CN104598143A - Electronic equipment and wakeup method thereof - Google Patents
Electronic equipment and wakeup method thereof Download PDFInfo
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- CN104598143A CN104598143A CN201510015461.0A CN201510015461A CN104598143A CN 104598143 A CN104598143 A CN 104598143A CN 201510015461 A CN201510015461 A CN 201510015461A CN 104598143 A CN104598143 A CN 104598143A
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Abstract
The invention discloses electronic equipment and a wakeup method thereof. The method comprises the following steps: acquiring the motion feature parameter of the electronic equipment; judging whether or not the electronic equipment satisfies a first preset condition according to the motion feature parameter; if the electronic equipment satisfies the first preset condition, acquiring a first parameter between an operation object and the electronic equipment, judging whether or not the electronic equipment satisfies a second preset condition according to the first parameter, and if the electronic equipment satisfies the second preset condition according to determination, waking up the electronic equipment.
Description
Technical field
The present invention relates to the detection technique in terminal, particularly relate to a kind of electronic equipment and awakening method thereof.
Background technology
Along with electronic equipment, the especially develop rapidly of the mobile terminal such as smart mobile phone, panel computer, Consumer's Experience becomes one of important indicator weighing these product qualities.Good touch experience can fully demonstrate user's controlling whole mobile terminal.Blank screen unlocking technology is as function indispensable above mobile terminal, and its intuitive operation effect plays an important role to Consumer's Experience.At present, terminal can only by the manipulation ability lighting system of user or screen-unblocking.
Summary of the invention
In view of this, the object of the embodiment of the present invention is to provide a kind of electronic equipment and awakening method thereof, at least can solve the above-mentioned problems in the prior art.
For achieving the above object, technical scheme of the present invention is achieved in that
Embodiments provide a kind of awakening method of electronic equipment, described method comprises:
Detect the acceleration of described electronic equipment;
Judge that whether described electronic equipment meets according to described acceleration first pre-conditioned;
If described electronic equipment meets described first pre-conditioned, then obtain the first parameter between operand and described electronic equipment, judge that whether described electronic equipment meets according to described first parameter second pre-conditioned, it is second pre-conditioned if determine, described electronic equipment meets, then wake described electronic equipment up.
In such scheme, described to judge that whether described electronic equipment meets according to described acceleration first pre-conditioned, comprising:
Judge whether described acceleration is greater than acceleration rate threshold; When described acceleration is greater than acceleration rate threshold, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
In such scheme, according to described first parameter, the first parameter between described acquisition operand and described electronic equipment, judges that whether described electronic equipment meets second pre-conditioned, comprising:
Get distance between described operand and described electronic equipment as described first parameter;
Judge whether described first parameter is greater than the second threshold value;
When described first parameter is greater than the second threshold value, determine that described electronic equipment meets second pre-conditioned.
In such scheme, the first parameter between described acquisition operand and described electronic equipment, according to described first parameter judge described electronic equipment whether meet second pre-conditioned after, described method also comprises:
Detect the angle of described electronic equipment;
Judge whether the angle of described electronic equipment is in default angular interval,
When the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.
In such scheme, described in wake described electronic equipment up before, described method also comprises:
The angle detecting described electronic equipment is in the duration of default angular interval;
When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.
The embodiment of the present invention additionally provides a kind of electronic equipment, and described electronic equipment comprises:
First detecting unit, for getting the kinematic feature factor of described electronic equipment;
Second detecting unit, for obtaining the first parameter between operand and described electronic equipment;
Processing unit, first pre-conditioned for judging that according to described kinematic feature factor whether described electronic equipment meets; If described electronic equipment meets described first pre-conditioned, then judge whether described electronic equipment meets according to described first parameter second pre-conditioned; It is second pre-conditioned if determine, described electronic equipment meets, then wake described electronic equipment up.
In such scheme, described processing unit, when the acceleration characterizing described electronic equipment specifically for described kinematic feature factor is greater than acceleration rate threshold, determines that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
In such scheme, described processing unit, specifically for getting distance between described operand and described electronic equipment as described first parameter; Judge whether described distance is greater than the second threshold value; When described distance is greater than the second threshold value, determine that described electronic equipment meets second pre-conditioned.
In such scheme, described processing unit, specifically for detecting the angle of described electronic equipment by the first detecting unit; Judge whether the angle of described electronic equipment is in default angular interval, when the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.
In such scheme, described processing unit, the angle specifically for detecting described electronic equipment is in the duration of default angular interval; When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.
The electronic equipment that the embodiment of the present invention provides, determine electronic equipment meet first pre-conditioned and satisfied second pre-conditioned when, wake described electronic equipment up.So, just described electronic equipment can be waken up according to the state of electronic equipment, and not only by detecting that the touching operation of user just wakes electronic equipment up, thus promote the experience of user.
Accompanying drawing explanation
Fig. 1 is the awakening method schematic flow sheet of embodiment of the present invention electronic equipment;
Fig. 2 is embodiment of the present invention scene schematic diagram one;
Fig. 3 is embodiment of the present invention scene schematic diagram two;
Fig. 4 is embodiment of the present invention scene schematic diagram three;
Fig. 5 is embodiment of the present invention schematic flow sheet;
Fig. 6 is embodiment of the present invention electronic equipment composition structural representation.
Embodiment
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
Embodiment one,
Embodiments provide a kind of awakening method of electronic equipment, as shown in Figure 1, described method comprises:
Step 101: the kinematic feature factor getting described electronic equipment;
Step 102: judge that whether described electronic equipment meets according to described kinematic feature factor first pre-conditioned;
According to described first parameter, step 103: if described electronic equipment meets described first pre-conditioned, then obtain the first parameter between operand and described electronic equipment, judges whether described electronic equipment meets second pre-conditioned;
Step 104: it is second pre-conditioned that described electronic equipment meets if determine, then wake described electronic equipment up.
Here, described electronic equipment can be smart mobile phone, panel computer or other intelligent terminals.
Wherein, described in get the kinematic feature factor of described electronic equipment mode can obtain for being detected by acceleration transducer, will the acceleration information that obtains be detected as kinematic feature factor.Described acceleration transducer sense acceleration information specifically can comprise: set up three-axis reference, periodically the acceleration in three directions of detection or the real-time described electronic equipment of detection; The acceleration information in described three directions is utilized to calculate the acceleration information of described electronic equipment.Acceleration transducer is specifically as follows gravity sensor (G-Sensor, Gravity-sensor).
Or, can be the acceleration in periodically detection or real-time described any one direction of electronic equipment of detection.
Wherein, it is described that to judge that whether described electronic equipment meets according to described kinematic feature factor first pre-conditioned, comprise: when described kinematic feature factor is the acceleration of described electronic equipment, if when the acceleration of described electronic equipment is greater than acceleration rate threshold, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned; Wherein, described assigned direction can be the direction arranged according to actual conditions, can be such as upwards, then when user takes out electronic equipment from bag time, will detect that the velocity reversal of electronic equipment is for be upwards assigned direction, just can determine that electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
Described acceleration rate threshold can be the numerical value arranged according to actual conditions, specifically also can arrange according to contextual model, and such as, when outdoor or motor pattern, this acceleration rate threshold is greater than the acceleration rate threshold in other contextual models.Such as, the acceleration magnitude in degree of will speed up threshold value 0-0.1m/s can be set to
2between, the direction of acceleration can not limit.
Described first threshold value specifically can be arranged according to contextual model, and such as, when outdoor or motor pattern, this acceleration rate threshold is greater than the acceleration rate threshold in other contextual models.Such as, the acceleration magnitude in degree of will speed up threshold value 0-0.1m/s can be set to
2between, the direction of acceleration can not limit.
The acceleration of the described electronic equipment of described detection be zero the duration specific implementation that whether is greater than the first default threshold value can be: whether be zero, if so, then open timer if detecting described acceleration; When the acceleration of described electronic equipment is continuously zero, judge whether the timing duration of timer is greater than the first default threshold value.Wherein, described the first default threshold value can be set to different values according to actual conditions or different contextual models, is traditionally arranged to be for 2 seconds.
Described to judge that whether described electronic equipment meets according to described first parameter second pre-conditioned, comprising: get distance between described operand and described electronic equipment as described first parameter; Judge whether described first parameter is greater than the second threshold value; When described first parameter is greater than the second threshold value, determine that described electronic equipment meets second pre-conditioned.Wherein, described second threshold value can be the distance value arranged according to actual conditions, and such as, when outdoor application, the second threshold value can be 3-5 centimetre, if in indoor use, the second threshold value can be 1 centimetre.If do not meet second pre-conditioned, just illustrating that electronic equipment may be blocked, such as, by the finger obscures of user, also may be the situation that electronic equipment is blocked by other objects when being positioned in pocket or bag.
The first parameter between described acquisition operand and described electronic equipment can be passed through nearly object sensor (P-Sensor, Proximity sensor) and check and obtain.
Preferably, in the present embodiment according to described first parameter judge described electronic equipment whether meet second pre-conditioned after, described method can also comprise:
Detect the angle of described electronic equipment; Judge whether the angle of described electronic equipment is in default angular interval, when the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.The angular interval preset in this implementation column includes vertical angular interval and the angular interval of level, specifically can be determined by the sensitivity of equipment; Wherein, vertical angular interval can but be not limited only to (30 °, 80 °), the angular interval of level can be but is not limited only to (-30 °, 30 °).
Wherein, the angle of the described electronic equipment of described detection can be: adopt acceleration transducer to the measurement at the inclination angle at the inclination angle and vertical direction of carrying out the horizontal direction of described electronic equipment.The principle of measurement of dip angle is: acceleration transducer is that input vector decides the attitude of described electronic equipment in space with gravity, the transverse and longitudinal coordinate of the coordinate system of described acceleration transducer is fixed in the horizontal plane, as shown in Figure 3, when the attitude of electronic equipment changes, the rotation thereupon of acceleration transducer, due to the effect of gravity, acceleration corresponding to three coordinate axis in the coordinate system of acceleration transducer can change, therefore the inclination angle of horizontal direction is come by the change of acceleration measurement, and the inclination angle of vertical direction, as shown in Figure 4, wherein, the coordinate of solid line composition is the coordinate system of acceleration transducer, it take horizontal direction as the coordinate system of transverse and longitudinal coordinate that the coordinate system of dotted line composition represents real, visible, when electronic equipment run-off the straight time, measure the inclination angle 42 of horizontal direction and the inclination angle 41 of vertical direction.
Preferably, described wake described electronic equipment up before, described method can also comprise: the angle detecting described electronic equipment is in the duration of default angular interval; When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.Wherein, described the 3rd default threshold value can be identical with the first threshold value, or can be different, specifically arranges according to actual conditions, be such as set to for 2 seconds.
The inclination angle that is interval and vertical direction, inclination angle that described default angular interval includes horizontal direction is interval; Accordingly, when measuring between interval, inclination angle in the horizontal direction, the inclination angle of horizontal direction that obtains and between interval, inclination angle in the vertical direction, the inclination angle of vertical direction, determine to wake described electronic equipment up.
Waking described electronic equipment up and can comprise described in the present embodiment: the screen lighting electronic equipment; Or control electronic equipment display unlock interface; Or activate the system of described electronic equipment.
As optionally, the flow process method that the present embodiment provides being described by Fig. 5, is specially:
Step 501: the acceleration of detected electrons equipment;
Step 502: judge whether described acceleration is greater than threshold value, if so, then performs step 503, otherwise, return step 501;
Step 503: judge that whether electronic equipment meets second pre-conditioned, if not, then perform step 504, otherwise, return step 501;
Step 504: the angle calculating electronic equipment;
Step 505: judge whether described angle is in default angular interval, if so, then performs step 506; Otherwise perform step 501;
Step 506: open timer;
Step 507: judge whether the timing duration of timer is greater than default threshold value, and electronic equipment keeps acceleration to be zero, if so, then performs step 508; Otherwise, return step 501;
Step 508: wake described electronic equipment up.
Visible, by adopt such scheme, by determine electronic equipment meet first pre-conditioned and satisfied second pre-conditioned when, wake described electronic equipment up.So, just electronic equipment can be waken up according to the state of electronic equipment, and not only by detecting that the touching operation of user just wakes electronic equipment up, thus promote the experience of user.
Embodiment two,
Embodiments provide a kind of electronic equipment, as shown in Figure 6, comprising:
First detecting unit 61, for getting the kinematic feature factor of described electronic equipment;
Second detecting unit 62, for obtaining the first parameter between operand and described electronic equipment;
Processing unit 63, first pre-conditioned for judging that according to described kinematic feature factor whether described electronic equipment meets; If described electronic equipment meets described first pre-conditioned, then judge whether described electronic equipment meets according to described first parameter second pre-conditioned; It is second pre-conditioned if determine, described electronic equipment meets, then wake described electronic equipment up.
Here, described electronic equipment can be smart mobile phone, panel computer or other intelligent terminals.
Wherein, described first detecting unit can be acceleration transducer.The acceleration information that described acceleration transducer detects described electronic equipment specifically can comprise as kinematic feature factor: set up three-axis reference, periodically the acceleration in three directions of detection or the real-time described electronic equipment of detection; The acceleration information in described three directions is utilized to calculate the acceleration information of described electronic equipment.Acceleration transducer is specifically as follows G-Sensor; Or, can be the acceleration in periodically detection or real-time described any one direction of electronic equipment of detection.
Wherein, described processing unit, specifically for when described kinematic feature factor is the acceleration of described electronic equipment, if when the acceleration of described electronic equipment is greater than acceleration rate threshold, determines that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned; Wherein, described assigned direction can be the direction arranged according to actual conditions, can be such as upwards, then when user takes out electronic equipment from bag time, will detect that the velocity reversal of electronic equipment is for be upwards assigned direction, just can determine that electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
Wherein, described acceleration rate threshold can be the numerical value arranged according to actual conditions, specifically also can arrange according to contextual model, and such as, when outdoor or motor pattern, this acceleration rate threshold is greater than the acceleration rate threshold in other contextual models.Such as, the acceleration magnitude in degree of will speed up threshold value 0-0.1m/s can be set to
2between, the direction of acceleration can not limit.
Whether described processing unit 63, being zero specifically for detecting described acceleration, if so, then opening timer; When the acceleration of described electronic equipment is continuously zero, judge whether the timing duration of timer is greater than the first default threshold value.Wherein, described the first default threshold value can be set to different values according to actual conditions or different contextual models, is traditionally arranged to be for 2 seconds.
Described processing unit 63, specifically for getting distance between described operand and described electronic equipment as the first parameter; Judge whether described first parameter is greater than the second threshold value; When described first parameter is greater than the second threshold value, described electronic equipment meets second pre-conditioned.Wherein, described second threshold value can be the distance value arranged according to actual conditions, and such as, when outdoor application, the second threshold value can be 3-5 centimetre, if in indoor use, the second threshold value can be 1 centimetre.
Above by the second detecting unit detect whether meet second pre-conditioned, if do not meet second pre-conditioned, just illustrate that electronic equipment may be blocked, such as, by the finger obscures of user, it also may be electronic equipment situation of being blocked by other objects when being positioned in pocket or bag.
Described second detecting unit 63 can be nearly object sensor (P-Sensor, Proximity sensor); Accordingly, described first parameter can be the distance value between described second detecting unit and operand.What described nearly object sensor obtained the first parameter can be: launch infrared ray, detect described infrared ray reach operand after the reflection ray that reflects, according to the duration launching infrared ray and receive between described reflection ray, and the aerial velocity of propagation of infrared ray calculates the distance obtained between operand and described electronic equipment.
Preferably, described processing unit 63, specifically for detecting the angle of described electronic equipment; Judge whether the angle of described electronic equipment is in default angular interval, when the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.
Wherein, described first detecting unit may be used for the angle of the described electronic equipment of described detection; Be specifically as follows: adopt acceleration transducer to the measurement at the inclination angle at the inclination angle and vertical direction of carrying out the horizontal direction of described electronic equipment.The principle of measurement of dip angle is: acceleration transducer is that input vector decides the attitude of described electronic equipment in space with gravity, the transverse and longitudinal coordinate of the coordinate system of described acceleration transducer is fixed in the horizontal plane, as shown in Figure 3, when the attitude of electronic equipment changes, the rotation thereupon of acceleration transducer, due to the effect of gravity, acceleration corresponding to three coordinate axis in the coordinate system of acceleration transducer can change, therefore the inclination angle of horizontal direction is come by the change of acceleration measurement, and the inclination angle of vertical direction, as shown in Figure 4, wherein, the coordinate of solid line composition is the coordinate system of acceleration transducer, it take horizontal direction as the coordinate system of transverse and longitudinal coordinate that the coordinate system of dotted line composition represents real, visible, when electronic equipment run-off the straight time, measure the inclination angle 42 of horizontal direction and the inclination angle 41 of vertical direction.
The angular interval preset in this implementation column includes vertical angular interval and the angular interval of level; Wherein, vertical angular interval can but be not limited only to (30 °, 80 °), the angular interval of level can be but is not limited only to (-30 °, 30 °).The inclination angle that is interval and vertical direction, inclination angle that described default angular interval includes horizontal direction is interval; Accordingly, when measuring between interval, inclination angle in the horizontal direction, the inclination angle of horizontal direction that obtains and between interval, inclination angle in the vertical direction, the inclination angle of vertical direction, determine to wake described electronic equipment up.
Described processing unit, the angle specifically for detecting described electronic equipment is in the duration of default angular interval; When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.Wherein, described the 3rd default threshold value can be identical with the first threshold value, or can be different, specifically arranges according to actual conditions, be such as set to for 2 seconds.
Waking described electronic equipment up and can comprise described in the present embodiment: the screen lighting electronic equipment; Or control electronic equipment display unlock interface; Or activate the system of described electronic equipment.
The scene of embodiment of the present invention application as shown in Figure 2, when user's handling mobile phone, can shake mobile phone along arrow right; Now, the gravity sensor in mobile phone can detect that acceleration is greater than default threshold value, thus it is first pre-conditioned to determine that mobile phone meets; Then whether met by the second detecting unit distance detected between user and mobile phone second pre-conditioned, if when meeting, just wake mobile phone up.
As optionally, illustrate that the present embodiment is specially by Fig. 5:
Step 501: the acceleration of the first detecting unit 61 detected electrons equipment;
Step 502: processing unit 63 judges whether described acceleration is greater than threshold value, if so, then performs step 503, otherwise, return step 501;
Step 503: by the second detecting unit 62, processing unit 63 judges that whether electronic equipment meets second pre-conditioned, if not, then performs step 504, otherwise, return step 501;
Step 504: the first detecting unit 61 calculates the angle of electronic equipment;
Step 505: processing unit 63 judges whether described angle is in default angular interval, if so, then performs step 506; Otherwise perform step 501;
Step 506: processing unit 63 opens timer;
Step 507: processing unit 63 judges whether the timing duration of timer is greater than default threshold value, and electronic equipment keeps acceleration to be zero, if so, then performs step 508; Otherwise, return step 501;
Step 508: processing unit 63 wakes electronic equipment up.
Visible, by adopt such scheme, by determine electronic equipment meet first pre-conditioned and satisfied second pre-conditioned when, wake described electronic equipment up.So, just electronic equipment can be waken up according to the state of electronic equipment, and not only by detecting that the touching operation of user just wakes electronic equipment up, thus promote the experience of user.
In several embodiments that the application provides, should be understood that, disclosed equipment can realize by another way.Apparatus embodiments described above is only schematic, and actual can have other dividing mode, as some features can be ignored when realizing.In addition, the coupling each other of shown or discussed each ingredient or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of equipment or unit or communication connection can be electrical, machinery or other form.
The above-mentioned unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location; Part or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (10)
1. an awakening method for electronic equipment, described method comprises:
Get the kinematic feature factor of described electronic equipment;
Judge that whether described electronic equipment meets according to described kinematic feature factor first pre-conditioned;
If described electronic equipment meets described first pre-conditioned, then obtain the first parameter between operand and described electronic equipment, judge that whether described electronic equipment meets according to described first parameter second pre-conditioned, it is second pre-conditioned if determine, described electronic equipment meets, then wake described electronic equipment up.
2. method according to claim 1, is characterized in that, described to judge that whether described electronic equipment meets according to described kinematic feature factor first pre-conditioned, comprising:
When described kinematic feature factor is the acceleration of described electronic equipment, if when the acceleration of described electronic equipment is greater than acceleration rate threshold, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
3. method according to claim 1, is characterized in that, the first parameter between described acquisition operand and described electronic equipment, judges that whether described electronic equipment meets second pre-conditioned, comprising according to described first parameter:
Get distance between described operand and described electronic equipment as described first parameter;
Judge whether described first parameter is greater than the second threshold value;
When described first parameter is greater than the second threshold value, determine that described electronic equipment meets second pre-conditioned.
4. the method according to claim 1 or 3, is characterized in that, the first parameter between described acquisition operand and described electronic equipment, according to described first parameter judge described electronic equipment whether meet second pre-conditioned after, described method also comprises:
Detect the angle of described electronic equipment;
Judge whether the angle of described electronic equipment is in default angular interval,
When the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.
5. method according to claim 4, is characterized in that, described in wake described electronic equipment up before, described method also comprises:
The angle detecting described electronic equipment is in the duration of default angular interval;
When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.
6. an electronic equipment, described electronic equipment comprises:
First detecting unit, for getting the kinematic feature factor of described electronic equipment;
Second detecting unit, for obtaining the first parameter between operand and described electronic equipment;
Processing unit, first pre-conditioned for judging that according to described kinematic feature factor whether described electronic equipment meets; If described electronic equipment meets described first pre-conditioned, then judge whether described electronic equipment meets according to described first parameter second pre-conditioned; It is second pre-conditioned if determine, described electronic equipment meets, then wake described electronic equipment up.
7. electronic equipment according to claim 6, is characterized in that, described processing unit, when the acceleration characterizing described electronic equipment specifically for described kinematic feature factor is greater than acceleration rate threshold, determines that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the speed of described electronic equipment, if when the direction of the speed of described electronic equipment is assigned direction, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is speed and the acceleration of described electronic equipment, after determining that the direction of the speed of described electronic equipment is assigned direction, detect the acceleration of electronic equipment be zero duration be greater than the first default threshold value, determine that described electronic equipment meets first pre-conditioned;
Or, when described kinematic feature factor is the acceleration of described electronic equipment, after determining that the acceleration of described electronic equipment is greater than acceleration rate threshold, when detect the acceleration of described electronic equipment be zero duration be greater than the first default threshold value time, determine that described electronic equipment meets first pre-conditioned.
8. electronic equipment according to claim 6, is characterized in that, described processing unit, specifically for getting distance between described operand and described electronic equipment as described first parameter; Judge whether described distance is greater than the second threshold value; When described distance is greater than the second threshold value, determine that described electronic equipment meets second pre-conditioned.
9. the electronic equipment according to claim 6 or 8, is characterized in that, described processing unit, specifically for being detected the angle of described electronic equipment by the first detecting unit; Judge whether the angle of described electronic equipment is in default angular interval, when the angle of electronic equipment is in described default angular interval, wake described electronic equipment up.
10. electronic equipment according to claim 9, is characterized in that, described processing unit, and the angle specifically for detecting described electronic equipment is in the duration of default angular interval; When described duration is greater than the 3rd default threshold value, wake described electronic equipment up.
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| CN106055097A (en) * | 2016-05-24 | 2016-10-26 | 北京搜狗科技发展有限公司 | Screen lighting control method and apparatus, and electronic device |
| WO2017036205A1 (en) * | 2015-09-01 | 2017-03-09 | 深圳Tcl数字技术有限公司 | Terminal screen shaking identification method and apparatus |
| CN106816139A (en) * | 2017-04-11 | 2017-06-09 | 广东美的制冷设备有限公司 | The control method of backlight, control device and the terminal with backlight |
| CN107045856A (en) * | 2017-04-11 | 2017-08-15 | 广东美的制冷设备有限公司 | Control method, control device and the terminal with backlight of backlight |
| CN107193466A (en) * | 2016-03-15 | 2017-09-22 | 百度在线网络技术（北京）有限公司 | A kind of method and apparatus of gesture identification |
| CN107317917A (en) * | 2017-05-26 | 2017-11-03 | 广东欧珀移动通信有限公司 | Application control method and related product |
| CN107728784A (en) * | 2017-09-30 | 2018-02-23 | 科大讯飞股份有限公司 | Remote controller awakening method and device, storage medium and electronic equipment |
| CN107919094A (en) * | 2017-12-08 | 2018-04-17 | 广东美的制冷设备有限公司 | Control terminal method for controlling backlight thereof, control terminal and readable storage medium |
| CN108536377A (en) * | 2018-04-11 | 2018-09-14 | Oppo广东移动通信有限公司 | Display control method and device, terminal, computer readable storage medium |
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