CN103631494A - Information processing method and electronic equipment - Google Patents
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- CN103631494A CN103631494A CN201310573393.0A CN201310573393A CN103631494A CN 103631494 A CN103631494 A CN 103631494A CN 201310573393 A CN201310573393 A CN 201310573393A CN 103631494 A CN103631494 A CN 103631494A
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Abstract
The invention discloses an information processing method and electronic equipment. The electronic equipment at least has a first working state and a second working state, and a first number of user operations can be responded when the electronic equipment is in the first working state is smaller than a second number of the user operations can be responded when the electronic equipment is in the second working state. The electronic equipment at least comprises a sensing unit, and the sensing unit is used for judging whether posture change occurs to the electronic equipment to obtain a first judging result. Whether the posture change meets preset conditions is judged to obtain a second judging result when the first judging result shows that the posture change occurs to the electronic equipment. The electronic equipment is controlled to be switched between the first working state and the second working state when the second judging result shows that the posture change meets the preset conditions.
Description
Technical field
The present invention relates to field of computer technology, relate in particular to a kind of method and electronic equipment of information processing.
Background technology
Along with the develop rapidly of electronic equipment, electronic equipment is more and more widely used in daily life.Existing mobile terminal, become a requisite part in people's life, and the function of mobile terminal is also become stronger day by day.Existing mobile terminal all possesses screen locking function, when mobile terminal is during in idle or no state, mobile terminal can carry out screen locking automatically, can save power consumption like this, increase the stand-by time of mobile terminal, can also prevent user at mobile terminal in idle or during without state, because carelessness has carried out to mobile terminal the maloperation that originally should not carry out.
At present, when the mobile terminal in screen locking or dormant state carries out release, need to press power key and wake up after mobile terminal, then move release by some.Such as horizontally slipping, slide up and down, input password or draw figure of various appointments etc. on screen.
So, when existing mobile terminal is switched between screen locking or dormant state and released state, at least need described mobile terminal to carry out wake operation and unlocking operation, and because operation each time all needs a period of time, described in described mobile terminal response, operation each time also needs a period of time, and then has long technical matters of release time.
Summary of the invention
By a kind of method and electronic equipment of information processing are provided, while switching between screen locking or dormant state and released state in order to solve existing mobile terminal, there is long technical matters of release time in the embodiment of the present application.
The embodiment of the present application provides a kind of method of information processing, be applied in electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, described electronic equipment at least comprises sensing unit, described method comprises: utilize described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result; When described the first judged result shows that described electronic equipment generation attitude changes, further judge that described attitude changes whether meet predetermined condition, obtains the second judged result; When described the second judged result shows that described attitude variation meets predetermined condition, control described electronic equipment and switch between described the first duty and described the second duty.
Optionally, described the first duty is blank screen state, and described the second duty is bright screen state.
Optionally, described the first duty is screen lock state, and described the second duty is released state.
Optionally, described sensing unit is one or more in acceleration transducer, geomagnetic sensor, gyroscope and light sensor.
Optionally, describedly utilize described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result, is specially: at T1 constantly, to utilize described sensing unit to obtain the first attitude of described electronic equipment; And at T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment; Judge whether described the first attitude and described the second attitude are identical attitude, obtain described the first judged result.
Optionally, describedly judge described attitude changes whether meet predetermined condition, obtains the second judged result, is specially: whether characterize described electronic equipment overturn, obtain described the second judged result if judging that described attitude changes.
Optionally, describedly judge that described attitude changes and whether meet predetermined condition, obtain the second judged result, be specially: judge whether described attitude variation characterizes described electronic equipment and carry out directed movement with the first acceleration, obtain described the second judged result, wherein, described the first acceleration is more than or equal to the first acceleration rate threshold.
Optionally, describedly judge described attitude changes whether meet predetermined condition, obtains the second judged result, is specially: whether characterize described electronic equipment with first acceleration move back and forth, obtain described the second judged result if judging that described attitude changes.
The application another embodiment also provide a kind of electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, described electronic equipment at least comprises sensing unit, and described electronic equipment comprises: circuit board; Process chip, be arranged on described circuit board, be used for utilizing described sensing unit to judge whether described electronic equipment attitude occurs and change, obtain the first judged result, and when described the first judged result shows that described electronic equipment generation attitude changes, further judge described attitude changes whether meet predetermined condition, obtain the second judged result, when described the second judged result shows that described attitude variation meets predetermined condition, control described electronic equipment and switch between described the first duty and described the second duty.
Optionally, described process chip comprises the first judging unit, for at T1 constantly, utilize described sensing unit to obtain the first attitude of described electronic equipment, and at T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment, and judge whether described the first attitude and described the second attitude are identical attitude, obtain described the first judged result.
Optionally, described process chip comprises the second judging unit, for judging whether described attitude variation characterizes described electronic equipment and overturn, and obtains described the second judged result.
Optionally, described process chip comprises the 3rd judging unit, for judging whether described attitude variation characterizes described electronic equipment and carry out directed movement with the first acceleration, obtains described the second judged result, wherein, described the first acceleration is more than or equal to the first acceleration rate threshold.
Optionally, described process chip comprises the 4th judging unit, for judging whether described attitude variation characterizes described electronic equipment and move back and forth with the first acceleration, obtains described the second judged result.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the application is while utilizing described sensing unit to judge that described electronic equipment generation attitude changes, when the described attitude variation of detection meets predetermined condition, control described electronic equipment switches between the first duty and the second duty, so, make at described electronic equipment during in dormancy or lock-out state, when described attitude variation meets described predetermined condition, electronic equipment described in release, make described electronic equipment enter released state, compared with prior art, omitted wake operation, and then shortened the time of release, thereby when having solved existing mobile terminal and having switched between screen locking or dormant state and released state, there is long technical matters of release time, and then realized the technique effect that shortens release time, make user's experience better.
Two, because the embodiment of the present application is to change the described electronic equipment of sign in described attitude to overturn, or, described attitude changes the described electronic equipment of sign and carries out directed movement with the first acceleration, or, when the described electronic equipment of described attitude variation sign moves back and forth with the first acceleration, just determine that described attitude variation meets described predetermined condition, make described attitude change and carry out restriction more specifically, cause judged result also more accurate, improved the security performance of described electronic equipment, more convenient user uses.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of information processing in the embodiment of the present application;
Fig. 2 is the structural drawing of electronic equipment in the embodiment of the present application.
Embodiment
By a kind of method and electronic equipment of information processing are provided, while switching between screen locking or dormant state and released state in order to solve existing mobile terminal, there is long technical matters of release time in the embodiment of the present application.
The technical scheme of the embodiment of the present application is for solving the problem of above-mentioned technology, and general thought is as follows:
Because the application is while utilizing described sensing unit to judge that described electronic equipment generation attitude changes, when the described attitude variation of detection meets predetermined condition, control described electronic equipment switches between the first duty and the second duty, so, make at described electronic equipment during in dormancy or lock-out state, when described attitude variation meets described predetermined condition, electronic equipment described in release, make described electronic equipment enter released state, compared with prior art, omitted wake operation, and then shortened the time of release, thereby when having solved existing mobile terminal and having switched between screen locking or dormant state and released state, there is long technical matters of release time, and then realized the technique effect that shortens release time, make user's experience better.
In order better to understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
The application one embodiment provides a kind of method of information processing, be applied in electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, and described electronic equipment at least comprises sensing unit.
Wherein, described electronic equipment is such as being the electronic equipments such as panel computer, smart mobile phone, notebook computer, and further, described display unit is such as being the electronic equipments such as LCDs, LED touch-screen, LCD touch-screen, wherein, the electronic equipment in the application specifically refers to mobile terminal.
Further, described sensing unit is one or more in acceleration transducer, geomagnetic sensor, gyroscope and light sensor.
Further, described the first duty is blank screen state, and described the second duty is bright screen state; And described the first duty is screen lock state, described the second duty is released state.
Specifically, take smart mobile phone as example, when described smart mobile phone is during in blank screen pattern, the operation that is merely able to respond the operation of the touch screen that wakes described smart mobile phone up and regulates the volume of described smart mobile phone, and then to make described the first quantity be 2, when described smart mobile phone is during in bright screen state, described smart mobile phone can respond the operation of the power supply of closing described touch screen, and the operation of the volume of unlocking operation and the described smart mobile phone of adjusting etc., make described the second quantity for being less than 3 integers, and then make can respond the second quantity of user's operation when the first quantity that described electronic equipment can respond user's operation during in described the first duty is less than in described the second duty.
Again for example, when described smart mobile phone is during in screen lock state, described smart mobile phone only can respond the operation of the power supply of closing described touch screen, and the operation of the volume of unlocking operation and the described smart mobile phone of adjusting, thereby can determine that described the first quantity is 3, and at described smart mobile phone during in released state, not only can respond the operation of the power supply of closing described touch screen, regulate the operation of the volume of described smart mobile phone, revise the operation arranging in described smart mobile phone, and the operation of opening and closing application etc., making described the second quantity is to be greater than 3 integer, and then make can respond the second quantity of user's operation when the first quantity that described electronic equipment can respond user's operation during in described the first duty is less than in described the second duty.
Referring to Fig. 1, described method comprises:
Step 101: utilize described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result;
Step 102: when described the first judged result shows that described electronic equipment generation attitude changes, further judge that described attitude changes whether meet predetermined condition, obtains the second judged result;
Step 103: when described the first judged result shows that described electronic equipment generation attitude changes, further judge that described attitude changes whether meet predetermined condition, obtains the second judged result.
Wherein, in step 101, utilize described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result.
In specific implementation process, can at T1 constantly, utilize described sensing unit to obtain the first attitude of described electronic equipment; And at T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment; Judge whether described the first attitude and described the second attitude are identical attitude, obtain described the first judged result, wherein, the described T1 moment and described T2 are the different moment constantly.
Specifically, in order to judge more accurately whether described electronic equipment attitude occurs and change, the described T2 moment and the difference of described T1 between the moment should be less than a predetermined threshold value, described predetermined threshold value can be 1 second, 2 seconds, and 3 seconds, 5 seconds equivalences, for example, when described predetermined threshold value is 1 second, if described T1 is 12:12:15 during second constantly, described T2 can be 12:12:16 second or 12:12:14 second constantly; When if described predetermined threshold value is 2 seconds, if described T1 is 12:12:15 during second constantly, described T2 can be 12:12:16 second or 12:12:14 second or 12:12:17 second or 12:12:13 second constantly.
Wherein, in described the first judged result, when to characterize described the first attitude and described the second attitude be identical attitude, can judge that described electronic equipment attitude does not occur and changes, control described electronic equipment and do not carry out any operation; In described the first judged result, when to characterize described the first attitude and described the second attitude be different attitude, can judge that attitude variation has occurred described electronic equipment, perform step 102.
Concrete, because described electronic equipment is in three dimensions, therefore, the attitude of described electronic equipment is generally the deflection angle in X-axis, Y-axis and Z-direction in three dimensions, making described the first attitude can be for example (30,40,50) angle, characterizing between described electronic equipment and X-axis is 30 degree, and the angle between Y-axis be 40 degree and and Z axis between angle be 50 degree, below all attitudes all use (X, Y, Z) to represent.For example, take smart mobile phone A as example, when smart mobile phone A is in the lock state in process, at 12:15:12 during second, the first attitude that smart mobile phone A detected by angular-rate sensor is (20,30,40), when described predetermined threshold value is 3 seconds, can be in 12:15:14 second, the second attitude that smart mobile phone A detected by angular-rate sensor is (25,35,50),, because described the first attitude is different with described the second attitude, make described the first judged result sign smart mobile phone A generation attitude obtaining change.In addition, the described attitude of obtaining described electronic equipment by gravity sensing technology, concrete, utilize the detector of X-axis, Y-axis and three directions of Z axis, described in real-time detection electronic equipment at three-dimensional location parameter the attitude as described electronic equipment.Such as: establishing the current position of mobile phone is initial point, moving left and right direction is X-direction, above-below direction is Y direction, fore-and-aft direction is Z-direction, obtain the coordinate parameters of described mobile phone on X-axis, Y-axis and Z axis as the attitude parameter of described mobile phone, by analyzing described coordinate parameters, obtain described mobile phone and X-axis angle, with the angle of Y-axis and with the angle of the Z axis attitude as described mobile phone.
Certainly, those skilled in the art are readily appreciated that, in order to save cost and to promote detection speed, can just obtain the angle relation of the some dimensions in described electronic equipment and three dimensions as the attitude of described electronic equipment.Specifically, utilize acceleration transducer that electronic equipment carries to judge itself and gravity direction that is the angle information of vertical direction.And acceleration transducer the same with gyroscope be the standard configuration of existing a lot of electronic equipments.
When described the first judged result shows that described electronic equipment generation attitude changes, perform step 102, further judge that described attitude changes whether meet predetermined condition, obtains the second judged result.
In specific implementation process, can judge whether described attitude variation characterizes described electronic equipment and overturn, obtain described the second judged result, when described attitude changes the described electronic equipment generation of sign upset, can determine that described the second judged result characterizes described attitude variation and meets described predetermined condition; If described attitude changes while not characterizing described electronic equipment generation upset, can determine that described the second judged result characterizes described attitude variation and do not meet described predetermined condition.
Specifically, can within a period of time, detect by described sensor the attitude of described electronic equipment, and detect the attitude of described electronic equipment within described a period of time and change, and then can judge whether described attitude variation characterizes described electronic equipment and overturn, obtain described the second judged result, described a period of time can be set according to user's custom, for example, can be 5 seconds, 6 seconds, 10 seconds etc.
For example, take smart mobile phone A as example, when smart mobile phone A is in the lock state in process, at 12:15:12 during second, the first attitude that smart mobile phone A detected by angular-rate sensor is (0, 0, 90), when described predetermined threshold value is 3 seconds, can be in 12:15:14 second, the second attitude that smart mobile phone A detected by angular-rate sensor is (0, 35, 105), because described the first attitude is different with described the second attitude, make described the first judged result sign smart mobile phone A generation attitude obtaining change, when described a period of time is 8 seconds, in 12:15:16 second, the 3rd attitude of smart mobile phone A is (0, 70, 135), in 12:15:18 second, the 3rd attitude of smart mobile phone A is (0, 90, 0), in 12:15:20 second, the 3rd attitude of smart mobile phone A is (0, 0, 90), detecting the attitude of smart mobile phone A in 12:15:12 second to 12:15:20 second changes, can determine that upset has occurred smart mobile phone A, can determine that described the second judged result characterizes described electronic equipment and overturns.
In specific implementation process, can judge whether described attitude variation characterizes described electronic equipment and carry out directed movement with the first acceleration, obtain described the second judged result, wherein, described the first acceleration is more than or equal to the first acceleration rate threshold, when described attitude changes the described electronic equipment of sign with described the first acceleration directed movement, can determine that described the second judged result characterizes described attitude variation and meets described predetermined condition; When described attitude changes the described electronic equipment of sign not with described the first acceleration directed movement, can determine that described the second judged result characterizes described attitude variation and do not meet described predetermined condition.
Wherein, described the first acceleration rate threshold for example can 2m/s2,1m/s2, and 3m/s2 is equivalent.
Specifically, can within a period of time, detect by described sensor the attitude of described electronic equipment, and detect acceleration and the direction of motion of described electronic equipment within described a period of time, and then can judge whether described attitude variation characterizes described electronic equipment and carry out directed movement with described the first acceleration, obtain described the second judged result, described a period of time can be set according to user's custom, for example, can be 5 seconds, 6 seconds, 10 seconds etc.
For example, take smart mobile phone A as example, when smart mobile phone A is in the lock state in process, at 12:15:12 during second, the first attitude that smart mobile phone A detected by angular-rate sensor is (0, 75, 75), when described predetermined threshold value is 3 seconds, can be in 12:15:14 second, the second attitude that smart mobile phone A detected by angular-rate sensor is (0, 70, 75), because described the first attitude is different with described the second attitude, make described the first judged result sign smart mobile phone A generation attitude obtaining change, when described a period of time is 8 seconds, the first acceleration during second is 2m/s2 to 12:15:20 second from 12:15:12 can smart mobile phone A to be detected by acceleration transducer, and moving direction is for moving from reaching north in the south, in described the first acceleration rate threshold, be 2m/s2, can determine that described the second judged result characterizes smart mobile phone A and carries out directed movement with described the first acceleration, can determine that described the second judged result characterizes described attitude variation and meets described predetermined condition, if be 3m/s2 in described the first acceleration rate threshold, can determine that described the second judged result characterizes smart mobile phone A and with described the first acceleration, do not carry out directed movement, can determine that described the second judged result characterizes described attitude variation and do not meet described predetermined condition.
In specific implementation process, can judge whether described attitude variation characterizes described electronic equipment and move back and forth with the first acceleration, obtain described the second judged result, when the described electronic equipment of described attitude variation sign moves back and forth with described the first acceleration, can determine that described the second judged result characterizes described attitude variation and meets described predetermined condition; When the described electronic equipment of described attitude variation sign does not move back and forth with described the first acceleration, can determine that described the second judged result characterizes described attitude variation and do not meet described predetermined condition.
Wherein, described the first acceleration rate threshold for example can 2m/s2,1m/s2, and 3m/s2 is equivalent.
Specifically, can within a period of time, detect by described sensor the attitude of described electronic equipment, and detect acceleration and the direction of motion of described electronic equipment within described a period of time, and then can judge whether described attitude variation characterizes described electronic equipment and move back and forth with described the first acceleration, obtain described the second judged result, described a period of time can be set according to user's custom, for example, can be 5 seconds, 6 seconds, 10 seconds etc.
For example, take smart mobile phone A as example, when smart mobile phone A is in the lock state in process, at 12:15:12 during second, the first attitude that smart mobile phone A detected by angular-rate sensor is (0, 75, 75), when described predetermined threshold value is 3 seconds, can be in 12:15:14 second, the second attitude that smart mobile phone A detected by angular-rate sensor is (0, 70, 75), because described the first attitude is different with described the second attitude, make described the first judged result sign smart mobile phone A generation attitude obtaining change, when described a period of time is 8 seconds, the first acceleration during second is 2m/s2 to 12:15:20 second from 12:15:12 can smart mobile phone A to be detected by acceleration transducer, and moving direction is from moving to the east of west, and move eastwards from west, in described the first acceleration rate threshold, be 2m/s2, can determine that described the second judged result characterizes smart mobile phone A and moves back and forth with described the first acceleration, can determine that described the second judged result characterizes described attitude variation and meets described predetermined condition, if be 3m/s2 in described the first acceleration rate threshold, can determine that described the second judged result characterizes smart mobile phone A and with described the first acceleration, do not carry out directed movement, can determine that described the second judged result characterizes described attitude variation and do not meet described predetermined condition.
When described the second judged result shows that described attitude variation meets predetermined condition, perform step 103, control described electronic equipment and switch between described the first duty and described the second duty.
In specific implementation process, when showing described attitude variation, described the second judged result meets described predetermined condition, and described electronic equipment is when described screen lock state, and the current state of controlling described electronic equipment switches to described released state from described screen lock state; When described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described released state, the current state of controlling described electronic equipment switches to described screen lock state from described released state.
Due to when described attitude variation meets described predetermined condition, control described electronic equipment and carry out automatic unlocking, thereby make described electronic equipment enter described released state, compared with prior art, omitted wake operation and unlocking operation, by rocking or the described electronic equipment that overturns just can carry out release, simplified that to understand lock-step rapid, shortened the release time, and then be user-friendly to.
Specifically, when described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described blank screen state, the current state of controlling described electronic equipment switches to described bright screen state from described blank screen state; When described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described bright screen state, the current state of controlling described electronic equipment switches to described blank screen state from described bright screen state.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the application is while utilizing described sensing unit to judge that described electronic equipment generation attitude changes, when the described attitude variation of detection meets predetermined condition, control described electronic equipment switches between the first duty and the second duty, so, make at described electronic equipment during in dormancy or lock-out state, when described attitude variation meets described predetermined condition, electronic equipment described in release, make described electronic equipment enter released state, compared with prior art, omitted wake operation, and then shortened the time of release, thereby when having solved existing mobile terminal and having switched between screen locking or dormant state and released state, there is long technical matters of release time, and then realized the technique effect that shortens release time, make user's experience better.
Two, because the embodiment of the present application is to change the described electronic equipment of sign in described attitude to overturn, or, described attitude changes the described electronic equipment of sign and carries out directed movement with the first acceleration, or, when the described electronic equipment of described attitude variation sign moves back and forth with the first acceleration, just determine that described attitude variation meets described predetermined condition, make described attitude change and carry out restriction more specifically, cause judged result also more accurate, improved the security performance of described electronic equipment, more convenient user uses.
The application one embodiment provide a kind of electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, and described electronic equipment at least comprises sensing unit.
Wherein, described electronic equipment is such as being the electronic equipments such as panel computer, smart mobile phone, notebook computer, and further, described display unit is such as being the electronic equipments such as LCDs, LED touch-screen, LCD touch-screen.
Further, described sensing unit is one or more in acceleration transducer, geomagnetic sensor, gyroscope and light sensor.
Further, described the first duty is blank screen state, and described the second duty is bright screen state; And described the first duty is screen lock state, described the second duty is released state.
Specifically, take smart mobile phone as example, when described smart mobile phone is during in blank screen pattern, can only respond the operation of the touch screen that wakes described smart mobile phone up and regulate the operation of the volume of described smart mobile phone, and then to make described the first quantity be 2, when described smart mobile phone is during in bright screen state, described smart mobile phone can respond the operation of the power supply of closing described touch screen, and the operation of the volume of unlocking operation and the described smart mobile phone of adjusting etc., make described the second quantity for being less than 3 integers, and then make can respond the second quantity of user's operation when the first quantity that described electronic equipment can respond user's operation during in described the first duty is less than in described the second duty.
Again for example, when described smart mobile phone is during in screen lock state, described smart mobile phone only can respond the operation of the power supply of closing described touch screen, and the operation of the volume of unlocking operation and the described smart mobile phone of adjusting, thereby can determine that described the first quantity is 3, and at described smart mobile phone during in released state, not only can respond the operation of the power supply of closing described touch screen, regulate the operation of the volume of described smart mobile phone, revise the operation arranging in described smart mobile phone, and the operation of opening and closing application etc., making described the second quantity is to be greater than 3 integer, and then make can respond the second quantity of user's operation when the first quantity that described electronic equipment can respond user's operation during in described the first duty is less than in described the second duty.
Referring to Fig. 2, this electronic equipment comprises circuit board 201; Process chip 202, be arranged on circuit board 201, be used for utilizing sensing unit 203 to judge whether described electronic equipment attitude occurs and change, obtain the first judged result, and when described the first judged result shows that described electronic equipment generation attitude changes, further judge described attitude changes whether meet predetermined condition, obtain the second judged result, when described the second judged result shows that described attitude variation meets predetermined condition, control described electronic equipment and switch between described the first duty and described the second duty.
Wherein, circuit board 201 can be the mainboard of electronic equipment, and further, process chip 202 can be the process chip of unit, also can be integrated in processor.
Further, process chip 202 comprises the first judging unit, for at T1 constantly, utilize described sensing unit to obtain the first attitude of described electronic equipment, and at T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment, and judge that whether described the first attitude and described the second attitude characterize identical attitude, obtain described the first judged result.
Further, process chip 202 comprises the second judging unit, for judging whether described attitude variation characterizes described electronic equipment and overturn, and obtains described the second judged result.
Further, process chip 202 comprises the 3rd judging unit, for judging that described attitude changes whether characterize described electronic equipment with the first acceleration directed movement, obtains described the second judged result, wherein, described the first acceleration is more than or equal to the first acceleration rate threshold.
Further, process chip 202 comprises the 4th judging unit, for judging that described attitude changes whether characterize described electronic equipment with the first acceleration to-and-fro movement, obtains described the second judged result.
In specific implementation process, when showing described attitude variation, described the second judged result meets described predetermined condition, and described electronic equipment is when described screen lock state, and the current state of controlling described electronic equipment switches to described released state from described screen lock state; When described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described released state, the current state of controlling described electronic equipment switches to described screen lock state from described released state.
Due to when described attitude variation meets described predetermined condition, control described electronic equipment and carry out automatic unlocking, thereby make described electronic equipment enter described released state, compared with prior art, omitted wake operation and unlocking operation, by rocking or the described electronic equipment that overturns just can carry out release, simplified that to understand lock-step rapid, shortened the release time, and then be user-friendly to.
Specifically, when described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described blank screen state, the current state of controlling described electronic equipment switches to described bright screen state from described blank screen state; When described the second judged result shows that described attitude changes, meet described predetermined condition, and described electronic equipment is when described bright screen state, the current state of controlling described electronic equipment switches to described blank screen state from described bright screen state.
The one or more technical schemes that provide in the embodiment of the present application, at least have following technique effect or advantage:
One, because the application is while utilizing described sensing unit to judge that described electronic equipment generation attitude changes, when the described attitude variation of detection meets predetermined condition, control described electronic equipment switches between the first duty and the second duty, so, make at described electronic equipment during in dormancy or lock-out state, when described attitude variation meets described predetermined condition, electronic equipment described in release, make described electronic equipment enter released state, compared with prior art, omitted wake operation, and then shortened the time of release, thereby when having solved existing mobile terminal and having switched between screen locking or dormant state and released state, there is long technical matters of release time, and then realized the technique effect that shortens release time, make user's experience better.
Two, because the embodiment of the present application is to change the described electronic equipment of sign in described attitude to overturn, or, described attitude changes the described electronic equipment of sign and carries out directed movement with the first acceleration, or, when the described electronic equipment of described attitude variation sign moves back and forth with the first acceleration, just determine that described attitude variation meets described predetermined condition, make described attitude change and carry out restriction more specifically, cause judged result also more accurate, improved the security performance of described electronic equipment, more convenient user uses.
Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (13)
1. the method for an information processing, be applied in electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, described electronic equipment at least comprises sensing unit, and described method comprises:
Utilize described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result;
When described the first judged result shows that described electronic equipment generation attitude changes, further judge that described attitude changes whether meet predetermined condition, obtains the second judged result;
When described the second judged result shows that described attitude variation meets predetermined condition, control described electronic equipment and switch between described the first duty and described the second duty.
2. the method for claim 1, is characterized in that, described the first duty is blank screen state, and described the second duty is bright screen state.
3. the method for claim 1, is characterized in that, described the first duty is screen lock state, and described the second duty is released state.
4. the method for claim 1, is characterized in that, described sensing unit is one or more in acceleration transducer, geomagnetic sensor, gyroscope and light sensor.
5. the method for claim 1, is characterized in that, describedly utilizes described sensing unit to judge whether described electronic equipment attitude occurs and change, and obtains the first judged result, is specially:
At T1 constantly, utilize described sensing unit to obtain the first attitude of described electronic equipment; And
At T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment;
Judge whether described the first attitude and described the second attitude are identical attitude, obtain described the first judged result.
6. the method for claim 1, is characterized in that, describedly judges described attitude changes whether meet predetermined condition, obtains the second judged result, is specially:
Judge whether described attitude variation characterizes described electronic equipment and overturn, and obtains described the second judged result.
7. the method for claim 1, is characterized in that, describedly judges described attitude changes whether meet predetermined condition, obtains the second judged result, is specially:
Judge whether described attitude variation characterizes described electronic equipment and carry out directed movement with the first acceleration, obtains described the second judged result, and wherein, described the first acceleration is more than or equal to the first acceleration rate threshold.
8. the method for claim 1, is characterized in that, describedly judges described attitude changes whether meet predetermined condition, obtains the second judged result, is specially:
Judge whether described attitude variation characterizes described electronic equipment and move back and forth with the first acceleration, obtains described the second judged result.
9. an electronic equipment, described electronic equipment at least has the first duty and the second duty, first quantity that can respond user's operation during in described the first duty when described electronic equipment can respond the second quantity of user's operation while being less than in described the second duty, described electronic equipment at least comprises sensing unit, and described electronic equipment comprises:
Circuit board;
Process chip, be arranged on described circuit board, be used for utilizing described sensing unit to judge whether described electronic equipment attitude occurs and change, obtain the first judged result, and when described the first judged result shows that described electronic equipment generation attitude changes, further judge described attitude changes whether meet predetermined condition, obtain the second judged result, when described the second judged result shows that described attitude variation meets predetermined condition, control described electronic equipment and switch between described the first duty and described the second duty.
10. electronic equipment as claimed in claim 9, it is characterized in that, described process chip comprises the first judging unit, for at T1 constantly, utilize described sensing unit to obtain the first attitude of described electronic equipment, and at T2 constantly, utilize described sensing unit to obtain the second attitude of described electronic equipment, and judge whether described the first attitude and described the second attitude are identical attitude, obtain described the first judged result.
11. electronic equipments as claimed in claim 9, is characterized in that, described process chip comprises the second judging unit, for judging whether described attitude variation characterizes described electronic equipment and overturn, and obtains described the second judged result.
12. electronic equipments as claimed in claim 9, it is characterized in that, described process chip comprises the 3rd judging unit, be used for judging whether described attitude variation characterizes described electronic equipment and carry out directed movement with the first acceleration, obtain described the second judged result, wherein, described the first acceleration is more than or equal to the first acceleration rate threshold.
13. electronic equipments as claimed in claim 9, is characterized in that, described process chip comprises the 4th judging unit, for judging whether described attitude variation characterizes described electronic equipment and move back and forth with the first acceleration, obtains described the second judged result.
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