferably, detected the real-time vibration frequency of the exterior object contacted with described terminal by the frequency sensor be arranged in described terminal and/or detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal.
In this technical scheme, by adopting, real-time vibration frequency and/or the real time acceleration that frequency sensor in the terminal and/or acceleration transducer carry out sense terminals is set, real time data (movement rate or the direction of motion as terminal) relevant to motion state of terminal more accurately can be obtained, this contributes to improving the accuracy judging terminal current motion state, certainly, in order to determine the current motion state of terminal further exactly, the sensitivity of frequency sensor and/or acceleration transducer can be improved further.
In technique scheme, preferably, described acceleration transducer also for determining the direction of motion of described terminal, and determines according to the direction of motion of described terminal the time providing described real-time frequency signal.
In this technical scheme, acceleration transducer not only the real time acceleration of sense terminals can also determine the direction of motion of terminal, and determine according to the direction of motion of terminal the time that real-time frequency signal is provided further, thus improve the precision of the time of this real-time frequency signal, more effectively to point out user of incoming call, such as: when terminal use walks, when user's pin lands, the seismaesthesia that user senses may be more obvious, at this moment, just can determine landing the time of the leg of the user contacted with terminal by acceleration transducer, and when determining that the pin of user is about to land, produce pulse envelope (real-time frequency signal), to point out user this incoming call fully.Wherein, it is multiple that acceleration transducer judges that the method for the direction of motion has, and includes but not limited to the judgment mode of the direction of motion of the following stated:
Multiple unsettled metal capacitance sheet is provided with in acceleration transducer, when fast mobile terminal, multiple unsettled metal capacitance sheet has certain change in displacement, at this moment, the built-in testing mechanism of acceleration transducer can obtain the displacement size of metal capacitance sheet, then can determine the direction of motion (i.e. above-below direction and left and right directions) of these metal capacitance sheets in conjunction with the displacement size of metal capacitance sheet and predetermined movement direction algorithm, and the direction of motion of metal capacitance sheet is the direction of motion of terminal.
In technique scheme, preferably, when the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
In this technical scheme, when the duration of sending a telegram here is greater than preset durations, terminal can adjust vibration frequency adaptively, to provide maximum vibration frequency, owner before owner does not receive calls or the other side hangs up the telephone can be effectively avoided to miss the problem of incoming call answering because terminal vibration frequency is low, in addition, by real time, frequency adjustment adaptively efficiently solves incoming call seismaesthesia unconspicuous problem more.
Fig. 2 shows the schematic flow sheet of vibration prompt method according to another embodiment of the invention.
As shown in Figure 2, vibration prompt method according to another embodiment of the invention, comprising:
Step 202, terminal receives incoming call.
Step 204, detects the real-time vibration frequency of the exterior object contacted with terminal by the frequency sensor arranged in the terminal.
Step 206, by arranging the acceleration of acceleration transducer sense terminals in the terminal.
By the testing result of frequency sensor and acceleration transducer, step 208, judges that terminal is current and is in static, walking or motion state by bus.
Step 210, if the vibration frequency that frequency sensor records is 0, the acceleration that acceleration transducer records is 0, then this terminal remains static.
Step 212, when terminal remains static, the motor for terminal provides real-time frequency signal to increase the vibration frequency of the motor of terminal.
Step 214, if the vibration frequency that frequency sensor records is on the low side, acceleration is not 0, then this terminal is in walking states.
Step 216, when terminal is in walking states, the motor for terminal provides real-time frequency signal to increase vibration frequency and to adjust the moment providing real-time frequency signal, to adjust the vibration moment of the motor of terminal.
Step 218, if the vibration frequency that frequency sensor records is higher, acceleration is not 0 or is 0, then terminal is in state by bus.
Step 220, when terminal be in by bus state time, increase or reduce terminal the real-time frequency signal of motor to increase or to reduce the real-time vibration frequency of motor, thus avoid external vibration frequency, to reach the object of significantly prompting user of incoming call.
Step 222, judge whether the incoming call duration of terminal is more than or equal to preset durations, and when judged result is for being, perform step 224, and when judged result is no, the motor continuing as terminal provides real-time frequency signal, thus make the vibration frequency of terminal different from external vibration frequency, avoid the interference of external vibration frequency, to reach the object of significantly prompting user of incoming call.
Step 224, if the incoming call duration of terminal is more than or equal to preset durations, then for the motor of terminal provides maximum frequency signal, to make the motor of terminal can vibrate according to the maximum vibration frequency that this maximum frequency signal is corresponding, avoid the vibration frequency because of terminal motor low to make user and miss the problem of incoming call answering.
Fig. 3 shows the structural representation of vibration prompting device according to an embodiment of the invention.
As shown in Figure 3, vibration prompting device 300 according to an embodiment of the invention, comprising: determining unit 302, determines the current motion state of terminal; Control unit 304, when described terminal receives incoming call, according to the current motion state of described terminal, the motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
In this technical scheme, by determining the current motion state of terminal, and provide real-time frequency signal according to the motor that this motion state is terminal, vibrate according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding to make the motor of terminal, and point out user of incoming call this make user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoid missing incoming call answering.
In technique scheme, preferably, described determining unit 302 is specifically for the current motion state of determining described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
In this technical scheme, the real-time vibration frequency of exterior object contacted with terminal by basis and/or the real time acceleration of terminal, as the real-time vibration frequency of human body that directly contacts with terminal and the acceleration of terminal, terminal or the current motion state of terminal use can be judged more accurately, as terminal use be in static, in the motion state that walking is still by bus etc. different, certainly, in order to the incoming call of reminding subscriber terminal more effectively, the real-time vibration frequency that this real-time frequency signal is corresponding is associated with the running frequency of terminal, this real-time vibration frequency can be made to be greater than the motion frequency of terminal, such as: when terminal quiesce, the motor for terminal is only needed to provide a smaller real-time vibration signal, if terminal is in walking states, the motor being then required to be terminal provides a real-time vibration signal, when the real-time vibration frequency that this real-time vibration signal is corresponding is in walking states higher than terminal use, the vibration frequency that this terminal self produces, similarly, when terminal is in state by bus, the motor being then required to be terminal provides a real-time vibration signal, real-time vibration frequency corresponding to this real-time vibration signal can higher than terminal use be in by bus state time, the vibration frequency that body vibrations brings to terminal.
In technique scheme, preferably, described determining unit 302 comprises: detecting unit 3022, is detected the real-time vibration frequency of the exterior object contacted with described terminal and/or detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal by the frequency sensor be arranged in described terminal.
In this technical scheme, by adopting, real-time vibration frequency and/or the real time acceleration that frequency sensor in the terminal and/or acceleration transducer carry out sense terminals is set, real time data (movement rate or the direction of motion as terminal) relevant to motion state of terminal more accurately can be obtained, this contributes to improving the accuracy judging terminal current motion state, certainly, in order to determine the current motion state of terminal further exactly, the sensitivity of frequency sensor and/or acceleration transducer can be improved further.
In technique scheme, preferably, described acceleration transducer also for determining the direction of motion of described terminal, and described determining unit 302 also for: determine according to the direction of motion of described terminal the time that described real-time frequency signal is provided.
In this technical scheme, acceleration transducer not only the real time acceleration of sense terminals can also determine the direction of motion of terminal, and determine according to the direction of motion of terminal the time that real-time frequency signal is provided further, thus the precision of the time of this real-time frequency signal is provided, more effectively to point out user of incoming call, such as: when terminal use walks, when user's pin lands, the seismaesthesia that user senses may be more obvious, at this moment, just can determine landing the time of the leg of the user contacted with terminal by acceleration transducer, and when determining that the pin of user is about to land, produce pulse envelope (real-time frequency signal), to point out user this incoming call fully.Wherein, it is multiple that acceleration transducer judges that the method for the direction of motion has, and includes but not limited to the judgment mode of the direction of motion of the following stated:
Multiple unsettled metal capacitance sheet is provided with in acceleration transducer, when fast mobile terminal, multiple unsettled metal capacitance sheet has certain change in displacement, at this moment, the built-in testing mechanism of acceleration transducer can obtain the displacement size of metal capacitance sheet, then can determine the direction of motion (i.e. above-below direction and left and right directions) of these metal capacitance sheets in conjunction with the displacement size of metal capacitance sheet and predetermined movement direction algorithm, and the direction of motion of metal capacitance sheet is the direction of motion of terminal.In technique scheme, preferably, described control unit 304 also for: when the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
In this technical scheme, when the duration of sending a telegram here is greater than preset durations, terminal can adjust vibration frequency adaptively, to provide maximum vibration frequency, owner before owner does not receive calls or the other side hangs up the telephone can be effectively avoided to miss the problem of incoming call answering because terminal vibration frequency is low, in addition, by real time, frequency adjustment adaptively efficiently solves incoming call seismaesthesia unconspicuous problem more.
Fig. 4 shows the structural representation of terminal according to an embodiment of the invention.
As shown in Figure 4, the terminal 400 of general layout one embodiment of the present of invention, comprise: vibration prompting device 300, terminal can be made to adjust vibration frequency adaptively, make user in different scene, under different contextual model, the vibration of terminal can be perceived in real time, and when sending a telegram here that a period of time, owner answered not yet, can continue to produce most strong vibration, until owner receives phone or the other side hangs up the telephone.
Fig. 5 shows the structural representation of motor according to an embodiment of the invention.
As shown in Figure 5, motor 500 according to an embodiment of the invention, comprising: frequency signal reception module 502, receives the real-time frequency signal relevant to the current motion state of described terminal; Control module 504, is connected with described frequency signal reception module, according to described real-time frequency signal, changes the rotating speed of described motor, vibrates according to the real-time vibration frequency corresponding with described real-time frequency signal to make described motor.
In this technical scheme, by receiving the real-time frequency signal relevant to the current motion state of terminal, the rotating speed of motor can be changed, and then driven by motor terminal is vibrated according to the real-time vibration frequency that the real-time frequency signal in this scene is corresponding, to point out user of incoming call, this makes user under different motion scene, different contextual model (as silent mode, vibration mode or bell mode), perception in real time can vibrate, and avoids missing incoming call answering.
In technique scheme, preferably, described motor is variable-frequency motor.
In this technical scheme, by the frequent frequency conversion of variable-frequency motor under different working condition, so that motor vibrates according to real-time vibration frequency, reach the effect of effectively prompting user of incoming call in real time.
More than be described with reference to the accompanying drawings technical scheme of the present invention, terminal can be made to adjust vibration frequency adaptively, make user in different scene, under different contextual model, the vibration of terminal can being perceived in real time, and when sending a telegram here that a period of time, owner answered not yet, can continue to produce most strong vibration, until owner receives phone or the other side hangs up the telephone, thus user avoided because the vibration frequency of terminal is low and miss incoming call answering.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (12)
1. a vibration prompt method, is characterized in that, comprising:
Determine the current motion state of terminal;
When described terminal receives incoming call, according to the current motion state of described terminal, motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
2. vibration prompt method according to claim 1, is characterized in that,
Determine the current motion state of described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
3. vibration prompt method according to claim 2, is characterized in that,
Detected the real-time vibration frequency of the exterior object contacted with described terminal by the frequency sensor be arranged in described terminal and/or detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal.
4. vibration prompt method according to claim 3, is characterized in that,
Described acceleration transducer also for determining the direction of motion of described terminal, and
Described method also comprises:
The time that described real-time frequency signal is provided is determined according to the direction of motion of described terminal.
5. vibration prompt method according to any one of claim 1 to 4, is characterized in that, also comprise:
When the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
6. a vibration prompting device, is characterized in that, comprising:
Determining unit, determines the current motion state of terminal;
Control unit, when described terminal receives incoming call, according to the current motion state of described terminal, the motor for described terminal provides real-time frequency signal, carries out vibrating and points out described in user send a telegram here to control described motor according to the real-time vibration frequency that described real-time frequency signal is corresponding.
7. vibration prompting device according to claim 6, is characterized in that, described determining unit specifically for:
Determine the current motion state of described terminal according to the real-time vibration frequency of the exterior object contacted with described terminal and/or the real time acceleration of described terminal, wherein, described current motion state comprises: movement that is static and/or that carry out with different rates.
8. vibration prompting device according to claim 7, is characterized in that,
Described determining unit comprises:
Detecting unit, is detected the real-time vibration frequency of the exterior object contacted with described terminal and/or is detected the real time acceleration of described terminal by the acceleration transducer be arranged in described terminal by the frequency sensor be arranged in described terminal.
9. vibration prompting device according to claim 8, is characterized in that,
Described acceleration transducer also for determining the direction of motion of described terminal, and
Described determining unit also for:
The time that described real-time frequency signal is provided is determined according to the direction of motion of described terminal.
10. the vibration prompting device according to any one of claim 6 to 9, is characterized in that, described control unit also for:
When the duration of described incoming call is more than or equal to preset durations, for described terminal provides peak frequency signal, wherein, the real-time vibration frequency that described real-time frequency signal is corresponding is less than or equal to maximum vibration frequency corresponding to described peak frequency signal.
11. 1 kinds of terminals, is characterized in that, comprising: the vibration prompting device according to any one of claim 6 to 10.
12. 1 kinds of motors, for terminal, is characterized in that, comprising:
Frequency signal reception module, receives the real-time frequency signal relevant to the current motion state of described terminal;
Control module, is connected with described frequency signal reception module, according to described real-time frequency signal, changes the rotating speed of described motor, vibrates according to the real-time vibration frequency corresponding with described real-time frequency signal to make described motor.
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| CN201410515812.XA CN105530361A (en) | 2014-09-29 | 2014-09-29 | Vibration prompting method, vibration prompting device, terminal and motor |
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