CN104850214B - A method of it is intended to shorten mobile terminal wakeup time by predicting that user wakes up - Google Patents
A method of it is intended to shorten mobile terminal wakeup time by predicting that user wakes up Download PDFInfo
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- CN104850214B CN104850214B CN201410051684.8A CN201410051684A CN104850214B CN 104850214 B CN104850214 B CN 104850214B CN 201410051684 A CN201410051684 A CN 201410051684A CN 104850214 B CN104850214 B CN 104850214B
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Abstract
The present invention relates to a kind of by predicting that user wakes up the method for being intended to shorten mobile terminal wakeup time, and the mobile terminal has a working condition and a sleep state, it is characterised in that：The mobile terminal also has a pre- wake-up states, the described method comprises the following steps：Sensor wakes up CPU when mobile terminal is in sleep state in response to meeting the peripheral operation of trigger condition；CPU judgements are waken up reason, if being operated by sensor response external and being waken up, then follow the steps four；If it is not, executing step 3；CPU judgements are waken up reason, if being waken up by wake-up module, then follow the steps five；Mobile terminal enters pre- wake-up states, several peripheral components work, and screen does not work；Wake-up module wakes up mobile terminal in response to peripheral operation, and mobile terminal enters working condition.Its step is simple, and it is convenient to realize, user experience is good.
Description
Technical field：
The present invention relates to field of mobile terminals, more particularly to one kind to be called out by predicting that user wakes up intention shortening mobile terminal
The method of awake time.
Background technology：
In order to meet more low energy consumption and longer standby cruise duration, mobile terminal be maintained typically to be provided with a sleep state
With a working condition.For mobile terminal under sleep state, system can turn off each peripheral components, and DDR enters self-refresh mode,
CPU is out of service, can be by short-press power key or other modes to control wake-up module when user needs to wake up mobile terminal
Mobile terminal is waken up, working condition is made it into.
At this stage, the peripheral components of mobile terminal system, such as camera, flash lamp, press key lamp and microphone are increasingly
It is more, it needs to open each peripheral components one by one during system wake-up, and complete initialization action, just can guarantee movement
Terminal works normally.It is longer due to opening each peripheral components, the time of initialization, so when to wake up key etc. dynamic pressing by user
After work, needs to wait for long period system ready, do not accomplish that display screen wakes up movement in short-press power key or other modes
It is lighted at once after terminal, and enters working condition, user experience is poor.
Even if mobile terminal concurrently wakes up each peripheral components, due to certain peripheral components need initialization when
Between it is longer, also become the system wake-up time length bottleneck.Meanwhile the mode concurrently waken up also wants the hardware configuration of mobile terminal
Ask higher, applicable surface is relatively limited.
Invention content：
The object of the present invention is to provide a kind of by predicting that user wakes up the method for being intended to shorten mobile terminal wakeup time.
Its step is simple, and it is convenient to realize, user experience is good.
It is of the present invention a kind of by predicting that user wakes up the technology for the method for being intended to shorten mobile terminal wakeup time
What scheme was realized in：
A method of being intended to shorten mobile terminal wakeup time by predicting that user wakes up, the mobile terminal includes one
Screen, a CPU, at least a sensor, a wake-up module and several peripheral components, the mobile terminal have a working condition and
One sleep state, wake-up module may be in response to peripheral operation and wake up mobile terminal from sleep state, to enter working condition, when
When in sleep state, the screen, CPU and several peripheral components do not work；It is described when mobile terminal is in running order
Screen, CPU and the work of several peripheral components；It is characterized in that：The mobile terminal also has a pre- wake-up states, the method
Include the following steps：
Step 1：Sensor wakes up when mobile terminal is in sleep state in response to meeting the peripheral operation of trigger condition
CPU；
Step 2：CPU judgements are waken up reason, if being operated by sensor response external and being waken up, then follow the steps
Four；If it is not, executing step 3；
Step 3：CPU judgements are waken up reason, if being waken up by wake-up module, then follow the steps five；
Step 4：Mobile terminal enters pre- wake-up states, several peripheral components work, and screen does not work；
Step 5：Wake-up module wakes up mobile terminal in response to peripheral operation, and mobile terminal enters working condition.
It is of the present invention it is a kind of by predict user wake up be intended to shorten mobile terminal wakeup time method with it is existing
Technology is compared and is had the following advantages that：
1. when the sensor sensing is to when the peripheral operation for meeting trigger condition, CPU is waken up, CPU is judged as being sensed
After device wakes up, mobile terminal enters pre- wake-up states, peripheral components is opened, and complete initialization action, in pre- wake-up states
Under, user only needs to wake up mobile terminal by short-press power key or other modes can light screen at once, make mobile terminal into
Enter working condition；Since mobile terminal has been completed the initialization action of peripheral components under pre- wake-up states, therefore from user
The action for waking up mobile terminal starts to light screen, extremely short into the time of working condition to mobile terminal, can be less than after tested
100ms basically reaches real-time rank, and more traditional wake-up mobile terminal has wakes up speed faster, and user experience is more preferable；
2. it includes infrared sensor that the sensor, which can be, gravity sensor, gyroscope, pressure sensor, highly sensitive
The combination of a sensor or its multiple sensor including degree button, can cover the mobile terminal of mainstream, applicable surface substantially
Extensively, easily universal, meanwhile, judge whether to meet the trigger condition into pre- wake-up states according to multiple sensor combinations so that
Mobile terminal can have higher reliable trigger；
3. the sensor by low-power consumption detects peripheral operation, predicts that the operation of user is intended to, reduce to greatest extent
The power consumption of mobile terminal, while ensure that the shorter wakeup time of mobile terminal.
The peripheral operation described above for meeting trigger condition is to make several sensors while meeting respective trigger condition
Peripheral operation.
The peripheral operation described above for meeting trigger condition is the peripheral operation for making single sensor meet its trigger condition.
Several peripheral components described above include camera, flash lamp, press key lamp and microphone.When mobile terminal is in pre-
When wake-up states, peripheral components described above complete initialization operation, can be completed after mobile terminal enters working condition in real time
It calls.
Further include step between step 4 and step 5 described above：Wake-up module detects whether under pre- wake-up states
It is triggered in predetermined time, is, execute step 5；No, mobile terminal enters sleep state.When mobile terminal enters pre- wake-up shape
When under state, if wake-up module is triggered, mobile terminal enters working condition, if wake-up module is not triggered for a long time,
Mobile terminal enters sleep state, and sensor keeps the detection to peripheral operation again.Mobile terminal can be effectively prevent to be missed
Triggering enters pre- wake-up states, reduces mobile terminal in without the energy consumption under state, extending mobile terminal standby cruise duration.
Sensor described above includes an infrared sensor, and the peripheral operation for meeting infrared sensor trigger condition is
Make infrared to block changed action.Such as when user takes out mobile terminal from trouser pocket or Bao Baoli.
Sensor described above includes a gyroscope, and the peripheral operation for meeting gyroscope trigger condition is mobile terminal
The variation in angle or direction.When picking up mobile terminal from table top such as user or mobile terminal is held in the hand and takes by user
When playing preparation use.
Sensor described above includes a gravity sensor, and the peripheral operation for meeting gravity sensor trigger condition is
The variation of mobile terminal placement status.When picking up mobile terminal from table top such as user or mobile terminal is held in by user
When picking up preparation use in hand.
Sensor described above includes a pressure sensor or high sensor, described to meet pressure sensor or height
The peripheral operation of sensor trigger condition is touch action of the user to mobile terminal.
Description of the drawings：
The present invention is described in detail below in conjunction with the accompanying drawings：
Fig. 1 is that mobile terminal enters dormant flow chart by working condition in the method for the invention；
Fig. 2 is the flow chart that mobile terminal is waken up into working condition by sleep state in the method for the invention.
Specific implementation mode：
As depicted in figs. 1 and 2, a method of be intended to shorten mobile terminal wakeup time, institute by predicting that user wakes up
It includes a screen, a CPU, at least a sensor, a wake-up module and several peripheral components, the mobile terminal to state mobile terminal
With a working condition and a sleep state, wake-up module may be in response to peripheral operation and wake up mobile terminal from sleep state,
To enter working condition, when in sleep state, the screen, CPU and several peripheral components do not work；At mobile terminal
When working condition, the screen, CPU and the work of several peripheral components；The mobile terminal also has a pre- wake-up states, institute
The method of stating includes the following steps：
Step 1：Sensor wakes up when mobile terminal is in sleep state in response to meeting the peripheral operation of trigger condition
CPU；
Step 2：CPU judgements are waken up reason, if being operated by sensor response external and being waken up, then follow the steps
Four；If it is not, executing step 3；
Step 3：CPU judgements are waken up reason, if being waken up by wake-up module, then follow the steps five；
Step 4：Mobile terminal enters pre- wake-up states, several peripheral components work, and screen does not work；
Step 5：Wake-up module wakes up mobile terminal in response to peripheral operation, and mobile terminal enters working condition.
The triggering wake-up module wakes up mobile terminal, to enter the peripheral operation of working condition as short-press power key.
The peripheral operation for meeting trigger condition can be to make several sensors while meeting respective trigger condition
Peripheral operation；Or single sensor is made to meet the peripheral operation of its trigger condition.
Several peripheral components include camera, flash lamp, press key lamp and microphone.It is waken up when mobile terminal is in pre-
When state, peripheral components described above complete initialization operation, and real-time calling can be completed after mobile terminal enters working condition.
Further include step between the step 4 and step 5：Wake-up module is detected whether under pre- wake-up states predetermined
It is triggered in time, is, execute step 5；No, mobile terminal enters sleep state.When mobile terminal enters under pre- wake-up states
When, if wake-up module is triggered, mobile terminal enters working condition, if wake-up module is for a long time（The present embodiment takes 5s）No
It is triggered, then mobile terminal enters sleep state, and sensor keeps the detection to peripheral operation again.It can effectively prevent moving
Terminal enters pre- wake-up states by false triggering, reduces mobile terminal in without the energy consumption under state, it is continuous to extend mobile terminal standby
ETS estimated time of sailing.
The sensor may include that an infrared sensor, the peripheral operation for meeting infrared sensor trigger condition are to make
It is infrared to block changed action.Such as when user takes out mobile terminal from trouser pocket or Bao Baoli.
The sensor may include that a gyroscope, the peripheral operation for meeting gyroscope trigger condition are mobile terminal angle
The variation in degree or direction.When picking up mobile terminal from table top such as user or mobile terminal is held in the hand and picks up by user
When preparing to use.
The sensor may include that a gravity sensor, the peripheral operation for meeting gravity sensor trigger condition are to move
The variation of dynamic terminal placement status.When picking up mobile terminal from table top such as user or mobile terminal is held in the hand by user
In pick up preparation use when.
The sensor may include a pressure sensor or high sensor, described to meet pressure sensor or Gao Ling
The peripheral operation of sensitivity sensor-triggered condition is touch action of the user to mobile terminal.
The sensor can also be sensor described above in multiple combinations, only when peripheral operation simultaneously meet it is multiple
When the trigger condition of sensor, mobile terminal just enters pre- wake-up states.
It is as described above a kind of embodiment for combining particular content to provide, does not assert the specific implementation office of the present invention
It is limited to these explanations.If the sensor can be one or more, when the sensor is multiple, meets into pre- and wake up
The peripheral operation of pattern can be to meet the peripheral operation of any sensor trigger condition or meet multiple sensor-triggereds simultaneously
The peripheral operation of condition；The sensor is not limited in sensor disclosed in specific implementation mode etc..All and side of the present invention
The approximations such as method, structure duplicate, or for making several technology deduction or replace under the premise of inventive concept, all should be considered as this
The protection domain of invention.
Claims (3)
1. a kind of by predicting that user wakes up the method for being intended to shorten mobile terminal wakeup time, the mobile terminal includes a screen
Curtain, a CPU, at least a sensor, a wake-up module and several peripheral components, the mobile terminal have a working condition and one
Sleep state, wake-up module may be in response to peripheral operation and wake up mobile terminal from sleep state, to enter working condition, work as place
When sleep state, the screen, CPU and several peripheral components do not work；When mobile terminal is in running order, the screen
Curtain, CPU and the work of several peripheral components；It is characterized in that：The mobile terminal also has a pre- wake-up states, the method packet
Include following steps：
Step 1：Sensor wakes up CPU when mobile terminal is in sleep state in response to meeting the peripheral operation of trigger condition；
Step 2：CPU judgements are waken up reason, if being operated by sensor response external and being waken up, then follow the steps four；If
It is not to execute step 3；
Step 3：CPU judgements are waken up reason, if being waken up by wake-up module, then follow the steps five；
Step 4：Mobile terminal enters pre- wake-up states, several peripheral components work, and screen does not work；
Step 5：Wake-up module wakes up mobile terminal in response to peripheral operation, and mobile terminal enters working condition；
The peripheral operation for meeting trigger condition is the peripheral operation for making several sensors while meeting respective trigger condition
Or to make single sensor meet the peripheral operation of its trigger condition；
The sensor includes an infrared sensor, and the peripheral operation for meeting infrared sensor trigger condition is to make infrared screening
Keep off changed action；
The sensor includes a gyroscope, and the peripheral operation for meeting gyroscope trigger condition is mobile terminal angle or side
To variation；
The sensor includes a gravity sensor, and the peripheral operation for meeting gravity sensor trigger condition is mobile terminal
The variation of placement status；
The sensor includes a pressure sensor or high sensor, described to meet pressure sensor or highly sensitive biography
The peripheral operation of sensor trigger condition is touch action of the user to mobile terminal.
2. it is according to claim 1 a kind of by predicting that user wakes up the method for being intended to shorten mobile terminal wakeup time,
It is characterized in that：Several peripheral components include camera, flash lamp, press key lamp and microphone.
3. a kind of by predicting that user wakes up intention shortening mobile terminal wakeup time according to one of claim 1 to 2
Method, it is characterised in that：Further include step between the step 4 and step 5：Wake-up module detects under pre- wake-up states
Whether it is triggered in the given time, is, executes step 5；No, mobile terminal enters sleep state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410051684.8A CN104850214B (en) | 2014-02-14 | 2014-02-14 | A method of it is intended to shorten mobile terminal wakeup time by predicting that user wakes up |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410051684.8A CN104850214B (en) | 2014-02-14 | 2014-02-14 | A method of it is intended to shorten mobile terminal wakeup time by predicting that user wakes up |
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| CN104850214A CN104850214A (en) | 2015-08-19 |
| CN104850214B true CN104850214B (en) | 2018-09-04 |
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| CN106886703B (en) * | 2017-03-08 | 2020-01-14 | Oppo广东移动通信有限公司 | Fingerprint unlocking method and mobile terminal |
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| WO2019056349A1 (en) * | 2017-09-25 | 2019-03-28 | 鹤壁天海电子信息系统有限公司 | Device starting method and apparatus |
| CN109582369A (en) * | 2017-09-25 | 2019-04-05 | 鹤壁天海电子信息系统有限公司 | A kind of equipment starting method and device |
| CN109375954B (en) * | 2018-09-20 | 2020-07-14 | 上海移芯通信科技有限公司 | Internet of things chip control method based on cellular technology and internet of things chip |
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Effective date of registration: 20201102 Address after: Room 305, building 2, No. 20, Longquan Road, Cangqian street, Yuhang District, Hangzhou City, Zhejiang Province Patentee after: VIVO MOBILE COMMUNICATION (HANGZHOU) Co.,Ltd. Address before: 283 No. 523000 Guangdong province Dongguan city Changan town usha BBK Avenue Patentee before: VIVO MOBILE COMMUNICATION Co.,Ltd. |