CN103412633A - Control terminal hibernation and wakeup method and device - Google Patents
Control terminal hibernation and wakeup method and device Download PDFInfo
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- CN103412633A CN103412633A CN2013102982132A CN201310298213A CN103412633A CN 103412633 A CN103412633 A CN 103412633A CN 2013102982132 A CN2013102982132 A CN 2013102982132A CN 201310298213 A CN201310298213 A CN 201310298213A CN 103412633 A CN103412633 A CN 103412633A
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Abstract
The invention relates to a control terminal hibernation and wakeup method and device. When a first terminal is connected with a third terminal related to a second terminal, if sensor data of the second terminal remain unchanged or are changed in a preset time, a hibernation or wakeup command is sent to the second terminal and the third terminal at the same time, therefore, several terminals can enter a hibernation state or a work state at the same time rather than only the second terminal provided with a sensor is controlled to enter the hibernation state or the work state, and consequently electricity of the third terminal can be saved.
Description
Technical field
The present invention relates to field of intelligent control, the method and apparatus that relate in particular to a kind of control terminal dormancy, wakes up.
Background technology
Along with scientific and technological development, various smart machine system emerges in an endless stream, and on smart machine, is connected with the equipment that other is mated, and for example on televisor, is connected with telepilot, microphone, earphone and sound equipment.But the terminal coordinated with televisor is when televisor is opened, and discontinuity is used usually, when terminal is not used, is in holding state, can cause wasting electric energy.In prior art, general solution is, the operational data that sensor assembly obtains sensor assembly is set on telepilot, when the operational data of sensor assembly does not change in a certain Preset Time, make telepilot enter dormant state, but the terminal that other users can not move, can't judge whether it uses, and when telepilot is in dormant state, other terminals associated with telepilot also can be in holding state, and other idle terminals can cause the waste of electric energy.
Summary of the invention
The method and apparatus that fundamental purpose of the present invention is to provide a kind of control terminal dormancy, wakes up, be intended to save the electric energy of the third terminal be connected with first terminal.
The present invention proposes a kind of method of control terminal dormancy, comprises
The operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Whether the operational data of determining described sensor assembly changes in Preset Time;
When the operational data of described sensor assembly did not change in Preset Time, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
If third terminal associated with described the second terminal and that be connected with described first terminal is arranged, described first terminal sends the dormancy instruction to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state.
Preferably, described first terminal judges whether that the step of third terminal associated with described the second terminal and that be connected with described first terminal also comprises afterwards:
If there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
Preferably, the step that whether changes in Preset Time of the described operational data of determining described sensor assembly comprises:
Determine the component changed in described sensor assembly operational data;
Component to described variation is averaged;
Whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
The present invention also proposes a kind of method that control terminal wakes up, comprising:
The operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Whether the operational data of determining described sensor assembly changes in Preset Time;
The operational data of the sensor assembly on described the second terminal changes, and described the second terminal is while being in dormant state, and described first terminal judges whether third terminal associated with described the second terminal and that be connected with described first terminal;
If described first terminal is connected with the third terminal associated with described the second terminal, described first terminal wakes instruction up to described the second terminal and third terminal transmission, so that described the second terminal and third terminal enter duty.
Preferably, describedly judge described first terminal also comprises after whether being connected with the step of the third terminal associated with described the second terminal:
If described first terminal does not have to connect the third terminal associated with described the second terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
Preferably, the step that whether changes in Preset Time of the described operational data of determining described sensor assembly comprises:
Determine the component changed in described sensor assembly operational data;
Component to described variation is averaged;
Whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
The present invention also proposes a kind of device of control terminal dormancy, comprising:
Acquisition module, for the operational data of the sensor assembly on real-time or the second terminal that timing acquisition is connected with first terminal;
Judge module, while for the operational data when described sensor assembly, not changing in Preset Time, described first terminal judges whether third terminal associated with described the second terminal and that be connected with described first terminal;
Sending module, send the dormancy instruction for described first terminal to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state.
Preferably, if described sending module is not also for there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
The present invention also proposes the device that a kind of control terminal wakes up, comprising:
Acquisition module, for the operational data of the sensor assembly on real-time or the second terminal that timing acquisition is connected with first terminal;
Judge module, operational data for the sensor assembly on described the second terminal changes, and when described the second terminal was in dormant state, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
Sending module, if be connected with the third terminal associated with described the second terminal for described first terminal, wake instruction up to described the second terminal and third terminal transmission.
Preferably, if described sending module does not also have to connect the third terminal associated with described the second terminal for described first terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
The control terminal dormancy that the present invention proposes, the method and apparatus waken up, when first terminal is connected with the third terminal associated with the second terminal, if the sensing data of the second terminal is constant or change in Preset Time, to the second terminal and third terminal, send simultaneously dormancy or wake instruction up, make a plurality of terminals enter simultaneously dormant state or duty, rather than only control and be provided with sensor the second terminal and enter dormancy or duty, save the electric energy of third terminal.
The accompanying drawing explanation
Fig. 1 is the schematic flow sheet of preferred embodiment of the method for control terminal dormancy of the present invention;
Fig. 2 is whether the operational data of definite described sensor assembly in Fig. 1 changes in Preset Time schematic flow sheet;
Fig. 3 is the schematic flow sheet of the preferred embodiment of the method waken up of control terminal of the present invention;
Fig. 4 is whether the operational data of definite described sensor assembly in Fig. 3 changes in Preset Time schematic flow sheet;
Fig. 5 is the structural representation of preferred embodiment of the device of control terminal dormancy of the present invention;
Fig. 6 is the structural representation of the preferred embodiment of the device that wakes up of control terminal of the present invention.
The realization of the object of the invention, functional characteristics and advantage, in connection with embodiment, are described further with reference to accompanying drawing.
Embodiment
Below in conjunction with drawings and the specific embodiments, be described further with regard to technical scheme of the present invention.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
With reference to Fig. 1, Fig. 1 is the schematic flow sheet of the method preferred embodiment of control terminal dormancy of the present invention.
The present embodiment proposes a kind of method of control terminal dormancy, comprising:
Step S10, the operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Sensor element on sensor assembly comprises polytype, as acceleration transducer and temperature sensor, can extract temperature data and acceleration information when extracting the operational data of sensor assembly.
First terminal can be televisor, and the second terminal is provided with the terminal of sensor assembly for the telepilot that is connected with televisor, microphone etc.
Step S20, determine whether the operational data of described sensor assembly changes in Preset Time;
The acceleration transducer of take describes as example, and the numerical value of degree of will speed up sensor is divided in X-axis, Y, the numerical value of three components of Z axis, judges according to the component changed in the data that get whether telepilot is picked up by the user.
Step S30, when the operational data of described sensor assembly did not change in Preset Time, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
Step S40, if third terminal associated with described the second terminal and that be connected with described first terminal is arranged, described first terminal sends the dormancy instruction to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state;
Third terminal refers to the terminal associated with the second terminal, for example working as first terminal is televisor, during wireless microphone that the second terminal is sung for the user, the third terminal associated with it is the equipment with output song audio-frequency function, for example wireless acoustics or wireless headset, so when the operational data of the sensor assembly on the wireless microphone that televisor gets does not change in Preset Time, illustrate that wireless microphone is not used by the user within the default time, to microphone and sound equipment and the earphone associated with microphone, send the dormancy instruction simultaneously, sound equipment and earphone are after receiving the dormancy instruction, enter dormant state.The second terminal and third terminal, when entering park mode, can first be preserved its current pattern that arranges, and then enter dormant state.
Step S50, if there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
The situation that first terminal is not connected with the third terminal associated with described the second terminal comprises, third terminal is not opened or first terminal is not connected with third terminal, and the second terminal and third terminal can establish a communications link by the communications such as infrared, WIFI and first terminal.
The method of the control terminal dormancy that the present embodiment proposes, when first terminal is connected with the third terminal associated with the second terminal, if the sensing data of the second terminal does not change in Preset Time, to the second terminal and third terminal, send simultaneously the dormancy instruction, make a plurality of terminals enter simultaneously dormant state, rather than only control and be provided with sensor the second terminal and enter dormant state, save the electric energy of third terminal.
With reference to Fig. 2, Fig. 2 is whether the operational data of definite described sensor assembly in Fig. 1 changes in Preset Time schematic flow sheet.
In the method preferred embodiment of control terminal dormancy of the present invention, step S20 comprises:
Step S21, determine the component changed in described sensor assembly operational data;
Step S22, average to the component of described variation;
Step S23, whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
Can be in real time or the operational data of timing acquisition sensor assembly, for example every 1ms, obtain the operational data of sensor assembly, whether judgement changes in the operational data of 20ms inner sensor module, 20 groups of data are arranged in 20ms, the component that 20 groups of data change is sued for peace, and divided by several 20 mean values of trying to achieve component variation, mean value when change component mean value and this default component is unchanged compares, (for example the component of hypothesis variation is the X-axis component of acceleration transducer, the data of 20 groups of X-axis components are sued for peace, and divided by 20, mean value when obtaining the X-axis component and changing, mean value when this mean value and the X-axis component calculated in advance is unchanged compares.If) unequal, think that variation has occurred acceleration, now the operational data of sensor assembly changes, illustrate that the second terminal used by the user, if equal illustrate that the operational data of sensor assembly does not occur, namely speed is unchanged, illustrates that the second terminal is not used.Simultaneously, notice that " component is unchanged " in the present embodiment refers to that not merely the component data in certain hour is fully equal, also should refer to that the component data variation in certain hour tends towards stability, the component data sudden change occurred while being used by the user with the second terminal has larger gap, therefore it is unchanged to be considered as equally component data.The present embodiment is by change component is averaged, and the mean value when unchanged compares by this mean value and this component, can, so that the judgement whether the second terminal is picked up/used is more accurate, reduce the interference of fine error.
With reference to Fig. 3, Fig. 3 is the schematic flow sheet of the method preferred embodiment that wakes up of control terminal of the present invention.
The method that the control terminal that the present embodiment proposes wakes up comprises:
Step S60, the operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Sensor element on sensor assembly comprises polytype, as acceleration transducer and temperature sensor, can extract temperature data and acceleration information when extracting the operational data of sensor assembly.
The acceleration transducer of take describes as example, and the numerical value of degree of will speed up sensor is divided in X-axis, Y, the numerical value of three components of Z axis, judges according to the component changed in the data that get whether telepilot is picked up by the user.First terminal can be televisor, and the second terminal is provided with the terminal of sensor assembly for the telepilot that is connected with televisor, microphone etc.
Step S70, determine whether the operational data of described sensor assembly changes in Preset Time;
Step S80, the operational data of the sensor assembly on described the second terminal changes, and described the second terminal is while being in dormant state, and described first terminal judges whether third terminal associated with described the second terminal and that be connected with described first terminal;
Can be in real time or the operational data of timing acquisition sensor assembly, for example every 1ms, obtain the operational data of sensor assembly, whether judgement changes in the operational data of 20ms inner sensor, 20 groups of data are arranged in 20ms, the component that 20 groups of data change is sued for peace, and divided by several 20 mean values of trying to achieve component variation, mean value when unchanged compares by change component mean value and component, if unequal, think that variation has occurred acceleration, illustrate that the second terminal used by the user, if equal illustrate that acceleration is unchanged, illustrate that the second terminal is not used.
Step S90, if described first terminal is connected with the third terminal associated with described the second terminal, described first terminal wakes instruction up to described the second terminal and third terminal transmission, so that described the second terminal and third terminal enter duty;
Third terminal refers to the terminal associated with the second terminal, for example working as first terminal is televisor, during wireless microphone that the second terminal is sung for the user, the third terminal associated with it is the equipment with output song audio-frequency function, for example wireless acoustics or wireless headset, so when the operational data of the sensor assembly on the wireless microphone that televisor gets changes, illustrate that wireless microphone is used by the user, when microphone now is in dormant state, to microphone and sound equipment and the earphone transmission associated with microphone, wake instruction up simultaneously, sound equipment and earphone are after receiving and waking instruction up, enter duty.First terminal is to the second terminal and third terminal transmission dormancy instruction the time, by the operating status record of the second terminal, it is park mode, for example adopt code name 1 sign park mode, 2 sign mode of operations, when the sensing data of the second terminal changes, if being designated 1 and thinking that the second terminal is in dormant state of the second terminal, to the second terminal, send and wake instruction up, if being designated 2 and thinking that the second terminal is in running order of the second terminal, continue to obtain the sensing data of the second terminal.
Step S100, if described first terminal does not have to connect the third terminal associated with described the second terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
The situation that first terminal is not connected with the third terminal associated with described the second terminal comprises, third terminal is not opened or first terminal is not connected with third terminal, and the second terminal and third terminal can establish a communications link by the communications such as infrared, WIFI and first terminal.
The method that the control terminal that the present embodiment proposes wakes up, when first terminal is connected with the third terminal associated with the second terminal, if the sensing data of the second terminal changes, to the second terminal and third terminal, send simultaneously and wake instruction up, make a plurality of terminals enter simultaneously duty, rather than only control and be provided with sensor the second terminal and enter duty, save the electric energy of third terminal.
With reference to Fig. 4, Fig. 4 is whether the operational data of definite described sensor assembly in Fig. 3 changes in Preset Time schematic flow sheet.
In the method preferred embodiment that control terminal of the present invention wakes up, step S70 comprises:
Step S71, determine the component changed in described sensor assembly operational data;
Step S72, average to the component of described variation;
Step S73, whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
Can be in real time or the operational data of timing acquisition sensor assembly, for example every 1ms, obtain the operational data of sensor assembly, whether judgement changes in the operational data of 20ms inner sensor module, 20 groups of data are arranged in 20ms, the component that 20 groups of data change is sued for peace, and divided by several 20 mean values of trying to achieve component variation, mean value when change component mean value and this default component is unchanged compares, (for example the component of hypothesis variation is the X-axis component of acceleration transducer, the data of 20 groups of X-axis components are sued for peace, and divided by 20, mean value when obtaining the X-axis component and changing, mean value when this mean value and the X-axis component calculated in advance is unchanged compares.If) unequal, think that variation has occurred acceleration, now the operational data of sensor assembly changes, illustrate that the second terminal used by the user, if equal illustrate that the operational data of sensor assembly does not occur, namely speed is unchanged, illustrates that the second terminal is not used.Simultaneously, notice that " component is unchanged " in the present embodiment refers to that not merely the component data in certain hour is fully equal, also should refer to that the component data variation in certain hour tends towards stability, the component data sudden change occurred while being used by the user with the second terminal has larger gap, therefore it is unchanged to be considered as equally component data.The present embodiment is by change component is averaged, and the mean value when unchanged compares by this mean value and this component, can, so that the judgement whether the second terminal is picked up/used is more accurate, reduce the interference of fine error.
With reference to Fig. 5, Fig. 5 is the structural representation of the device preferred embodiment of control terminal dormancy of the present invention.
The device of the control terminal dormancy that the present embodiment proposes comprises:
Sensor element on sensor assembly comprises polytype, as acceleration transducer and temperature sensor, can extract temperature data and acceleration information when extracting the operational data of sensor assembly.
The acceleration transducer of take describes as example, and the numerical value of degree of will speed up sensor is divided in X-axis, Y, the numerical value of three components of Z axis, judges according to the component changed in the data that get whether telepilot is picked up by the user.First terminal can be televisor, and the second terminal is provided with the terminal of sensor assembly for the telepilot that is connected with televisor, microphone etc.
Can be in real time or the operational data of timing acquisition sensor assembly, for example every 1ms, obtain the operational data of sensor assembly, whether judgement changes in the operational data of 20ms inner sensor module, 20 groups of data are arranged in 20ms, the component that 20 groups of data change is sued for peace, and divided by several 20 mean values of trying to achieve component variation, mean value when unchanged compares by change component mean value and component, if unequal, think that variation has occurred acceleration, illustrate that the second terminal used by the user, if equal illustrate that acceleration is unchanged, illustrate that the second terminal is not used.
Sending module 30, sending module, send the dormancy instruction for described first terminal to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state;
Third terminal refers to the terminal associated with the second terminal, for example working as first terminal is televisor, during wireless microphone that the second terminal is sung for the user, the third terminal associated with it is the equipment with output song audio-frequency function, for example wireless acoustics or wireless headset, so when the operational data of the sensor assembly on the wireless microphone that televisor gets does not change in Preset Time, illustrate that wireless microphone is not used by the user within the default time, to microphone and sound equipment and the earphone associated with microphone, send the dormancy instruction simultaneously, sound equipment and earphone are after receiving the dormancy instruction, enter dormant state.The second terminal and third terminal, when entering park mode, can first be preserved its current pattern that arranges, and then enter dormant state.
If sending module 30 is not also for there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
The situation that first terminal is not connected with the third terminal associated with described the second terminal comprises, third terminal is not opened or first terminal is not connected with third terminal, and the second terminal and third terminal can establish a communications link by the communications such as infrared, WIFI and first terminal.
The device of the control terminal dormancy that the present embodiment proposes, when first terminal is connected with the third terminal associated with the second terminal, if the sensing data of the second terminal does not change in Preset Time, to the second terminal and third terminal, send simultaneously the dormancy instruction, make a plurality of terminals enter simultaneously dormant state, rather than only control and be provided with sensor the second terminal and enter dormant state, save the electric energy of third terminal.
With reference to Fig. 6, Fig. 6 is the structural representation of the device preferred embodiment that wakes up of control terminal of the present invention.
The device that the control terminal that the present embodiment proposes wakes up comprises:
Acquisition module 40, for the operational data of the sensor assembly on real-time or the second terminal that timing acquisition is connected with first terminal;
Sensor element on sensor assembly comprises polytype, as acceleration transducer and temperature sensor, can extract temperature data and acceleration information when extracting the operational data of sensor assembly.
The acceleration transducer of take describes as example, and the numerical value of degree of will speed up sensor is divided in X-axis, Y, the numerical value of three components of Z axis, judges according to the component changed in the data that get whether telepilot is picked up by the user.First terminal can be televisor, and the second terminal is provided with the terminal of sensor assembly for the telepilot that is connected with televisor, microphone etc.
Judge module 50, operational data for the sensor assembly on described the second terminal changes, and when described the second terminal was in dormant state, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
Can be in real time or the operational data of timing acquisition sensor assembly, for example every 1ms, obtain the operational data of sensor assembly, whether judgement changes in the operational data of 20ms inner sensor, 20 groups of data are arranged in 20ms, the component that 20 groups of data change is sued for peace, and divided by several 20 mean values of trying to achieve component variation, mean value when unchanged compares by change component mean value and component, if unequal, think that variation has occurred acceleration, illustrate that the second terminal used by the user, if equal illustrate that acceleration is unchanged, illustrate that the second terminal is not used.
Sending module 60, if be connected with the third terminal associated with described the second terminal for described first terminal, wake instruction up to described the second terminal and third terminal transmission, so that described the second terminal and third terminal enter duty;
Third terminal refers to the terminal associated with the second terminal, for example working as first terminal is televisor, during wireless microphone that the second terminal is sung for the user, the third terminal associated with it is the equipment with output song audio-frequency function, for example wireless acoustics or wireless headset, so when the operational data of the sensor assembly on the wireless microphone that televisor gets changes, illustrate that wireless microphone is used by the user, when microphone now is in dormant state, to microphone and sound equipment and the earphone transmission associated with microphone, wake instruction up simultaneously, sound equipment and earphone are after receiving and waking instruction up, enter duty.First terminal is to the second terminal and third terminal transmission dormancy instruction the time, by the operating status record of the second terminal, it is park mode, for example adopt code name 1 sign park mode, 2 sign mode of operations, when the sensing data of the second terminal changes, if being designated 1 and thinking that the second terminal is in dormant state of the second terminal, to the second terminal, send and wake instruction up, if being designated 2 and thinking that the second terminal is in running order of the second terminal, continue to obtain the sensing data of the second terminal.
If sending module 60 does not also have to connect the third terminal associated with described the second terminal for described first terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
The situation that first terminal is not connected with the third terminal associated with described the second terminal comprises, third terminal is not opened or first terminal is not connected with third terminal, and the second terminal and third terminal can establish a communications link by the communications such as infrared, WIFI and first terminal.
The method that the control terminal that the present embodiment proposes wakes up, when first terminal is connected with the third terminal associated with the second terminal, if the sensing data of the second terminal changes, to the second terminal and third terminal, send simultaneously and wake instruction up, make a plurality of terminals enter simultaneously duty, rather than only control and be provided with sensor the second terminal and enter duty, save the electric energy of third terminal.
The foregoing is only the preferred embodiments of the present invention; not thereby limit the scope of the claims of the present invention; every equivalent structure transformation that utilizes instructions of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in scope of patent protection of the present invention.
Claims (10)
1. the method for a control terminal dormancy, is characterized in that, comprises
The operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Whether the operational data of determining described sensor assembly changes in Preset Time;
When the operational data of described sensor assembly did not change in Preset Time, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
If third terminal associated with described the second terminal and that be connected with described first terminal is arranged, described first terminal sends the dormancy instruction to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state.
2. method according to claim 1, is characterized in that, described first terminal judges whether that the step of third terminal associated with described the second terminal and that be connected with described first terminal also comprises afterwards:
If there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
3. method according to claim 1 and 2, is characterized in that, whether the operational data of described definite described sensor assembly changes in Preset Time step comprises:
Determine the component changed in described sensor assembly operational data;
Component to described variation is averaged;
Whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
4. the method that control terminal wakes up, is characterized in that, comprising:
The operational data of the sensor assembly on real-time or connected the second terminal of timing acquisition of first terminal;
Whether the operational data of determining described sensor assembly changes in Preset Time;
The operational data of the sensor assembly on described the second terminal changes, and described the second terminal is while being in dormant state, and described first terminal judges whether third terminal associated with described the second terminal and that be connected with described first terminal;
If described first terminal is connected with the third terminal associated with described the second terminal, described first terminal wakes instruction up to described the second terminal and third terminal transmission, so that described the second terminal and third terminal enter duty.
5. method according to claim 3, is characterized in that, describedly judges described first terminal also comprises after whether being connected with the step of the third terminal associated with described the second terminal:
If described first terminal does not have to connect the third terminal associated with described the second terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
6. according to the described method of claim 4 or 5, it is characterized in that, whether the operational data of described definite described sensor assembly changes in Preset Time step comprises:
Determine the component changed in described sensor assembly operational data;
Component to described variation is averaged;
Whether the mean value the when mean value of described change component and this default component is unchanged compares, change with the operational data of determining described sensor assembly.
7. the device of a control terminal dormancy, is characterized in that, comprising:
Acquisition module, for the operational data of the sensor assembly on real-time or the second terminal that timing acquisition is connected with first terminal;
Judge module, while for the operational data when described sensor assembly, not changing in Preset Time, described first terminal judges whether third terminal associated with described the second terminal and that be connected with described first terminal;
Sending module, send the dormancy instruction for described first terminal to described the second terminal and third terminal, so that described the second terminal and third terminal enter dormant state.
8. device according to claim 7, it is characterized in that, if described sending module is not also for there is no and third terminal that with described first terminal be connected associated with described the second terminal, described first terminal sends the dormancy instruction to described the second terminal, so that described the second terminal enters dormant state.
9. the device that control terminal wakes up, is characterized in that, comprising:
Acquisition module, for the operational data of the sensor assembly on real-time or the second terminal that timing acquisition is connected with first terminal;
Judge module, operational data for the sensor assembly on described the second terminal changes, and when described the second terminal was in dormant state, described first terminal judged whether third terminal associated with described the second terminal and that be connected with described first terminal;
Sending module, if be connected with the third terminal associated with described the second terminal for described first terminal, wake instruction up to described the second terminal and third terminal transmission, so that described the second terminal and third terminal enter duty.
10. device according to claim 9, it is characterized in that, if described sending module does not also have to connect the third terminal associated with described the second terminal for described first terminal, described first terminal sends and wakes instruction up to described the second terminal, so that described the second terminal enters duty.
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| CN201310298213.2A CN103412633B (en) | 2013-07-16 | 2013-07-16 | The method and apparatus control terminal sleeping, waking up up |
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| CN201310298213.2A CN103412633B (en) | 2013-07-16 | 2013-07-16 | The method and apparatus control terminal sleeping, waking up up |
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| CN103412633B CN103412633B (en) | 2016-09-21 |
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| CN104267798A (en) * | 2014-09-09 | 2015-01-07 | 联想(北京)有限公司 | Data processing method and device |
| CN108184261A (en) * | 2016-12-08 | 2018-06-19 | 中兴通讯股份有限公司 | A kind of control method and device of interconnecting terminal economize on electricity |
| CN112153435A (en) * | 2020-09-02 | 2020-12-29 | 深圳创维－Rgb电子有限公司 | Remote controller sleep control processing method and device and intelligent terminal |
| CN112346789A (en) * | 2020-11-06 | 2021-02-09 | 中国电子信息产业集团有限公司 | Dual-system sleeping and awakening method, device, equipment and storage medium |
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| CN104267798A (en) * | 2014-09-09 | 2015-01-07 | 联想(北京)有限公司 | Data processing method and device |
| CN104267798B (en) * | 2014-09-09 | 2017-11-28 | 联想(北京)有限公司 | A kind of data processing method and device |
| CN108184261A (en) * | 2016-12-08 | 2018-06-19 | 中兴通讯股份有限公司 | A kind of control method and device of interconnecting terminal economize on electricity |
| CN108184261B (en) * | 2016-12-08 | 2022-01-11 | 中兴通讯股份有限公司 | Control method and device for power saving of interconnected terminal |
| CN112153435A (en) * | 2020-09-02 | 2020-12-29 | 深圳创维－Rgb电子有限公司 | Remote controller sleep control processing method and device and intelligent terminal |
| CN112346789A (en) * | 2020-11-06 | 2021-02-09 | 中国电子信息产业集团有限公司 | Dual-system sleeping and awakening method, device, equipment and storage medium |
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| CN103412633B (en) | 2016-09-21 |
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