CN103677981B - state switching method and device - Google Patents

state switching method and device Download PDF

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Publication number
CN103677981B
CN103677981B CN201210322685.2A CN201210322685A CN103677981B CN 103677981 B CN103677981 B CN 103677981B CN 201210322685 A CN201210322685 A CN 201210322685A CN 103677981 B CN103677981 B CN 103677981B
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working condition
electronic equipment
condition
trigger event
switching
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CN103677981A (en
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蔡明祥
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D10/00—Energy efficient computing, e.g. low power processors, power management or thermal management

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Abstract

The invention discloses a kind of state switching method and device.This method is applied to the first electronic equipment, at least including input block and output unit, and at least includes the first and second working conditions, and second power consumption of first electronic equipment in the second working condition is less than the first power consumption in the first working condition.This method includes：When the first electronic equipment is in the first working condition, the first trigger event is detected, in the first working condition, input block and output unit are in enabled state；Judge whether the first trigger event meets predetermined switching condition；If the first trigger event meets the first switching condition, the first switching command is generated；And according to the first switching command, the first electronic equipment is switched to the second working condition from the first working condition, in the second working condition, input block is in enabled state and output unit is in non-enabled state.Therefore, in the present invention, the stand-by time of electronic equipment is extended, and improves Consumer's Experience.

Description

State switching method and device
Technical field
The present invention relates to field of computer technology, more particularly it relates to a kind of state switching method and device.
Background technology
In recent years, such as notebook, desktop computer, tablet personal computer（PAD）, mobile phone, multimedia Device, personal digital assistant（PDA）Etc electronic equipment popularize all the more.
With weeding out the old and bring forth the new for software program and hardware cell, the purposes of these electronic equipments is also extensive all the more.For example, this A little electronic equipments are except can be for operating in the various application programs run in the machine（Such as, music player）Outside, very To can also be used to carry out remote control to another electronic equipment, such as PAD is regard as television set（TV）Remote control so that use TV programme are more easily watched at family.
At present, these electronic equipments often have two kinds of working conditions, i.e. normal operating conditions and power saving operation state. In normal operating conditions, all hardware unit normal power-up in electronic equipment, and operated with high power.In order to subtract The power consumption of few electronic equipment simultaneously extends its stand-by time, after idle predetermined amount of time or according to user's needs, can be with Close some hardware cells of electronic equipment（Such as, input block, output unit etc.）, make it into power saving operation state.
At this moment, if the user desired that being operated again to electronic equipment, to manipulate the application program or right in the machine Another electronic equipment is remotely controlled, then electronic equipment from power saving operation state must be switched back to normal work shape again by user State.However, after corresponding operating has been performed, electronic equipment can may manually be switched to economize on electricity automatically or by user again Working condition.For example, user is when using electronic equipment to play music, adjustment may be accomplished by after a piece of music next The music primarily listened.And for example, user is when watching TV programme, it is likely that need continually channel change.This results in electronics Equipment needs the frequent switching between two working conditions, so as to largely consume the power consumption of electronic equipment, and to user with Direct experience loss is carried out.
Accordingly, it would be desirable to which a kind of new state switching method and device solve the above problems.
The content of the invention
In order to solve the above-mentioned technical problem, according to an aspect of the invention, there is provided a kind of state switching method, described Method is applied to the first electronic equipment, and first electronic equipment at least includes input block and output unit, and described the One electronic equipment has multiple working conditions, and the multiple working condition at least includes the first working condition and the second work shape State, second power consumption of first electronic equipment in second working condition is less than first electronic equipment described the The first power consumption in one working condition, it is characterised in that methods described includes：When first electronic equipment is in described first When in working condition, the first trigger event is detected, wherein in first working condition, the input block and the output Unit is in enabled state；Judge whether first trigger event meets predetermined switching condition；If the first triggering thing Part meets the first switching condition, then generates the first switching command；And according to first switching command, by first electronics Equipment is switched to second working condition from first working condition, wherein in second working condition, it is described defeated Enter unit in enabled state and the output unit is in non-enabled state.
In addition, according to another aspect of the present invention there is provided a kind of state switching method, methods described is applied to the first electricity Sub- equipment, first electronic equipment has multiple working conditions, the multiple working condition at least include the first working condition, Second working condition, the 3rd working condition and the 4th working condition, first electronic equipment is in second working condition The second power consumption be less than first power consumption of first electronic equipment in first working condition；And first electronics Fourth power consumption of the equipment in the 4th working condition is less than first electronic equipment in the 3rd working condition 3rd power consumption, it is characterised in that methods described includes：When first electronic equipment is in first working condition or described When in the 3rd working condition, the first trigger event is detected；Judge whether first trigger event meets predetermined switching condition；Such as Really described first trigger event meets the first switching condition, then judges that first electronic equipment is in first working condition In be in the 3rd working condition；, will if first electronic equipment is in first working condition First electronic equipment is switched to second working condition from first working condition；And if first electronics Equipment is in the 3rd working condition, then first electronic equipment is switched into described the from the 3rd working condition Four working conditions.
According to another aspect of the invention there is provided a kind of state switching device, described device is set applied to the first electronics Standby, first electronic equipment at least includes input block and output unit, and first electronic equipment has multiple works Make state, the multiple working condition at least includes the first working condition and the second working condition, and first electronic equipment exists The second power consumption in second working condition is less than first work(of first electronic equipment in first working condition Consumption, it is characterised in that described device includes：Detection unit, for being in the described first work shape when first electronic equipment When in state, the first trigger event is detected, wherein in first working condition, at the input block and the output unit In enabled state；Judging unit, for judging whether first trigger event meets predetermined switching condition；Generation unit, is used If meeting the first switching condition in first trigger event, the first switching command is generated；And switch unit, for root According to first switching command, first electronic equipment is switched to the second work shape from first working condition State, wherein in second working condition, the input block is in enabled state and the output unit is in non-make Can state.
According to another aspect of the invention there is provided a kind of state switching device, described device is set applied to the first electronics Standby, first electronic equipment has multiple working conditions, and the multiple working condition at least includes the first working condition, second Working condition, the 3rd working condition and the 4th working condition, first electronic equipment in second working condition Two power consumptions are less than first power consumption of first electronic equipment in first working condition；And first electronic equipment The 4th power consumption in the 4th working condition is less than the 3rd of first electronic equipment in the 3rd working condition Power consumption, it is characterised in that described device includes：Detection unit, for being in the described first work when first electronic equipment When in state or the 3rd working condition, the first trigger event is detected；Judging unit, for judging first trigger event Whether predetermined switching condition is met；And if first trigger event meets the first switching condition, then judge described first Electronic equipment is in first working condition and is in the 3rd working condition；Switch unit, if for institute State the first electronic equipment to be in first working condition, then cut first electronic equipment from first working condition Change to second working condition；And if first electronic equipment is in the 3rd working condition, then will be described First electronic equipment is switched to the 4th working condition from the 3rd working condition.
Compared with prior art, using the state switching method and device according to the present invention, electronic device can be worked as When in the high-power operation state of wherein input block and output unit all in enabled state, judge whether to meet specific cut Condition is changed, and when meeting the specific switching condition, then electronic equipment is switched to from high-power operation state and wherein inputs list Member is in the mid power working condition of non-enabled state in enabled state and output unit.Therefore, in the present invention, may be used Enable a user in the state that output unit is closed and input block is opened, electricity is operated with the power consumption of medium level Sub- equipment, it is to avoid frequent switching of the electronic equipment between high-power operation state and low-power operation state, so as to extend The stand-by time of electronic equipment, and improve Consumer's Experience.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification Obtain it is clear that or being understood by implementing the present invention.The purpose of the present invention and other advantages can be by specification, rights Specifically noted structure is realized and obtained in claim and accompanying drawing.
Brief description of the drawings
Accompanying drawing is used for providing a further understanding of the present invention, and constitutes a part for specification, the reality with the present invention Applying example is used to explain the present invention together, is not construed as limiting the invention.In the accompanying drawings：
Fig. 1 illustrates the first state switching method according to the present invention.
Fig. 2 illustrates the first state switching device according to the present invention.
Fig. 3 illustrates the first state figure of the first electronic equipment according to embodiments of the present invention.
Fig. 4 illustrates first state switching system according to embodiments of the present invention.
Fig. 5 illustrates the first state switching method from the first working condition according to a first embodiment of the present invention.
Fig. 6 illustrates the first state switching method from the second working condition according to a second embodiment of the present invention.
Fig. 7 illustrates the first state switching method from the 3rd working condition according to a third embodiment of the present invention.
Fig. 8 illustrates the second state switching method according to the present invention.
Fig. 9 illustrates the second state switching device according to the present invention.
Figure 10 illustrates the second state diagram of the first electronic equipment according to embodiments of the present invention.
Figure 11 illustrates the second state switching system according to embodiments of the present invention.
Figure 12 illustrates the second state switching method according to embodiments of the present invention.
Embodiment
It will be described in detail with reference to the accompanying drawings each embodiment according to the present invention.Here it is to be noted that it in the accompanying drawings, Identical reference is assigned to the part substantially with same or like 26S Proteasome Structure and Function, and will be omitted on it Repeated description.
Hereinafter, reference Fig. 1 and Fig. 2 is described to the first state switching method and apparatus according to the present invention.
Fig. 1 illustrates the first state switching method according to the present invention, and Fig. 2 illustrates the first state according to the present invention Switching device.
First state switching method illustrated in Fig. 1 is applied to the first electronic equipment, and first electronic equipment is at least wrapped Input block and output unit are included, and first electronic equipment has multiple working conditions, and the multiple working condition is extremely Include the first working condition and the second working condition, second work(of first electronic equipment in second working condition less Consumption is less than first power consumption of first electronic equipment in first working condition.
The first state switching method is realized by the first state switching device illustrated in Fig. 2.Specifically, described One state switching device 100 includes：Detection unit 110, judging unit 120, generation unit 130 and switch unit 140.
As illustrated in figure 1, the first state switching method includes：
In step s 110, when first electronic equipment is in first working condition, detection unit 110 is examined The first trigger event is surveyed, wherein in first working condition, the input block and the output unit are in and enable shape State；
In the step s 120, judging unit 120 judges whether first trigger event meets predetermined switching condition；
In step s 130, if first trigger event meets the first switching condition, the generation of generation unit 130 the One switching command；And
In step S140, according to first switching command, switch unit 140 is by first electronic equipment from described First working condition is switched to second working condition, wherein in second working condition, the input block is in Enabled state and the output unit are in non-enabled state.
As can be seen here, using the first state switching method and apparatus according to the present invention, electronic device can be worked as and existed When wherein input block and output unit are all in the high-power operation state of enabled state, judge whether to meet specific switching Condition, and when meeting the specific switching condition, then electronic equipment is switched to wherein input block from high-power operation state The mid power working condition in non-enabled state in enabled state and output unit.Therefore, in the present invention it is possible to Allow users in the state that output unit is closed and input block is opened, electronics is operated with the power consumption of medium level Equipment, it is to avoid frequent switching of the electronic equipment between high-power operation state and low-power operation state, so as to extend The stand-by time of electronic equipment, and improve Consumer's Experience.
Hereinafter, first state switching method and dress according to embodiments of the present invention are described into reference Fig. 3 and Fig. 4 Put.
Fig. 3 illustrates the first state figure of the first electronic equipment 200 according to embodiments of the present invention, and Fig. 4 illustrates root According to the first state switching system of the embodiment of the present invention.
The first state figure of the first electronic equipment 200 according to embodiments of the present invention illustrated in Fig. 3 can pass through Fig. 4 institutes The first state switching system 300 of diagram is realized.As illustrated in figure 4, the first state switching system 300 includes：First The electronic equipment 200 of state switching device 100 and first.First electronic equipment 200 at least includes：Input block 210 and output Unit 220.
As illustrated in fig. 3, first electronic equipment 200 has multiple working conditions, and the multiple working condition can be with Including the first working condition S1, the second working condition S2 and the 3rd working condition S3.First electronic equipment 200 is described The second power consumption in two working condition S2 is less than first work(of first electronic equipment 200 in the first working condition S1 Consume, and threeth power consumption of first electronic equipment 200 in the 3rd working condition S3 is set less than first electronics Standby 200 the second power consumption in the second working condition S2.
For example, when first electronic equipment 200 is in the first working condition S1, the He of input block 210 The output unit 220 can be high-power operation state all in enabled state, i.e. the first working condition S1；When first electricity When sub- equipment 200 is in the second working condition S2, the input block 210 may be at enabled state and described defeated It is mid power working condition to go out unit 220 to may be at non-enabled state, i.e. the second working condition S2；And when first electricity When sub- equipment 200 is in the 3rd working condition S3, the input block 210 and the output unit 220 can all be located In non-enabled state, i.e. the 3rd working condition S3 be low-power operation state.
First state switching device 100 can control the first electronic equipment 200 so that the first electronic equipment 200 is above-mentioned Switched between three working conditions.So, when user is needed normally using the first electronic equipment 200, it can be cut The first working condition S1 is changed to, to perform input operation using input block 210 and to be performed using output unit 220 defeated simultaneously Go out operation, so as to obtain optimal interactive experience；When user need only to using the first electronic equipment 200 input block 210, During without using output unit 220, it can be switched to the second working condition S2, to be performed using input block 210 Input operation, and output unit 220 is entered non-enabled state simultaneously（For example, output unit 220 is powered off）, so that in user Realize and balance between operation and stand-by time；And when user need not use the first electronic equipment 200, it can be switched To the 3rd working condition S3, to make input block 210 and output unit 220 while entering non-enabled state, so as to reduce not Necessary power consumption, extends the stand-by time of the first electronic equipment 200.
As can be seen here, using first state switching method and apparatus according to embodiments of the present invention, except high power consumption work Outside state and low-power consumption working condition, one or more work with medium level power consumption can also be provided to electronic equipment State, and electronic equipment is switched to by the work with different power consumption for the practical operation demand of electronic equipment according to user Make state so that optimal balance is obtained between the operating experience of user and the power consumption of electronic equipment.
Hereinafter, it will describe according to embodiments of the present invention to be used for the progress between different conditions with reference to Fig. 5 to Fig. 7 The first state switching method of switching.
Fig. 5 illustrates the first state switching method from the first working condition according to a first embodiment of the present invention.
Fig. 5 method illustrated can be realized by the first state switching system 300 illustrated in Fig. 4.As Fig. 4 schemes Show, the first state switching system 300 includes：The electronic equipment 200 of first state switching device 100 and first.First shape State switching device 100 includes：Detection unit 110, judging unit 120, generation unit 130 and switch unit 140.Also, this One electronic equipment 200 at least includes：Input block 210 and output unit 220.
The first state switching device 100 is linked together with first electronic equipment 200 by various modes.Example Such as, the first state switching device 100 can be integrated in the CPU of first electronic equipment 200（It is not shown）In, Or the first state switching device 100 can be connected to first electronic equipment 200 via wired or wireless communication network.
Although here, the example of tablet personal computer as the first electronic equipment 200 is come in the following examples of the present invention Illustrate, but the invention is not restricted to this.But, first state switching method according to embodiments of the present invention can also be answered For other electronic equipments such as notebook, desktop computer, mobile phone, personal digital assistant.
As illustrated in fig. 5, first state switching method according to a first embodiment of the present invention includes：
In step S210, the first trigger event is detected.
Specifically, when user want the first electronic equipment 200 as tablet personal computer is performed operation, with play music or When controlling other electronic equipments, the user performs power-on operation firstly for tablet personal computer 200, makes it into the first working condition S1.In first working condition S1, all hardware unit normal work of tablet personal computer 200.For example, tablet personal computer 200 Input block 210（Such as, the touch function of touch-screen, microphone, shooting are first-class）Can be according to the various inputs of user（It is all Such as, touch, sound, image etc.）Generate input signal；Meanwhile, the output unit 220 of tablet personal computer 200（Such as, touch-screen Display function, loudspeaker etc.）Various output signals to user can be exported according to the control of CPU（Image, sound Deng）.
Now, in first state switching device 100, detection unit 110 can detect whether the first trigger event occurs. Such as, first trigger event can include：Tablet personal computer 200 is in the idle, power knob of tablet personal computer 200 and is pressed Deng.When detection unit 110, which is detected, has occurred and that the first trigger event, the detection unit 110 is notified to judging unit 120 should First trigger event.
In step S220, judge whether first trigger event meets predetermined switching condition.
After the first trigger event is received, judging unit 120 judges whether first trigger event meets predetermined Switching condition.
Specifically, the judging unit 120 first determines whether whether first trigger event meets triggering switching condition.Example Such as, the triggering switching condition can idle predetermined time period including tablet personal computer 200（Such as, 2 minutes）, tablet personal computer 200 power knob has been pressed predetermined duration（Such as, 1 second）Etc..
When judging that first trigger event meets triggering switching condition, the judging unit 120 then continues to judge The functional mode that tablet personal computer 200 is presently in.The functional mode can be according to operational requirements of the user for tablet personal computer 200 And at least it is divided into the first functional mode and the second functional mode.
In the first functional mode, user can be by only operating the input block 210 of the first electronic equipment 200（It is all Such as, the touch-input function of tablet personal computer）To realize function.In one example, when user is played using the tablet personal computer 200 During music, the user completely can be in the case where closing the screen display function of touch-screen, just with the touch of touch-screen Function easily controls the broadcasting of music, for example, increased by upward sliding screen volume, by slide downward screen come Reduce volume, a upper song for currently playing song is selected by sliding screen to the left, selected by sliding screen to the right Select next song of currently playing song etc..In another example, when user is such as electric come remote control using the tablet personal computer 200 Depending on the second electronic equipment of machine etc（It is not shown）When, the user also can close the screen display function of touch-screen completely In the case of, TV is easily watched just with the touch function of touch-screen, for example, increasing frequency by upward sliding screen Taoist monastic name, channel number reduced by slide downward screen, increases volume by sliding screen to the left, by sliding screen to the right To reduce volume etc..
In the second functional mode, user must be by while operate the input block 210 of the first electronic equipment 200（It is all Such as, the touch-input function of tablet personal computer）With output unit 220（Such as, the display output function of tablet personal computer）To realize spy Determine function.For example, user is played using tablet personal computer 200, browses webpage etc..
If first trigger event meets the triggering switching condition, and if first electronic device In first functional mode, then judging unit 120 judges that first trigger event meets the first switching condition, and This method proceeds to step S230；And if first trigger event meets the triggering switching condition, and if institute The first electronic device is stated in second functional mode, then judging unit 120 judges that first trigger event expires The second switching condition of foot, and this method proceeds to step S250.
In step S230, the first switching command is generated.
Specifically, when judging that first trigger event meets first switching condition in step S220, judge Unit 120 notifies this judged result to generation unit 130.Then, generation unit 130 generates the first switching command, and this first Switching command is used to tablet personal computer 200 being switched to the second working condition S2 from the first working condition S1.
In step S240, first electronic equipment is switched to the second work shape from first working condition State.
After the first switching command is received, switch unit 140 performs switching behaviour to tablet personal computer 200 according to the instruction Make, the tablet personal computer 200 in the first working condition S1 is switched to the second working condition S2.For example, the switch unit 140 The bias light of the touch-screen of tablet personal computer 200 can be closed, while retaining the touch recognition function of touch-screen.Now, tablet personal computer 200 can perform the function of such as playing music, RTV remote television etc in the case of medium power consumption.
In step s 250, the second switching command is generated.
Specifically, when judging that first trigger event meets second switching condition in step S220, judge Unit 120 notifies this judged result to generation unit 130.Then, generation unit 130 generates the second switching command, and this second Switching command is used to tablet personal computer 200 being switched to the 3rd working condition S3 from the first working condition S1.
In step S260, first electronic equipment is switched to the 3rd work shape from first working condition State.
After the second switching command is received, switch unit 140 performs switching behaviour to tablet personal computer 200 according to the instruction Make, the tablet personal computer 200 in the first working condition S1 is switched to the 3rd working condition S3.For example, the switch unit 140 The bias light of the touch-screen of tablet personal computer 200 can be closed, the touch recognition function of touch-screen is simultaneously closed off.Now, tablet personal computer 200 can enter low power consumpting state, to extend the stand-by time of tablet personal computer 200.
As can be seen here, can be according to electricity using first state switching method and apparatus according to a first embodiment of the present invention Functional mode residing for sub- equipment（For example, if as the remote control of another equipment, whether run specific application program）Come Judge the electronic equipment whether can support only be used only input block operator scheme, and automatically by electronic equipment from compared with High power consumption working condition is switched to different lower power consumption working conditions, so as to fully take into account the situation of user's current demand Under, provide optimal energy-saving mode to electronic equipment.
Fig. 6 illustrates the first state switching method from the second working condition according to a second embodiment of the present invention.
As illustrated in FIG. 6, first state switching method according to a second embodiment of the present invention includes：
In step S310, the second trigger event is detected.
Specifically, can be by order to economize on electricity as described above, when tablet personal computer 200 is operated in first functional mode Tablet personal computer 200 is switched to the second working condition S2.At this moment, user may need to be switched to tablet personal computer into the of more power saving Three working condition S3, or may need to switch back to tablet personal computer into the first working condition S1 of high power consumption again, to realize More operations.
Now, in first state switching device 100, detection unit 110 can detect whether the second trigger event occurs. Such as, second trigger event can include：Tablet personal computer 200 be in the idle, power knob of tablet personal computer 200 or other Button is pressed, touch operation etc. is received on the touch-screen of tablet personal computer 200.Sent out when detection unit 110 is detected During raw second trigger event, the detection unit 110 notifies second trigger event to judging unit 120.
In step s 320, judge whether second trigger event meets predetermined switching condition.
After the second trigger event is received, judging unit 120 judges whether second trigger event meets predetermined Switching condition.
For example, the predetermined switching condition can idle predetermined time period including tablet personal computer 200（Such as, 2 minutes Or longer 10 minutes）, tablet personal computer 200 power knob clicked, the power knob of tablet personal computer 200 be pressed it is pre- Fixed duration（Such as, 3 seconds）Or double-clicked, predetermined touch action is received on the touch-screen of tablet personal computer 200（It is all Such as, circle is drawn on the touchscreen）Etc..
If second trigger event meets a certain specific switching condition（Such as, tablet personal computer 200 idles predetermined Period）, then judging unit 120 judges that second trigger event meets the 3rd switching condition, and this method is proceeded to Step S330；And if second trigger event meets another specific switching condition（Such as, the power supply of tablet personal computer 200 Button is clicked）, then judging unit 120 judge that second trigger event meets the 4th switching condition, and before this method Enter step S350.
In step S330, the 3rd switching command is generated.
In step S340, first electronic equipment is switched to the 3rd work shape from second working condition State.
After the 3rd switching command of the generation of generation unit 130 is received, switch unit 140 is according to the instruction to flat board Computer 200 performs handover operation, and the tablet personal computer 200 in the second working condition S1 is switched into the 3rd working condition S3. So, when user does not operate tablet personal computer 200 for a long time, or according to the demand of user, tablet personal computer 200 can be automatic Or manually it is switched to the working condition with more low-power consumption.
In step S350, the 4th switching command is generated.
In step S360, first electronic equipment is switched to the first work shape from second working condition State.
After the 4th switching command of the generation of generation unit 130 is received, switch unit 140 is according to the instruction to flat board Computer 200 performs handover operation, and the tablet personal computer 200 in the second working condition S1 is switched into the first working condition S1. So, can be by tablet personal computer when user needs to operate the input block 210 and output unit 220 of tablet personal computer 200 simultaneously 200 are switched to the working condition with high power consumption, to realize optimal interactive operation.
As can be seen here, using first state switching method and apparatus according to a second embodiment of the present invention, can according to Electronic equipment is switched to higher or lower power consumption working condition by the demand at family from medium power consumption working condition, so that preferably real Existing man-machine interaction or the power consumption for preferably saving electronic equipment.
Fig. 7 illustrates the first state switching method from the 3rd working condition according to a third embodiment of the present invention.
As illustrated in figure 7, first state switching method according to a third embodiment of the present invention includes：
In step S410, the 3rd trigger event is detected.
In the step s 420, judge whether the 3rd trigger event meets predetermined switching condition.
In step S430, the 5th switching command is generated.
In step S440, first electronic equipment is switched to the second work shape from the 3rd working condition State.
In step S450, the 6th switching command is generated.
In step S460, first electronic equipment is switched to the first work shape from the 3rd working condition State.
Similarly, when tablet personal computer 200 is in the 3rd working condition S3, detection unit 110 can detect that the 3rd touches Whether hair event occurs.Judging unit 120 judges whether the 3rd trigger event meets predetermined switching by following operation Condition：Judge whether the 3rd trigger event meets triggering switching condition, and judge that first electronic device exists Also operated in first functional mode in second functional mode；If the 3rd trigger event meets described touch Switching condition is sent out, and if first electronic device is in first functional mode, then judging unit 120 judges Go out the 3rd trigger event and meet the 5th switching condition；And if the 3rd trigger event meets the triggering and cut Condition is changed, and if first electronic device is in second functional mode, then judging unit 120 judges institute State the 3rd trigger event and meet the 6th switching condition.
If the 3rd trigger event meets the 5th switching condition, generation unit 130 generates the 5th switching command；And And if the 3rd trigger event meets the 6th switching condition, then generation unit 130 generates the 6th switching command.
Switch unit 140 is according to the 5th switching command, by first electronic equipment from the 3rd working condition S3 is switched to the second working condition S2；Or according to the 6th switching command, by first electronic equipment from described 3rd working condition S3 is switched to the first working condition S1.
As can be seen here, can be according to electricity using first state switching method and apparatus according to a third embodiment of the present invention Whether sub- equipment can support that the operator scheme of input block is only used only, and automatically by electronic equipment from lower power consumption work Different higher power dissipation working conditions are switched to as state, so as to fully take into account user's current demand and extend electricity as far as possible In the case of the stand-by time of sub- equipment, optimal operator scheme is provided to electronic equipment.
In addition to the above-mentioned first state switching method and apparatus according to the present invention, root is additionally provided in the present invention According to the second state switching method and device of the present invention.Hereinafter, with reference to Fig. 8 and Fig. 9 the according to the present invention will be described Two-state switching method and apparatus.
Fig. 8 illustrates the second state switching method according to the present invention, and Fig. 9 illustrates the second state according to the present invention Switching device.
The second state switching method illustrated in Fig. 8 is applied to the first electronic equipment, and first electronic equipment has many Individual working condition, the multiple working condition at least include the first working condition, the second working condition, the 3rd working condition and 4th working condition, second power consumption of first electronic equipment in second working condition is set less than first electronics Standby the first power consumption in first working condition；And first electronic equipment in the 4th working condition Four power consumptions are less than threeth power consumption of first electronic equipment in the 3rd working condition.
Second state switching method is realized by the second state switching device illustrated in Fig. 9.Specifically, described Two-state switching device 500 includes：Detection unit 510, judging unit 520 and switch unit 530.
As illustrated in Figure 8, second state switching method includes：
In step S510, when first electronic equipment is in first working condition or the 3rd working condition When middle, detection unit 510 detects the first trigger event；
In step S520, judging unit 520 judges whether first trigger event meets predetermined switching condition；
In step S530, if first trigger event meets the first switching condition, judging unit 520 judges institute The first electronic equipment is stated to be in the 3rd working condition in first working condition；
In step S540, if first electronic equipment is in first working condition, switch unit 530 First electronic equipment is switched to second working condition from first working condition；And
In step S550, if first electronic equipment is in the 3rd working condition, switch unit 530 First electronic equipment is switched to the 4th working condition from the 3rd working condition.
As can be seen here, using the second state switching method and device according to the present invention, electronic device can be worked as and existed When in two different high-power operation states, judge whether to meet same specific switching condition, and the same spy ought be met Determine switching condition, then electronic equipment is switched to two different low-power works respectively from two different high-power operation states Make state.Therefore, in the present invention it is possible to so that according to same switching condition come by electronic equipment from two different work State is switched to two other different working condition respectively, it is to avoid electronic equipment is simply in a high-power operation state Frequent switching between a low-power operation state, so as to extend the stand-by time of electronic equipment, and improves use Experience at family.
Hereinafter, the second state switching method and dress according to embodiments of the present invention are described into reference Figure 10 and Figure 11 Put.
Figure 10 illustrates the second state diagram of the first electronic equipment 200 according to embodiments of the present invention, and Figure 11 is illustrated Second state switching system according to embodiments of the present invention.
Second state diagram of the first electronic equipment 200 according to embodiments of the present invention illustrated in Figure 10 can pass through Figure 11 Illustrated the second state switching system 600 is realized.As illustrated in Figure 10, the second state switching system 600 includes：The The electronic equipment 200 of two-state switching device 500 and first.First electronic equipment 200 at least includes：Input block 210 and defeated Go out unit 220.
As illustrated in Figure 10, first electronic equipment 200 has multiple working conditions, and the multiple working condition can be with Including the first working condition S1, the second working condition S2, the 3rd working condition S3 and the 4th working condition S4.First electronics Second power consumption of the equipment 200 in the second working condition S2 is less than first electronic equipment 200 in the described first work The first power consumption in state S1, and fourth small power consumption of first electronic equipment 200 in the 4th working condition S4 In threeth power consumption of first electronic equipment 200 in the 3rd working condition S3.
For example, when first electronic equipment 200 is in the working condition S3 of the first working condition S1 or described 3rd When, the input block 210 and the output unit 220 can be all in enabled states, i.e. the first working condition S1 and the 3rd Working condition S3 is high-power operation state；It is described when first electronic equipment 200 is in the second working condition S2 Input block 210 may be at enabled state and the output unit 220 may be at non-enabled state, i.e., the second work shape State S2 is mid power working condition；And it is described when first electronic equipment 200 is in the 4th working condition S4 Input block 210 and the output unit 220 can be lowest power works all in non-enabled state, i.e. the 4th working condition S4 Make state.
, herein equally can be according to user for the first electronic equipment 200 as described in first state switching method Operational requirements and its functional mode is at least divided into the first functional mode and the second functional mode.In one example, In first functional mode, first electronic equipment 200 is used to remotely control the second electronic equipment（It is not shown）'s Operation（Such as, remote-controlled television set）；And in second functional mode, first electronic equipment 200 is not used in remotely Ground controls the operation of the second electronic equipment.In another example, in first functional mode, first electronic equipment 200 are used to run the first application program（Such as, music program）；And in second functional mode, described first Electronic equipment 200 is used to perform the second application program（Such as, games）.
When operation is in first functional mode, the first electronic equipment 200 at least includes first working condition S1 and the second working condition S2；And when operation is in second functional mode, the first electronic equipment 200 is at least wrapped Include the 3rd working condition S3 and the 4th working condition S4.
As can be seen here, using the second state switching method according to embodiments of the present invention and device, the second state switching dress Putting 500 can control the first electronic equipment 200 to be switched between aforementioned four working condition.So, when user needs When normally using the first electronic equipment 200 in the first functional mode, it can be switched to the first working condition S1；And work as and use When family needs normally to use the first electronic equipment 200 in the second functional mode, it can be switched to the 3rd working condition S3, So as to obtain optimal interactive experience.However, when user needs to use the first electricity with lower power consumption in the first functional mode During sub- equipment 200, it can be switched to by the second working condition S2 according to a certain switching condition；And when user is needed the Used during the first electronic equipment 200, can be switched it according to same switching condition with lower power consumption in two functional modes To the 4th working condition S4, so as to obtain most long use time.Therefore so that user can be simply in operating experience and electricity Optimal balance is obtained between the stand-by time of sub- equipment.
Hereinafter, the second state switching method according to embodiments of the present invention will be described with reference to Figure 12.
Figure 12 illustrates the second state switching method according to embodiments of the present invention.
Figure 12 method illustrated can be realized by the second state switching system 600 illustrated in Figure 11.Such as Fig. 4 institutes Diagram, the second state switching system 600 includes：Second state switching device 500 and the first electronic equipment 200.This second State switching device 500 includes：Detection unit 510, judging unit 520 and switch unit 530.Also, first electronic equipment 200 at least include：Input block 210 and output unit 220.
As illustrated in Figure 12, the second state switching method according to embodiments of the present invention includes：
In step S610, the first trigger event is detected.
Specifically, when user, which wants to perform the first electronic equipment 200 as tablet personal computer, to be operated, the user is first Power-on operation is performed for tablet personal computer 200.After power-up, the application program run depending on user（Such as, music Program；Remote control procedure for equipment such as television set, sound equipments；Games；Web browsing application）, in other words, depend on whether Need to be operated using input block, tablet personal computer 200 may operate in the first functional mode or the second functional mode, and Thus, operate in the first working condition S1 or the 3rd working condition S3, in the works of the first working condition S1 or described 3rd Make in state S3, the input block 210 and the output unit 220 are in enabled state.
At this moment, in the second state switching device 500, detection unit 510 can detect whether the first trigger event occurs.
In step S620, judge whether first trigger event meets predetermined switching condition.
Specifically, judging unit 520 judges whether first trigger event meets predetermined switching condition.
In step S630, judge that the first electronic equipment is in the first working condition and be in the 3rd working condition In.
If first trigger event meets the first switching condition, judging unit 520 determines whether the first electronics Equipment is in the first working condition S1 and is in the 3rd working condition S3.
In step S640, the first electronic equipment is switched to the second working condition from the first working condition.
If first electronic equipment 200 is in the first working condition S1, switch unit 530 will be operated First electronic equipment of first functional mode is switched to the second working condition S2 from the first working condition S1, In the second working condition S2, the input block 210 is in enabled state and the output unit 220 is in non-enable State.For example, the switch unit 530 can close the bias light of the touch-screen of tablet personal computer 200, while retaining the touch of touch-screen Identification function.Now, tablet personal computer 200 can be performed in the case of medium power consumption and such as play music, RTV remote television etc Function.
In step S650, the first electronic equipment is switched to the 4th working condition from the 3rd working condition.
If first electronic equipment 200 is in the 3rd working condition S3, switch unit 530 will be operated First electronic equipment of second functional mode is switched to the 4th working condition S4 from the 3rd working condition S3, In the 4th working condition S4, the input block 210 and the output unit 220 are in non-enabled state.For example, this is cut The bias light of the touch-screen of tablet personal computer 200 can be closed by changing unit 530, simultaneously close off the touch recognition function of touch-screen.Now, Tablet personal computer 200 can enter low power consumpting state, to extend the stand-by time of tablet personal computer 200.
In step S660, the second trigger event is detected.
Specifically, when first electronic equipment 200 is in the working conditions of the second working condition S2 or described 4th When in S4, because user may wish to perform tablet personal computer 200 more complicated operation, it is possible that needing to tablet personal computer 200 output unit 220 is powered back up.
At this moment, in the second state switching device 500, detection unit 510 can detect whether the second trigger event occurs.
In step S670, judge whether second trigger event meets predetermined switching condition.
Specifically, judging unit 520 judges whether second trigger event meets predetermined switching condition.
In step S680, judge that the first electronic equipment is in the second working condition and be in the 4th working condition In.
If second trigger event meets the second switching condition, judging unit 520 determines whether the first electronics Equipment is in the second working condition S2 and is in the 4th working condition S4.
In step S690, the first electronic equipment is switched to the first working condition from the second working condition.
If first electronic equipment 200 is in the second working condition S2, switch unit 530 will be operated First electronic equipment of first functional mode is switched to the first working condition S1 from the second working condition S2.Example Such as, the switch unit 530 can open the bias light of the touch-screen of tablet personal computer 200, while the touch for still retaining touch-screen is known Other function.Now, tablet personal computer 200, using the display screen of tablet personal computer 200, can perform use in the case of high power consumption In the more complicated operation for the function of such as playing music, RTV remote television etc.
In step S700, the first electronic equipment is switched to the 3rd working condition from the 4th working condition.
If first electronic equipment 200 is in the 4th working condition S4, switch unit 530 will be operated First electronic equipment of second functional mode is switched to the 3rd working condition S3 from the 4th working condition S4.Example Such as, the switch unit 530 can open the bias light of the touch-screen of tablet personal computer 200, while opening the touch recognition work(of touch-screen Energy.Now, tablet personal computer 200 can be performed for each in the case of high power consumption, using the display screen of tablet personal computer 200 Plant function（Such as, first functional mode etc. is entered from the second functional mode）More complicated operation.
In addition, when operation the first functional mode first electronic equipment 200 be in described second work shape When in state S2, detection unit 510 can also detect the 3rd trigger event；Then judging unit 520 judges the 3rd triggering thing Whether part meets predetermined switching condition；And if the 3rd trigger event meets the 3rd switching condition, then switch unit 530 First electronic equipment 200 is switched to the 4th working condition S4 from the second working condition S2, so as to by first The power consumption of electronic equipment 200 is preferably minimized.
Similarly, when operation the first functional mode first electronic equipment 200 be in the 4th working condition S4 When middle, detection unit 510 can also detect the 4th trigger event；Then judging unit 520 judges that the 4th trigger event is It is no to meet predetermined switching condition；And if the 4th trigger event meets the 4th switching condition, then switch unit 530 is by institute State the first electronic equipment 200 and be switched to the second working condition S2 from the 4th working condition S4, so that the first electronics is set Standby 200 continue to be operated under the first functional mode with relatively low power consumption.Therefore, when operation is in first functional mode When middle, in addition to including the first working condition S1 and the second working condition S2, first electronic equipment 200 is also The 4th working condition S4 can be included.
As can be seen here, using the second state switching method according to embodiments of the present invention and device, the first electricity can be controlled Sub- equipment 200 is switched between aforementioned four working condition, so that according to the operator scheme of electronic equipment, handover trigger thing Part and predetermined switching condition are come the working condition of automatically adjustment electronic equipment so that user sets in operating experience and electronics Optimal balance is obtained between standby stand-by time.
Through the above description of the embodiments, those skilled in the art can be understood that the present invention can be by Realized in the mode of software plus required hardware platform, naturally it is also possible to all implemented by software or hardware.Based on this The understanding of sample, what technical scheme contributed to background technology in whole or in part can be in the form of software product Embody, the computer software product can be stored in storage medium, such as ROM/RAM, disk, CD, including it is some Instruction is to cause a computer equipment（Can be personal computer, server, or network equipment etc.）Perform the present invention Method described in some parts of each embodiment or embodiment.
Each embodiment of the present invention has been described in detail above.However, it should be appreciated by those skilled in the art that not taking off In the case of principle and spirit from the present invention, these embodiments can be carried out with various modifications, combination or sub-portfolio, and so Modification should fall within the scope of the present invention.

Claims (28)

1. a kind of state switching method, methods described is applied to the first electronic equipment, first electronic equipment at least includes defeated Enter unit and output unit, the input block generates input signal according to the input of user, and
First electronic equipment has multiple working conditions, and the multiple working condition at least includes the first working condition and the Two working conditions, second power consumption of first electronic equipment in second working condition is less than first electronic equipment The first power consumption in first working condition,
Characterized in that, methods described includes：
When first electronic equipment is in first working condition, the first trigger event is detected, wherein described the In one working condition, the input block and the output unit are in enabled state；
Judge whether first trigger event meets predetermined switching condition；
If first trigger event meets the first switching condition, the first switching command is generated；And
According to first switching command, first electronic equipment is switched to second work from first working condition Make state, wherein in second working condition, the input block is in enabled state and the output unit is in Non- enabled state；
The multiple working condition also includes the 3rd working condition, and first electronic equipment is in the 3rd working condition 3rd power consumption is less than second power consumption of first electronic equipment in second working condition, and
Methods described also includes：
If first trigger event meets the second switching condition, the second switching command is generated；And
According to second switching command, first electronic equipment is switched to the 3rd work from first working condition Make state, wherein in the 3rd working condition, the input block and the output unit are in non-enabled state；
Wherein, the input block is the touch unit of touch-screen, and the output unit is the display unit of touch-screen.
2. method according to claim 1, it is characterised in that first electronic equipment at least has the first functional mode and the Two functional modes, and
It is described to judge that the step of whether first trigger event meets predetermined switching condition includes：
Judge whether first trigger event meets triggering switching condition；
Judge that first electronic device is also operated in first functional mode in second functional mode；
If first trigger event meets the triggering switching condition, and if first electronic device is in institute State in the first functional mode, then judge that first trigger event meets first switching condition；And
If first trigger event meets the triggering switching condition, and if first electronic device is in institute State in the second functional mode, then judge that first trigger event meets second switching condition.
3. method according to claim 1, it is characterised in that
Methods described also includes：
When first electronic equipment is in second working condition, the second trigger event is detected；
Judge whether second trigger event meets predetermined switching condition；
If second trigger event meets three switching conditions, the 3rd switching command is generated；
According to the 3rd switching command, first electronic equipment is switched to the 3rd work from second working condition Make state；And
If second trigger event meets four switching conditions, the 4th switching command is generated；
According to the 4th switching command, first electronic equipment is switched to first work from second working condition Make state.
4. method according to claim 1, it is characterised in that
Methods described also includes：
When first electronic equipment is in the 3rd working condition, the 3rd trigger event is detected；
Judge whether the 3rd trigger event meets predetermined switching condition；
If the 3rd trigger event meets the 5th switching condition, the 5th switching command is generated；
According to the 5th switching command, first electronic equipment is switched to second work from the 3rd working condition Make state；And
If the 3rd trigger event meets the 6th switching condition, the 6th switching command is generated；
According to the 6th switching command, first electronic equipment is switched to first work from the 3rd working condition Make state.
5. method according to claim 4, it is characterised in that first electronic equipment at least has the first functional mode and the Two functional modes, and
It is described to judge that the step of whether the 3rd trigger event meets predetermined switching condition includes：
Judge whether the 3rd trigger event meets triggering switching condition；
Judge that first electronic device is also operated in first functional mode in second functional mode；
If the 3rd trigger event meets the triggering switching condition, and if first electronic device is in institute State in the first functional mode, then judge that the 3rd trigger event meets the 5th switching condition；And
If the 3rd trigger event meets the triggering switching condition, and if first electronic device is in institute State in the second functional mode, then judge that the 3rd trigger event meets the 6th switching condition.
6. according to the method for claim 2 or 5, it is characterised in that
In first functional mode, first electronic equipment is used for the operation for remotely controlling the second electronic equipment；With And
In second functional mode, first electronic equipment is not used in the operation for remotely controlling the second electronic equipment.
7. according to the method for claim 2 or 5, it is characterised in that
In first functional mode, first electronic equipment is used to run the first application program；And
In second functional mode, first electronic equipment is used to perform the second application program.
8. a kind of state switching method, methods described is applied to the first electronic equipment, first electronic equipment has multiple works Make state, the multiple working condition at least includes the first working condition, the second working condition, the 3rd working condition and the 4th Working condition,
Second power consumption of first electronic equipment in second working condition is less than first electronic equipment described The first power consumption in first working condition；And
Fourth power consumption of first electronic equipment in the 4th working condition is less than first electronic equipment described The 3rd power consumption in 3rd working condition,
Characterized in that, methods described includes：
When first electronic equipment is in first working condition or the 3rd working condition, detection first is triggered Event；
Judge whether first trigger event meets predetermined switching condition；
If first trigger event meets the first switching condition, judge that first electronic equipment is in first work Make to be in state in the 3rd working condition；
If first electronic equipment is in first working condition, by first electronic equipment from described first Working condition is switched to second working condition；And
If first electronic equipment is in the 3rd working condition, by first electronic equipment from the described 3rd Working condition is switched to the 4th working condition；
Wherein, first electronic equipment includes input block and output unit, and the input block is the touch list of touch-screen Member, the output unit is the display unit of touch-screen；
In first working condition, the input block and the output unit are in enabled state；
In second working condition, the input block is in enabled state and the output unit is in non-enable shape State；
In the 3rd working condition, the input block and the output unit are in enabled state；And
In the 4th working condition, the input block and the output unit are in non-enabled state.
9. method according to claim 8, it is characterised in that methods described also includes：
When first electronic equipment is in second working condition or the 4th working condition, detection second is triggered Event；
Judge whether second trigger event meets predetermined switching condition；
If second trigger event meets the second switching condition, judge that first electronic equipment is in second work Make to be in state in the 4th working condition；
If first electronic equipment is in second working condition, by first electronic equipment from described second Working condition is switched to first working condition；And
If first electronic equipment is in the 4th working condition, by first electronic equipment from the described 4th Working condition is switched to the 3rd working condition.
10. method according to claim 8, it is characterised in that methods described also includes：
When first electronic equipment is in second working condition, the 3rd trigger event is detected；
Judge whether the 3rd trigger event meets predetermined switching condition；And
If the 3rd trigger event meets the 3rd switching condition, first electronic equipment is worked shape from described second State is switched to the 4th working condition.
11. method according to claim 8, it is characterised in that methods described also includes：
When first electronic equipment is in the 4th working condition, the 4th trigger event is detected；
Judge whether the 4th trigger event meets predetermined switching condition；And
If the 4th trigger event meets the 4th switching condition, first electronic equipment is worked shape from the described 4th State is switched to second working condition.
12. method according to claim 8, it is characterised in that first electronic equipment at least have the first functional mode and Second functional mode,
When operation is in first functional mode, first electronic equipment at least includes first working condition and institute State the second working condition；And
When operation is in second functional mode, first electronic equipment at least includes the 3rd working condition and institute State the 4th working condition.
13. method according to claim 12, it is characterised in that
In first functional mode, first electronic equipment is used for the operation for remotely controlling the second electronic equipment；With And
In second functional mode, first electronic equipment is not used in the operation for remotely controlling the second electronic equipment.
14. method according to claim 12, it is characterised in that
In first functional mode, first electronic equipment is used to run the first application program；And
In second functional mode, first electronic equipment is used to perform the second application program.
15. a kind of state switching device, described device is applied to the first electronic equipment, first electronic equipment at least includes defeated Enter unit and output unit, the input block generates input signal according to the input of user, and
First electronic equipment has multiple working conditions, and the multiple working condition at least includes the first working condition and the Two working conditions, second power consumption of first electronic equipment in second working condition is less than first electronic equipment The first power consumption in first working condition,
Characterized in that, described device includes：
Detection unit, for when first electronic equipment is in first working condition, detecting the first trigger event, Wherein in first working condition, the input block and the output unit are in enabled state；
Judging unit, for judging whether first trigger event meets predetermined switching condition；
Generation unit, if meeting the first switching condition for first trigger event, generates the first switching command；And
Switch unit, for according to first switching command, first electronic equipment to be cut from first working condition Second working condition is changed to, wherein in second working condition, the input block is in enabled state and institute State output unit and be in non-enabled state；
The multiple working condition also includes the 3rd working condition, and first electronic equipment is in the 3rd working condition 3rd power consumption is less than second power consumption of first electronic equipment in second working condition, and
If the generation unit is additionally operable to second switching condition of the first trigger event satisfaction, the switching of generation second refers to Order；And
The switch unit is additionally operable to according to second switching command, by first electronic equipment from described first work shape State is switched to the 3rd working condition, wherein in the 3rd working condition, the input block and the output unit In non-enabled state；
Wherein, the input block is the touch unit of touch-screen, and the output unit is the display unit of touch-screen.
16. device according to claim 15, it is characterised in that first electronic equipment at least have the first functional mode and Second functional mode, and
The judging unit judges whether first trigger event meets triggering switching condition；Judge first electronic equipment Operation is also operated in first functional mode in second functional mode；If first trigger event is met The triggering switching condition, and if first electronic device then judges institute in first functional mode State the first trigger event and meet first switching condition；And if first trigger event meets the triggering switching bar Part, and if first electronic device is in second functional mode, then judge first trigger event Meet second switching condition.
17. device according to claim 15, it is characterised in that
The detection unit is additionally operable to when first electronic equipment is in second working condition, and detection second is triggered Event；
The judging unit is additionally operable to judge whether second trigger event meets predetermined switching condition；
If the generation unit is additionally operable to three switching condition of the second trigger event satisfaction, the switching of generation the 3rd refers to Order；And if when second trigger event meets four switching conditions, then generate the 4th switching command；And
The switch unit is additionally operable to according to the 3rd switching command, by first electronic equipment from described second work shape State is switched to the 3rd working condition；And according to the 4th switching command, by first electronic equipment from described Two working conditions are switched to first working condition.
18. device according to claim 15, it is characterised in that
The detection unit is additionally operable to when first electronic equipment is in the 3rd working condition, and detection the 3rd is triggered Event；
The judging unit is additionally operable to judge whether the 3rd trigger event meets predetermined switching condition；
If the generation unit is additionally operable to the 3rd trigger event and meets the 5th switching condition, the switching of generation the 5th refers to Order；And if the 3rd trigger event meets the 6th switching condition, then generate the 6th switching command；And
The switch unit is additionally operable to according to the 5th switching command, by first electronic equipment from the described 3rd work shape State is switched to second working condition；And according to the 6th switching command, by first electronic equipment from described Three working conditions are switched to first working condition.
19. device according to claim 18, it is characterised in that first electronic equipment at least have the first functional mode and Second functional mode, and
The judging unit judges whether the 3rd trigger event meets triggering switching condition；Judge first electronic equipment Operation is also operated in first functional mode in second functional mode；If the 3rd trigger event is met The triggering switching condition, and if first electronic device then judges institute in first functional mode State the 3rd trigger event and meet the 5th switching condition；And if the 3rd trigger event meets the triggering switching article Part, and if first electronic device is in second functional mode, then judge the 3rd trigger event Meet the 6th switching condition.
20. according to the device of claim 16 or 19, it is characterised in that
In first functional mode, first electronic equipment is used for the operation for remotely controlling the second electronic equipment；With And
In second functional mode, first electronic equipment is not used in the operation for remotely controlling the second electronic equipment.
21. according to the device of claim 16 or 19, it is characterised in that
In first functional mode, first electronic equipment is used to run the first application program；And
In second functional mode, first electronic equipment is used to perform the second application program.
22. a kind of state switching device, described device is applied to the first electronic equipment, first electronic equipment has multiple works Make state, the multiple working condition at least includes the first working condition, the second working condition, the 3rd working condition and the 4th Working condition,
Second power consumption of first electronic equipment in second working condition is less than first electronic equipment described The first power consumption in first working condition；And
Fourth power consumption of first electronic equipment in the 4th working condition is less than first electronic equipment described The 3rd power consumption in 3rd working condition,
Characterized in that, described device includes：
Detection unit, for being in when first electronic equipment in first working condition or the 3rd working condition When, detect the first trigger event；
Judging unit, for judging whether first trigger event meets predetermined switching condition；And if described first touches Hair event meets the first switching condition, then judges that first electronic equipment is in first working condition and be in institute State in the 3rd working condition；
Switch unit, if be in for first electronic equipment in first working condition, by first electronics Equipment is switched to second working condition from first working condition；And if first electronic equipment is in described In 3rd working condition, then first electronic equipment is switched to the 4th working condition from the 3rd working condition；
Wherein, first electronic equipment includes input block and output unit, and the input block is the touch list of touch-screen Member, the output unit is the display unit of touch-screen；
In first working condition, the input block and the output unit are in enabled state；
In second working condition, the input block is in enabled state and the output unit is in non-enable shape State；
In the 3rd working condition, the input block and the output unit are in enabled state；And
In the 4th working condition, the input block and the output unit are in non-enabled state.
23. device according to claim 22, it is characterised in that
The detection unit is additionally operable to when first electronic equipment is in second working condition or the 4th work shape When in state, the second trigger event is detected；
The judging unit is additionally operable to judge whether second trigger event meets predetermined switching condition；And if described Two trigger events meet the second switching condition, then judge that first electronic equipment is in second working condition or located In the 4th working condition；
It is in if the switch unit is additionally operable to first electronic equipment in second working condition, by described first Electronic equipment is switched to first working condition from second working condition；And if first electronic equipment is in In 4th working condition, then first electronic equipment is switched to the 3rd work shape from the 4th working condition State.
24. device according to claim 22, it is characterised in that
The detection unit is additionally operable to when first electronic equipment is in second working condition, and detection the 3rd is triggered Event；
The judging unit is additionally operable to judge whether the 3rd trigger event meets predetermined switching condition；And
If the switch unit is additionally operable to the 3rd trigger event and meets the 3rd switching condition, first electronics is set It is standby to be switched to the 4th working condition from second working condition.
25. device according to claim 22, it is characterised in that
The detection unit is additionally operable to when first electronic equipment is in the 4th working condition, and detection the 4th is triggered Event；
The judging unit is additionally operable to judge whether the 4th trigger event meets predetermined switching condition；And
If the switch unit is additionally operable to the 4th trigger event and meets the 4th switching condition, first electronics is set It is standby to be switched to second working condition from the 4th working condition.
26. device according to claim 22, it is characterised in that first electronic equipment at least have the first functional mode and Second functional mode,
When operation is in first functional mode, first electronic equipment at least includes first working condition and institute State the second working condition；And
When operation is in second functional mode, first electronic equipment at least includes the 3rd working condition and institute State the 4th working condition.
27. device according to claim 26, it is characterised in that
In first functional mode, first electronic equipment is used for the operation for remotely controlling the second electronic equipment；With And
In second functional mode, first electronic equipment is not used in the operation for remotely controlling the second electronic equipment.
28. device according to claim 26, it is characterised in that
In first functional mode, first electronic equipment is used to run the first application program；And
In second functional mode, first electronic equipment is used to perform the second application program.
CN201210322685.2A 2012-09-03 2012-09-03 state switching method and device Active CN103677981B (en)

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