CN106332243A - Power consumption saving method and system and mobile terminal - Google Patents

Power consumption saving method and system and mobile terminal Download PDF

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Publication number
CN106332243A
CN106332243A CN201510375782.1A CN201510375782A CN106332243A CN 106332243 A CN106332243 A CN 106332243A CN 201510375782 A CN201510375782 A CN 201510375782A CN 106332243 A CN106332243 A CN 106332243A
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China
Prior art keywords
information
mobile terminal
dormancy
subenvironment
module
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CN201510375782.1A
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Chinese (zh)
Inventor
鞠亮
杨运生
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Spreadtrum Communications Shanghai Co Ltd
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Shanghai Mobilepeak Semiconductor Co Ltd
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Priority to CN201510375782.1A priority Critical patent/CN106332243A/en
Publication of CN106332243A publication Critical patent/CN106332243A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
    • H04W52/02—Power saving arrangements
    • H04W52/0209—Power saving arrangements in terminal devices
    • 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
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

Abstract

The invention discloses a power consumption saving method and system and a mobile terminal and belongs to the technical field of the mobile terminal. The method comprises the steps of S1, entering a wakened state from a standby state according to a discontinuous reception cycle, measuring signal quality of a current resident service cell, and turning to a step S2 when the signal quality of the service cell reaches a preset quality threshold value; S2, detecting to obtain current environment information of a currently located environment through multiple sensors, judging the currently located environment according to the current environment information, and turning to a step S3 when the current environment is the environment suitable for a sleep; and S3, directly switching to the standby state and then returning to the step S1. The system comprises a state switching unit, a measurement unit, a first judging unit, a sensing unit, a second judging unit and a control unit. The technical scheme has the advantages that the wakened times of the system is reduced, the wakened duration is reduced, and the system power consumption is reduced.

Description

A kind of power consumption saving method and system and mobile terminal
Technical field
The present invention relates to technical field of mobile terminals, particularly relate to a kind of power consumption saving method and system and Mobile terminal.
Background technology
In prior art, mobile terminal under whichever network formats (such as WCDMA standard, or Person's LTE standard, or TDSCDMA standard, or GSM standard), it is required to it at standby shape Under state, Serving cell, adjacent cell (are potentially included co-frequency neighbor cell, iso-frequency adjacent community and different system Adjacent cell) carry out certain measurement (measurement), according to the measurement result (measurement provided Result) carry out cell reselection evaluation, and according to assessment result select perform cell reselection attempt (such as certain Individual adjacent cell meets certain reselection conditions), and carry out the steps such as follow-up network information registration and renewal Suddenly.Above-mentioned steps is mainly for ensureing incoming call rate and the exhalation rate of mobile terminal, it is ensured that mobile terminal is current The signal quality of resident Serving cell, thus the preferable Consumer's Experience of user being supplied to mobile terminal.
But in prior art, a discontinuous receiving cycle (Discontinuous Reception, DRX), in, mobile terminal is generally required for doing above-mentioned cell measurement and performing after meeting certain condition The process of cell reselection, in said process, mobile terminal is the most repeatedly waken up, and holds after waking up up The time of continuous work is the longest, and in the case of some need not frequently measure community, said process may Extra power consumption consumption can be brought.
Summary of the invention
According to problems of the prior art, a kind of power consumption saving method of existing offer and system and movement The technical scheme of terminal, it is intended to be waken up by minimizing system and sustained periods of time that shortening system is waken up Mode reduce the power consumption of system.
Technique scheme specifically includes:
A kind of power consumption saving method, it is adaptable to mobile terminal；Wherein, including:
Step S1, described mobile terminal is waken up under holding state according to discontinuous receiving cycle and enters Wake-up states, and measure the signal quality of the most resident Serving cell, described in described Serving cell Signal quality reaches to turn to step S2 during default quality threshold；
Step S2, described mobile terminal by built-in multiple sensors detection obtain being presently in current Environmental information, and the environment being presently in is judged according to described current context information, be suitable to being currently at Step S3 is turned to time in the environment of dormancy；
Step S3, described mobile terminal directly switches back into described holding state, is then returned to described step S1；
Preferably, this power consumption saving method, wherein, in described step S1, described mobile terminal is measured The method of the described signal quality of the most resident described Serving cell includes:
Step S11, described mobile terminal is waken up in a described discontinuous periodic, and starts institute State the measurement operation of the described signal quality of Serving cell；
Step S12, described acquisition for mobile terminal is associated with the downlink page call information of described Serving cell；
Step S13, described mobile terminal resolves according to described downlink page call information and obtains being associated with institute State the described signal quality of Serving cell, continue thereafter with described step S1 of execution.
Preferably, this power consumption saving method, wherein, in described step S1, if described Serving cell The described quality threshold that described signal quality is not up to preset, the most described mobile terminal is in described wake-up states The lower corresponding communication task of execution, and after described communication task is finished, go to described step S3.
Preferably, this power consumption saving method, wherein, in described step S2, if described mobile terminal root The described current context information obtained according to detection judges that the environment being presently in is the environment being unsuitable for dormancy, The most described mobile terminal performs corresponding communication task under described wake-up states, and in described communication task Described step S3 is gone to after end.
Preferably, this power consumption saving method, wherein, described current context information includes at least one class Environmental information.
In described step S2, in described mobile terminal, preset at least one be respectively associated in described in every class The dormancy standard value of subenvironment information；
The most described step S2 specifically includes:
Step S21, the detection of described mobile terminal obtains described current context information；
Step S22, described mobile terminal is respectively by subenvironment described in the every class in described current context information Information is mated with corresponding described dormancy standard value, and is all matched with in all described subenvironment information Step S23 is turned to during corresponding described dormancy standard value；
Step S23, described mobile terminal judges to be currently in the environment being suitable to dormancy, and turns to described Step S3.
Preferably, wherein, in described step S22, if there is any type institute in this power consumption saving method Stating subenvironment information and do not match the described dormancy standard value of correspondence, the most described mobile terminal wakes up up in described Perform corresponding communication task under state, and after described communication task terminates, go to described step S3.
Preferably, this power consumption saving method, wherein, in described step S22, if described subenvironment information For the positional information that described mobile terminal is current, the corresponding described dormancy preset in the most described mobile terminal Standard value is to be suitable to the standard location information of described mobile terminal sleep；
Then described mobile terminal is detected to the described positional information obtained, performs following step and mate:
Step S221a, described positional information and described standard location information are carried out by described mobile terminal Join；
If described positional information is matched with described standard location information, then judge that described positional information mates into Merit, preserves current described positional information as described standard location information, and continues executing with described step Rapid S22；
If described positional information does not matches described standard location information, then judge that described positional information mates Failure, and perform corresponding communication task, after described communication task terminates, go to described step S3.
Preferably, this power consumption saving method, wherein, in described step S22, if described subenvironment information For the environmental light intensity information of described mobile terminal, the corresponding described dormancy preset in the most described mobile terminal Standard value is the etalon optical power information preset, and first sustained periods of time preset；
Then described mobile terminal is detected to the described environmental light intensity information obtained, perform following step and carry out Coupling:
Step S221b, described environmental light intensity information is entered by described mobile terminal with described etalon optical power information Row coupling, and turn to step S222b when described environmental information is not more than described etalon optical power information；
Step S222b, described mobile terminal by the first persistent period of described environmental light intensity information with described First sustained periods of time is mated:
If described first persistent period reaches described first sustained periods of time, then judge described environmental light intensity information The match is successful, current described environmental light intensity information is preserved as described etalon optical power information, and continues Perform described step S22；
If described first persistent period is not up to described first sustained periods of time, then judge that described environmental light intensity is believed It fails to match for breath, and performs corresponding communication task, goes to described step after described communication task terminates S3。
Preferably, this power consumption saving method, wherein, in described step S22, if described subenvironment information For the Vibration induction information of described mobile terminal, the corresponding described dormancy preset in the most described mobile terminal Standard value is the normal shake information preset, and second sustained periods of time preset；
Then described mobile terminal is detected to the described Vibration induction information obtained, perform following step and carry out Coupling:
Step S221c, described Vibration induction information is entered by described mobile terminal with described normal shake information Row coupling, and turn to step S222c when described environmental information is matched with described normal shake information；
Step S222c, described mobile terminal by the second persistent period of described Vibration induction information with described Second sustained periods of time is mated:
If described second persistent period reaches described second sustained periods of time, then judge described Vibration induction information The match is successful, current described Vibration induction information is preserved as described normal shake information, and continues Perform described step S22；
If described second persistent period is not up to described second sustained periods of time, then judge that described Vibration induction is believed It fails to match for breath, and performs corresponding communication task, goes to described step after described communication task terminates S3。
Preferably, this power consumption saving method, wherein,
The corresponding described communication task that described mobile terminal performs includes: described mobile terminal is called out in described Perform adjacent cell measurement under the state of waking up and cell reselection is attempted.
Preferably, this power consumption saving method, wherein, described mobile terminal performs adjacent cell measurement and little The step that district's gravity treatment is attempted specifically includes:
Step a1, described mobile terminal carries out cell measurement to the adjacent cell being associated with described Serving cell, And export corresponding measurement result；
Step a2, corresponding described adjacent cell, according to described measurement result, is carried out little by described mobile terminal The assessment of district's gravity treatment, and export corresponding assessment result；
Step a3, described mobile terminal, according to described assessment result, selects a corresponding described adjacent cell And carry out cell reselection trial.
A kind of power consumption saves system, it is adaptable to mobile terminal；Wherein, including:
Status toggle unit, is used for the current state of described mobile terminal at wake-up states and holding state Switch over before；
Described status toggle unit is according to discontinuous receiving cycle, by described mobile terminal from described standby shape State switches to described wake-up states；
Measuring unit, connects described status toggle unit, wakes up up described in being at described mobile terminal Measure the signal quality of the most resident Serving cell during state, and export corresponding measurement result；
First judging unit, connects described measuring unit, is preset with a mass in described first judging unit Threshold value, for described measurement result being compared with described quality threshold, and exports corresponding first and sentences Disconnected result；
Sensing unit, including multiple sensors, described sensing unit connects described first judging unit, For when described first judged result represents that described measurement result reaches described quality threshold, detection obtains The current context information that is presently in also exports；
Second judging unit, connects described sensing unit, for judging institute according to described current context information State the most whether mobile terminal is in the environment being suitable to dormancy, and export corresponding second judged result；
Control unit, connects described second judging unit and described status toggle unit, respectively for basis Described second judged result, described mobile terminal be currently at be suitable in the environment of dormancy time output corresponding Dormancy instruction, directly described mobile terminal is switched back into described standby controlling described status toggle unit State.
Preferably, this power consumption saves system, and wherein, described measuring unit includes:
Start module, use for the output when described mobile terminal is waken up and is under described wake-up states In the enabled instruction measuring operation representing the described signal quality to described Serving cell；
Acquisition module, connects and starts module, for starting described measurement operation according to described enabled instruction, Obtain and be associated with the downlink page call information of described Serving cell and export；
Parsing module, connects described acquisition module, for resolving according to described downlink page call information To being associated with the signal quality of described Serving cell and exporting；
Described signal quality transmission extremely described first judging unit that described measuring unit will finally obtain.
Preferably, this power consumption saves system, and wherein, described current context information includes at least one class Environmental information；
The most described sensing unit includes that at least one described sensor, each described sensor are respectively used to Detection obtains the corresponding described subenvironment information of class and exports；
Described second judging unit includes:
Matching module, is preset with in described matching module and is respectively associated stopping in subenvironment information described in every class Dormancy standard value, and for subenvironment information described in every class is mated with corresponding described dormancy standard value, Export corresponding matching result respectively；
Judge module, connects described matching module, for respectively according to being associated with subenvironment letter described in every class The described matching result of breath judges, represents equal of all described subenvironment information at described matching result Judge when being assigned in corresponding described dormancy standard value that described mobile terminal is currently at the environment being suitable to dormancy In, export the most described second judged result.
Preferably, this power consumption saves system, wherein, works as if described subenvironment information is described mobile terminal Front positional information, the corresponding described dormancy standard value preset in the most described matching module is described for being suitable to The standard location information of mobile terminal sleep；
Described judge module judges according to described matching result, if described positional information is matched with described Standard location information, then the match is successful to judge described positional information；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges described positional information the match is successful, record described positional information, using as described normal place Information is stored in described matching module.
Preferably, this power consumption saves system, wherein, if described subenvironment information is described environmental light intensity letter Breath, the corresponding described dormancy standard value preset in the most described matching module is an etalon optical power letter preset Breath, and first sustained periods of time preset；
Described judge module judges according to described matching result, if described environmental light intensity information is not more than The persistent period of described etalon optical power information reaches described first sustained periods of time, then judge described environmental light intensity Information matches success；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges the success of described environmental light intensity information matches, record described environmental light intensity information, using as described Etalon optical power information is stored in described matching module.
Preferably, this power consumption saves system, wherein, if described subenvironment information is described Vibration induction letter Breath, the corresponding described dormancy standard value preset in the most described mobile terminal is a normal shake letter preset Breath, and second sustained periods of time preset；
Described judge module judges according to described matching result, if described Vibration induction information matches in The persistent period of described etalon optical power information reaches described second sustained periods of time, then judge described Vibration induction Information matches success；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges the success of described Vibration induction information matches, record described Vibration induction information, using as described Normal shake information is stored in described matching module.
Preferably, this power consumption saves system, wherein, also includes:
Communication unit, connects described first judging unit, described second judging unit and described control respectively Unit, for according to described first judged result or described second judged result:
Described first judged result represents that the described signal quality of described Serving cell is not up to described quality threshold During value, control described mobile terminal and perform corresponding communication task；Or
Described second judged result represents that there is subenvironment information described in any type does not matches corresponding institute When stating dormancy standard value, control described mobile terminal and perform corresponding communication task；
Described control unit, after described communication task terminates, issues described stopping to described status toggle unit Sleep instruction, described mobile terminal is switched back into described holding state controlling described status toggle unit.
Preferably, this power consumption save system, wherein, described communication task includes: described mobile terminal in Carry out adjacent cell measurement under described wake-up states and cell reselection is attempted.
Preferably, this power consumption saves system, and wherein, described communication unit includes:
Measurement module, for the adjacent cell of described Serving cell carries out cell measurement, and exports corresponding Cell measurement results；
Evaluation module, connects described measurement module, for according to described cell measurement results, to accordingly Described adjacent cell carries out cell reselection evaluation, and exports corresponding assessment result；
Gravity treatment module, connects described evaluation module, for according to described assessment result, selects one accordingly Described adjacent cell and perform cell reselection attempt.
A kind of mobile terminal, wherein, uses above-mentioned power consumption saving method.
A kind of mobile terminal, wherein, saves system including above-mentioned power consumption.
Technique scheme provides the benefit that:
1) a kind of power consumption saving method is provided, it is achieved number of times and system that minimizing system is waken up are waken up After the purpose of persistent period, thus reduce system power dissipation；
2) provide a kind of power consumption to save system, realize above-mentioned power consumption saving method for support.
Accompanying drawing explanation
Fig. 1 is in the preferred embodiment of the present invention, the overall procedure schematic diagram of a kind of power consumption saving method；
Fig. 2-7 is in the preferred embodiment of the present invention, and the flow process step by step of a kind of power consumption saving method is shown It is intended to；
Fig. 8 is in the preferred embodiment of the present invention, and a kind of power consumption saves the population structure schematic diagram of system；
Fig. 9-11 is in the preferred embodiment of the present invention, and a kind of power consumption is saved the clustered architecture of system and shown It is intended to.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present invention, and It is not all, of embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art are not making The every other embodiment obtained on the premise of going out creative work, broadly falls into the scope of protection of the invention.
It should be noted that in the case of not conflicting, the embodiment in the present invention and the spy in embodiment Levy and can be mutually combined.
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings, but not as the present invention's Limit.
In the preferred embodiment of the present invention, when mobile terminal is in some special screne, such as user Mobile terminal is lain on desk by evening in bed, the most in this case, as long as guaranteeing mobile in advance The signal quality of the Serving cell that terminal is the most resident is the best, within the ensuing one longer period (until user is wakeeed up and uses mobile terminal), the resident environment of this mobile terminal all will not occur Bigger change, therefore can the most slightly suppress mobile terminal to perform cell measurement and community The function that gravity treatment is attempted, to reduce mobile terminal power consumption consumption during this period of time.
Therefore, based on foregoing invention purpose, in order to solve relevant issues present in prior art, this In bright preferred embodiment, it is provided that a kind of power consumption saving method, it is adaptable to mobile terminal.
Then in the preferred embodiment of the present invention, as it is shown in figure 1, above-mentioned power consumption saving method specifically includes:
Step S1, mobile terminal is waken up under holding state according to discontinuous receiving cycle and enters and wake up up State, and measure the signal quality of the most resident Serving cell, the signal quality at Serving cell reaches Step S2 is turned to during the quality threshold preset；
In the preferred embodiment of the present invention, when mobile terminal was waken up within a DRX configuration cycle (this wake operation is wake operation conventional in DRX configuration cycle), first measures the most resident The signal quality of Serving cell.Then in the preferred embodiment of the present invention, as in figure 2 it is shown, above-mentioned steps S1 specifically includes:
Step S11, mobile terminal is waken up in a discontinuous periodic, and starts Serving cell The measurement operation of signal quality；
Step S12, acquisition for mobile terminal is associated with the downlink page call information of Serving cell；
In the preferred embodiment of the present invention, so-called downlink page call information, refer to that mobile terminal passes through Monitor the paging call information that the descending paging channel of Serving cell obtains.
Step S13, mobile terminal resolves according to downlink page call information and obtains being associated with Serving cell Signal quality, continues thereafter with execution step S1.
In the preferred embodiment of the present invention, according to the downlink page call information of above-mentioned acquisition, therefrom solve Analysis obtains corresponding signal quality information, i.e. for representing the information of the signal quality of current service cell. In one preferred embodiment of the present invention, above-mentioned signal quality information can use reference signal to receive merit Rate (Reference Signal Receiving Power, RSRP), or Reference Signal Received Quality (Reference Signal Receiving Quality, RSRQ), or other prior aries can be used for Represent that the parameter of signal quality represents, do not repeat them here.
Then in the preferred embodiment of the present invention, in above-mentioned steps S1, represent signal quality according to being used for Relevant parameter type, preset corresponding quality threshold, and the signal quality information that parsing is obtained with should Quality threshold compares: if signal quality information reaches this quality threshold (i.e. not less than this quality threshold), Then the signal quality of the Serving cell that expression mobile terminal is the most resident is the best, therefore continues executing with following Step.
In the preferred embodiment of the present invention, correspondingly, if in above-mentioned steps S1, mobile terminal will letter Number quality information compares with the quality threshold preset and judges that signal quality information is not up to this quality threshold Value (i.e. less than quality threshold), then judge the signal quality of the most resident Serving cell of mobile terminal not Reach, now need to continue executing with corresponding communication task in the awake state.
In the preferred embodiment of the present invention, so-called communication task, may include that mobile terminal is in waking up up The communication task of corresponding adjacent cell measurement and cell reselection is performed under state.
Then in a preferred embodiment of the present invention, as it is shown on figure 3, perform adjacent cell measurement and little The step that district's gravity treatment is attempted specifically includes:
Step a1, mobile terminal carries out cell measurement to the adjacent cell being associated with Serving cell, and exports phase The measurement result answered；
Step a2, mobile terminal, according to measurement result, carries out the assessment of cell reselection to corresponding adjacent cell, And export corresponding assessment result；
Step a3, mobile terminal, according to assessment result, selects a corresponding adjacent cell and carries out community weight Choosing is attempted.
In the preferred embodiment of the present invention, above-mentioned steps a1-a3 is actual is the little of execution in existing protocol The process that region measurement and cell reselection are attempted, this process needs to extend mobile terminal and joins at a DRX Put and wake up the persistent period up in the cycle, i.e. extend the working time of mobile terminal, therefore only current mobile The signal quality of the Serving cell that terminal is resident turns to above-mentioned steps a1-a3 to perform time imperfect existing Cell measurement and cell reselection attempt operation.
In the preferred embodiment of the present invention, after above-mentioned steps a1-a3 is finished, i.e. cell reselection is tasted After examination terminates, go to step S3.About the description of step S3, as detailed below.
In the preferred embodiment of the present invention, above-mentioned communication task can also include other tasks, such as SIM The more new task of card, and some heart beating alarm clock (being associated with the periodical timer of different application programs) The task dispatching of the system that wakes up up.
Then in the preferred embodiment of the present invention, mobile terminal performs according to normal conditions under wake-up states After complete communication task, then go to following step S3.
Above-mentioned steps a1-a3 (as shown in Figure 3) is only when communication task includes adjacent cell measurement and community weight When choosing is attempted, mobile terminal performs the step of communication task.When communication task includes other tasks, Above-mentioned steps can be with respective change.
Step S2, mobile terminal obtains the current environment being presently in by built-in multiple sensors detection Information, and the environment being presently in is judged according to current context information, it is being currently at the ring being suitable to dormancy Step S3 is turned to time in border；
In the preferred embodiment of the present invention, the quantity of built-in sensor and type are according to current environment Information determines, i.e. current context information includes multiclass subenvironment information, and each (or often group) senses The detection of device correspondence obtains a class subenvironment information.
Specifically, in a preferred embodiment of the present invention, above-mentioned current context information may include that
The positional information that mobile terminal is presently in；
Mobile terminal is presently in the environmental light intensity information of environment；
The Vibration induction information that mobile terminal is current.
Then the sensor may include that the location for obtaining the positional information that mobile terminal is presently in Sensor, for obtaining the light sensor that mobile terminal is presently in the environmental light intensity information of environment, with And for obtaining the Vibration induction sensor of the current Vibration induction information of mobile terminal.
In the preferred embodiment of the present invention, an above-mentioned class or a few class subenvironment information can be selected as inspection Survey object, correspondingly, (a group) or several (several groups) of correspondence can be set in mobile terminal Sensor performs detection operation.
Then in the preferred embodiment of the present invention, as shown in Figure 4, above-mentioned steps S2 specifically includes:
Step S21, mobile terminal detection obtains current context information；
In the preferred embodiment of the present invention, the subenvironment information that current context information includes, Ke Yigen It is adjusted according to presetting, such as, presets and need the current context information of detection to include that position is believed Breath and environmental light intensity information；The most such as preset and need the current context information of detection to include position Information, environmental light intensity information and Vibration induction information.
In other embodiments of the present invention, mobile terminal can also preset the subenvironment information of other classifications, To operate as detection object when actually detected, do not repeat them here.
Step S22, mobile terminal respectively by the every class subenvironment information in current context information with corresponding Dormancy standard value is mated, and turns when all subenvironment information are all matched with the dormancy standard value of correspondence To step S23；
In the preferred embodiment of the present invention, so-called dormancy standard value, corresponding to different classes of subenvironment Information is preset, and the most hereinafter can describe in detail.
In the preferred embodiment of the present invention, for different classes of subenvironment information, can have difference Matching process, specific as follows:
In one preferred embodiment of the present invention, in above-mentioned steps S22, if subenvironment information is position Information, then the corresponding dormancy standard value preset in mobile terminal is the normal bit being suitable to mobile terminal sleep Confidence ceases.Such as, before the user of mobile terminal enters sleep, it will usually mobile terminal is placed on table On son, the position generally placed by mobile terminal the most in advance is as standard location information and is configured.
The most in this embodiment, as it is shown in figure 5, in above-mentioned steps S22, positional information is mated Step specifically include:
Step S221a, positional information is mated by mobile terminal with standard location information；
If positional information is matched with standard location information, then the match is successful to judge positional information, by current Positional information preserves as standard location information, and continues executing with step S22；
If positional information does not matches standard location information, then it fails to match to judge positional information, and performs Corresponding communication task, goes to step S3 after cell reselection is attempted terminating.
In the preferred embodiment of the present invention, mobile terminal sets a standard location information as dormancy mark Quasi-value, and the actually detected positional information obtained is mated with standard location information:
If positional information is matched with standard location information, then illustrates that now mobile terminal is in and normally enter not On the position slept, the most now continue executing with step S22, i.e. continue other subenvironments that may be present are believed Breath mates.
If positional information does not matches standard location information, then mobile terminal performs phase as described above The communication task answered, and go to step S3 after performing communication task.
In the preferred embodiment of the present invention, above-mentioned matching process uses fuzzy matching principle, i.e. not requirement Positional information is completely the same with standard location information, it is only necessary to approximation is consistent, it is simple to flexible Application merit Consumption method for saving.
In another preferred embodiment of the present invention, if subenvironment information is environmental light intensity information, then move The corresponding dormancy standard value preset in dynamic terminal is the etalon optical power information preset, and one presets First sustained periods of time.In other words, dormancy standard value now is a standard value set, including two Standard value, i.e. etalon optical power information, and the first sustained periods of time.Such as, the user of mobile terminal enters Before entering sleep, it will usually dim the ambient brightness (such as turning off the light) of surrounding, and continue considerably long one The section time, until user is wakeeed up, ambient brightness just can change (such as turning on light).Therefore, on State the ambient brightness that etalon optical power information can serve to indicate that user is dimmed when entering sleep, only exist After this ambient brightness continues for some time (the first sustained periods of time preset), could judge that user enters Sleep, now mobile terminal equally dormancy.
Then in this embodiment, the coupling as shown in Figure 6, in above-mentioned steps S22, to environmental light intensity information Process includes:
Step S221b, environmental light intensity information is mated by mobile terminal with etalon optical power information, and Step S222b is turned to during environmental information no more than etalon optical power information；
Step S222b, mobile terminal is by the first persistent period of environmental light intensity information and the first sustained periods of time Mate:
If the first persistent period reached the first sustained periods of time, then judge the success of environmental light intensity information matches, will Current environmental light intensity information preserves as etalon optical power information, and continues executing with step S22；
If the first persistent period was not up to the first sustained periods of time, then judge the failure of environmental light intensity information matches, And perform corresponding communication task, after communication task terminates, go to step S3.
Specifically, in this embodiment, as mentioned above it is possible, the mistake of mobile terminal matched environment intensity signal Cheng Zhong, needs first environmental light intensity information to be compared with the etalon optical power information preset, and at environment (such as detect that ambient brightness is similar to turn off the light bright when intensity signal is not more than above-mentioned etalon optical power information Degree) persistently detect environmental light intensity information a period of time, to judge that environmental light intensity information is maintained at no more than mark Whether the persistent period of quasi-intensity signal reaches above-mentioned the first default sustained periods of time.Only above-mentioned two bar Part is all reached, and just thinks to the success of environmental light intensity information matches, and continues executing with above-mentioned steps S22, i.e. Continue other current context information that may be present are mated.
In this embodiment, if above-mentioned two condition one of them not up to, i.e. environmental light intensity information is more than upper State etalon optical power information, though or environmental light intensity information the most above-mentioned etalon optical power information, but continue Time is not up to above-mentioned first sustained periods of time, then mobile terminal performs the most corresponding communication Task, and go to step S3 after performing communication task.
In another preferred embodiment of the present invention, if subenvironment information is Vibration induction information, then move The corresponding dormancy standard value preset in dynamic terminal is the normal shake information preset, and one presets Second sustained periods of time.Matching process for Vibration induction information is similar to the coupling to environment bright information Process, concrete as it is shown in fig. 7, comprises:
Step S221c, Vibration induction information is mated by mobile terminal with normal shake information, and Environmental information turns to step S222c when being matched with normal shake information；
Step S222c, mobile terminal is by the second persistent period of Vibration induction information and the second sustained periods of time Mate:
If the second persistent period reached the second sustained periods of time, then judge the success of Vibration induction information matches, will Current Vibration induction information preserves as normal shake information, and continues executing with step S22；
If the second persistent period was not up to the second sustained periods of time, then judge the failure of Vibration induction information matches, And perform corresponding communication task, after communication task terminates, go to step S3.
Such as user is before going to sleep, generally will not be further continued for operation or mobile mobile terminal, Now the Vibration induction level of mobile terminal should be in a more stable situation.The most above-mentioned standard is shaken Dynamic information could be arranged to this relatively smoothly in the case of a Vibration induction information.
The most specifically, in this embodiment, as mentioned above it is possible, mobile terminal coupling Vibration induction information During, need first Vibration induction information to be compared with the normal shake information preset, and in shake (such as detect what ambient brightness was similar to turn off the light when dynamic induction information is not more than above-mentioned normal shake information Brightness) persistently detect Vibration induction information a period of time, to judge that Vibration induction information is maintained at no more than Whether the persistent period of normal shake information reaches above-mentioned the second default sustained periods of time.Only above-mentioned two Condition is all reached, and just thinks to the success of Vibration induction information matches, and continues executing with above-mentioned steps S22, I.e. continue other current context information that may be present are mated.
In this embodiment, if above-mentioned two condition one of them not up to, i.e. Vibration induction information is more than upper State normal shake information, though or Vibration induction information the most above-mentioned normal shake information, but continue Time is not up to above-mentioned second sustained periods of time, then mobile terminal performs the most corresponding communication Task, and go to step S3 after performing communication task.
In the preferred embodiment of the present invention, only detect and the subenvironment information mated is equal at above-mentioned needs When being matched with the dormancy standard value of correspondence, just turning to following step S23, otherwise, mobile terminal performs such as The above corresponding communication task, and go to step S3 after performing communication task.
Such as, above-mentioned current context information includes positional information, environmental light intensity information and Vibration induction Information.Then in above-mentioned steps S22, only it is matched with corresponding standard location information at above-mentioned positional information (such as mobile terminal is in usual dormancy location), and environmental light intensity information be matched with corresponding Etalon optical power information in the case of continue the first sustained periods of time (environment bright around such as mobile terminal At or below the environment bright residing for usual dormancy, and continue for some time), and Vibration induction letter Breath continues the second sustained periods of time (such as mobile terminal in the case of being matched with corresponding normal shake information Stop motion, and continue for some time) after, could be judged it in a dormant state, and turn to step S23.
Step S23, mobile terminal judges to be currently in the environment being suitable to dormancy, and turns to step S3.
Step S3, mobile terminal directly switches back into holding state, is then returned to step S1；
In the preferred embodiment of the present invention, in above-mentioned steps S3, if the judged result of abovementioned steps is: 1) signal quality of the Serving cell that mobile terminal is presently in is the best；2) ring that mobile terminal is current Border condition is suitable to dormancy, and (such as mobile terminal is currently at generally can be with the position of dormancy, and mobile terminal Environment bright around is suitable to dormancy, and mobile terminal is currently in resting state)；Then mobile terminal exists Directly switch back into holding state in this DRX configuration cycle, and do not perform routine in each wake-up states The lower communication task needing to perform, thus reduce power consumption consumption.
In sum, in technical solution of the present invention, mobile terminal judges the signal quality of current service cell The best and current environment is suitable to dormancy, then abandon every time waking up up of routine and have to carry out corresponding leading to Trust the operation of business, and directly return to holding state from wake-up states, thus reduce the merit of mobile terminal Consumption consumes.
In the preferred embodiment of the present invention, based on power consumption saving method above, a kind of merit of existing offer Consumption saving system, it is adaptable to mobile terminal.Then this power consumption saves the population structure of system as shown in Figure 8, Specifically include:
Status toggle unit 1, for by the current state of mobile terminal wake-up states and holding state it Before switch over；
In the preferred embodiment of the present invention, status toggle unit 1 is according to discontinuous receiving cycle (DRX Configuration cycle), arrange according to routine and mobile terminal is switched to wake-up states from holding state, at this not Repeat again.
Measuring unit 2, connection status switch unit 1, for measuring when mobile terminal is in wake-up states The signal quality of the most resident Serving cell, and export corresponding measurement result.
In the preferred embodiment of the present invention, as it is shown in figure 9, measuring unit 2 specifically includes:
Start module 21, for the output when mobile terminal is waken up and is under wake-up states for representing The enabled instruction measuring operation to the signal quality of Serving cell；
Acquisition module 22, connects and starts module 21, measures operation for starting according to enabled instruction, obtains It is associated with the downlink page call information of Serving cell and exports；
Parsing module 23, connects acquisition module 22, is closed for resolving according to downlink page call information It is coupled to the signal quality of Serving cell and exports；
In the preferred embodiment of the present invention, the signal quality transmission that above-mentioned measuring unit 2 will finally obtain To the first judging unit 3.
Therefore, in the preferred embodiment of the present invention, the most as shown in Figure 8, above-mentioned power consumption saves system In also include:
First judging unit 3, connects measuring unit 2.In the preferred embodiment of the present invention, first judges It is preset with a quality threshold in unit 3, for measurement result is compared with quality threshold, and exports Corresponding first judged result；
Sensing unit 4, including multiple sensors 41.In the preferred embodiment of the present invention, sensing Unit 4 connects the first judging unit 3, and for representing that measurement result reaches quality in the first judged result During threshold value, detect the current context information obtaining being presently in and export.
In the preferred embodiment of the present invention, as above, current context information includes at least one class Environmental information；Then sensing unit includes that at least one sensor, each sensor are respectively used to detect To a class corresponding subenvironment information and export.
In the preferred embodiment of the present invention, the most as shown in Figure 8, above-mentioned power consumption saving system is also wrapped Include:
Second judging unit 5, connects sensing unit 4, for judging mobile terminal according to current context information Currently whether it is in the environment being suitable to dormancy, and exports corresponding second judged result.
In the preferred embodiment of the present invention, as shown in Figure 10, above-mentioned second judging unit 5 specifically wraps Include:
Matching module 51.In the preferred embodiment of the present invention, it is preset with in matching module 51 and closes respectively It is coupled to the dormancy standard value of every class subenvironment information, and for by every class subenvironment information and corresponding dormancy Standard value is mated, and exports corresponding matching result respectively；
Judge module 52, matching connection module 51.In the preferred embodiment of the present invention, it is judged that module 52 for judging, at matching result table according to the matching result being associated with every class subenvironment information respectively Show that all subenvironment information judges that mobile terminal is currently at when being all matched with corresponding dormancy standard value and is suitable to In the environment of dormancy, export corresponding second judged result.
Specifically, in a preferred embodiment of the present invention, if as mentioned above it is possible, subenvironment information For the positional information that mobile terminal is current, then the corresponding dormancy standard value preset in matching module is for being suitable to The standard location information of mobile terminal sleep；
Then in this embodiment, above-mentioned judge module 52 judges according to matching result, if positional information Be assigned in standard location information, then the match is successful to judge positional information；
In this embodiment, the most as shown in Figure 10, above-mentioned second judging unit 5 also includes:
Logging modle 53, respectively connection judgment module 52 and matching module 51, at judge module 52 After judging positional information the match is successful, record position information, to be stored in coupling as standard location information In module 51.
Specifically, in another preferred embodiment of the present invention, if as mentioned above it is possible, subenvironment letter Breath is environmental light intensity information, then the corresponding dormancy standard value preset in matching module is a standard preset Intensity signal, and first sustained periods of time preset；
Then in this embodiment, above-mentioned judge module 52 judges according to matching result, if environmental light intensity letter The persistent period of breath no more than etalon optical power information reaches the first sustained periods of time, then judge environmental light intensity information The match is successful；
In this embodiment, same as mentioned above it is possible, the logging modle 53 that includes of the second judging unit 5 After judge module 52 judges the success of environmental light intensity information matches, record environmental light intensity information, using as mark Quasi-intensity signal is stored in matching module 51.
Specifically, in another preferred embodiment of the present invention, if as mentioned above it is possible, subenvironment letter Breath is Vibration induction information, then the corresponding dormancy standard value preset in mobile terminal is a standard preset Vibration information, and second sustained periods of time preset；
Then in this embodiment, above-mentioned judge module 52 judges according to matching result, if Vibration induction letter Breath is matched with persistent period of etalon optical power information and reaches the second sustained periods of time, then judge Vibration induction information The match is successful；
In this embodiment, same as mentioned above it is possible, the logging modle 53 that includes of the second judging unit 5 After judge module 52 judges the success of Vibration induction information matches, record Vibration induction information, using as mark Quasi-vibration information is stored in matching module 51.
In other embodiments of the present invention, for the subenvironment information of other different classifications and corresponding Dormancy standard value, be referred to the similar coupling of the above execution and judge process.
In the preferred embodiment of the present invention, the most as shown in Figure 8, above-mentioned power consumption saving system is also wrapped Include:
Control unit 6, connects the second judging unit 5 and status toggle unit 1 respectively, for according to the Two judged results, export corresponding dormancy instruction when mobile terminal is currently at and is suitable in the environment of dormancy, Directly mobile terminal is switched back into holding state with controlled state switch unit 1.
Communication unit 7, connects the first judging unit the 3, second judging unit 5 and control unit 6 respectively, For according to the first judged result or the second judged result:
First judged result represents when the signal quality of Serving cell is not up to quality threshold, controls mobile whole End performs corresponding communication task；Or
Second judged result represents that there is any type subenvironment information does not matches corresponding dormancy standard value Time, control mobile terminal and perform corresponding communication task.
The most correspondingly, in the preferred embodiment of the present invention, above-mentioned control unit 6 is attempted at cell reselection After end, issue dormancy instruction to status toggle unit 1, will be mobile whole with controlled state switch unit 1 End-grain cutting gains holding state.
In the preferred embodiment of the present invention, as mentioned above it is possible, above-mentioned communication task can be included in often Under secondary wake-up states, mobile terminal is required for adjacent cell measurement and the cell reselection trial performed, it is possible to The operation performed to include other mobile terminals under each wake-up states to be required for, such as to SIM Update, and wake up the operation of system according to the heart beating alarm clock being associated with some application program up.
Then in a preferred embodiment of the present invention, if communication task includes adjacent cell measurement and little District's gravity treatment is attempted, and the most as shown in figure 11, specifically includes in above-mentioned communication unit 7:
Measurement module 71, for the adjacent cell of Serving cell carries out cell measurement, and exports the least Region measurement result；
Evaluation module 72, connects measurement module 71, for according to cell measurement results, to corresponding adjacent little District carries out cell reselection evaluation, and exports corresponding assessment result；
Gravity treatment module 73, connects evaluation module 72, for according to assessment result, selects one accordingly Adjacent cell also performs cell reselection trial.
In other embodiments of the present invention, according to the difference of communication task, above-mentioned communication unit 7 also may be used To include other different functional modules, do not repeat them here.
In the preferred embodiment of the present invention, also provide for a kind of mobile terminal, wherein use the above Power consumption saving method.
In the preferred embodiment of the present invention, also provide for a kind of mobile terminal, including the above Power consumption save system.
The foregoing is only preferred embodiment of the present invention, not thereby limit embodiments of the present invention and Protection domain, to those skilled in the art, it should can appreciate that all utilization description of the invention And the equivalent done by diagramatic content and the scheme obtained by obvious change, all should comprise Within the scope of the present invention.

Claims (22)

1. a power consumption saving method, it is adaptable to mobile terminal；It is characterized in that, including:
Step S1, described mobile terminal is waken up under holding state according to discontinuous receiving cycle and enters Wake-up states, and measure the signal quality of the most resident Serving cell, described in described Serving cell Signal quality reaches to turn to step S2 during default quality threshold；
Step S2, described mobile terminal by built-in multiple sensors detection obtain being presently in current Environmental information, and the environment being presently in is judged according to described current context information, be suitable to being currently at Step S3 is turned to time in the environment of dormancy；
Step S3, described mobile terminal directly switches back into described holding state, is then returned to described step S1；
2. power consumption saving method as claimed in claim 1, it is characterised in that in described step S1, The method of the described signal quality that described mobile terminal measures the most resident described Serving cell includes:
Step S11, described mobile terminal is waken up in a described discontinuous periodic, and starts institute State the measurement operation of the described signal quality of Serving cell；
Step S12, described acquisition for mobile terminal is associated with the downlink page call information of described Serving cell；
Step S13, described mobile terminal resolves according to described downlink page call information and obtains being associated with institute State the described signal quality of Serving cell, continue thereafter with described step S1 of execution.
3. power consumption saving method as claimed in claim 1, it is characterised in that in described step S1, If the described quality threshold that the described signal quality of described Serving cell is not up to preset, the most described mobile whole Hold under described wake-up states, perform corresponding communication task, and turn after described communication task is finished To described step S3.
4. power consumption saving method as claimed in claim 1, it is characterised in that in described step S2, If the described current context information that described mobile terminal obtains according to detection judges that the environment being presently in is not as Being suitable to the environment of dormancy, the most described mobile terminal performs corresponding communication task under described wake-up states, And after described communication task terminates, go to described step S3.
5. power consumption saving method as claimed in claim 1, it is characterised in that described current context information Include at least one class subenvironment information.
In described step S2, in described mobile terminal, preset at least one be respectively associated in described in every class The dormancy standard value of subenvironment information；
The most described step S2 specifically includes:
Step S21, the detection of described mobile terminal obtains described current context information；
Step S22, described mobile terminal is respectively by subenvironment described in the every class in described current context information Information is mated with corresponding described dormancy standard value, and is all matched with in all described subenvironment information Step S23 is turned to during corresponding described dormancy standard value；
Step S23, described mobile terminal judges to be currently in the environment being suitable to dormancy, and turns to described Step S3.
6. power consumption saving method as claimed in claim 5, it is characterised in that in described step S22, If there is subenvironment information described in any type not match the described dormancy standard value of correspondence, the most described shifting Dynamic terminal performs corresponding communication task under described wake-up states, and turns after described communication task terminates To described step S3.
7. power consumption saving method as claimed in claim 5, it is characterised in that in described step S22, If the described subenvironment information positional information that to be described mobile terminal current, preset in the most described mobile terminal Corresponding described dormancy standard value be to be suitable to the standard location information of described mobile terminal sleep；
Then described mobile terminal is detected to the described positional information obtained, performs following step and mate:
Step S221a, described positional information and described standard location information are carried out by described mobile terminal Join；
If described positional information is matched with described standard location information, then judge that described positional information mates into Merit, preserves current described positional information as described standard location information, and continues executing with described step Rapid S22；
If described positional information does not matches described standard location information, then judge that described positional information mates Failure, and perform corresponding communication task, after described communication task terminates, go to described step S3.
8. power consumption saving method as claimed in claim 5, it is characterised in that in described step S22, If the environmental light intensity information that described subenvironment information is described mobile terminal, preset in the most described mobile terminal Corresponding described dormancy standard value be one preset etalon optical power information, and one preset first continue Period；
Then described mobile terminal is detected to the described environmental light intensity information obtained, perform following step and carry out Coupling:
Step S221b, described environmental light intensity information is entered by described mobile terminal with described etalon optical power information Row coupling, and turn to step S222b when described environmental information is not more than described etalon optical power information；
Step S222b, described mobile terminal by the first persistent period of described environmental light intensity information with described First sustained periods of time is mated:
If described first persistent period reaches described first sustained periods of time, then judge described environmental light intensity information The match is successful, current described environmental light intensity information is preserved as described etalon optical power information, and continues Perform described step S22；
If described first persistent period is not up to described first sustained periods of time, then judge that described environmental light intensity is believed It fails to match for breath, and performs corresponding communication task, goes to described step after described communication task terminates S3。
9. power consumption saving method as claimed in claim 5, it is characterised in that in described step S22, If the Vibration induction information that described subenvironment information is described mobile terminal, preset in the most described mobile terminal Corresponding described dormancy standard value be one preset normal shake information, and one preset second continue Period；
Then described mobile terminal is detected to the described Vibration induction information obtained, perform following step and carry out Coupling:
Step S221c, described Vibration induction information is entered by described mobile terminal with described normal shake information Row coupling, and turn to step S222c when described environmental information is matched with described normal shake information；
Step S222c, described mobile terminal by the second persistent period of described Vibration induction information with described Second sustained periods of time is mated:
If described second persistent period reaches described second sustained periods of time, then judge described Vibration induction information The match is successful, current described Vibration induction information is preserved as described normal shake information, and continues Perform described step S22；
If described second persistent period is not up to described second sustained periods of time, then judge that described Vibration induction is believed It fails to match for breath, and performs corresponding communication task, goes to described step after described communication task terminates S3。
10., such as claim 3, power consumption saving method described in any one in 4,6-9, its feature exists In,
The corresponding described communication task that described mobile terminal performs includes: described mobile terminal is called out in described Perform adjacent cell measurement under the state of waking up and cell reselection is attempted.
11. power consumption saving methods as claimed in claim 10, it is characterised in that described mobile terminal is held The step that row adjacent cell measurement and cell reselection are attempted specifically includes:
Step a1, described mobile terminal carries out cell measurement to the adjacent cell being associated with described Serving cell, And export corresponding measurement result；
Step a2, corresponding described adjacent cell, according to described measurement result, is carried out little by described mobile terminal The assessment of district's gravity treatment, and export corresponding assessment result；
Step a3, described mobile terminal, according to described assessment result, selects a corresponding described adjacent cell And carry out cell reselection trial.
12. 1 kinds of power consumptions save system, it is adaptable to mobile terminal；It is characterized in that, including:
Status toggle unit, is used for the current state of described mobile terminal at wake-up states and holding state Switch over before；
Described status toggle unit is according to discontinuous receiving cycle, by described mobile terminal from described standby shape State switches to described wake-up states；
Measuring unit, connects described status toggle unit, wakes up up described in being at described mobile terminal Measure the signal quality of the most resident Serving cell during state, and export corresponding measurement result；
First judging unit, connects described measuring unit, is preset with a mass in described first judging unit Threshold value, for described measurement result being compared with described quality threshold, and exports corresponding first and sentences Disconnected result；
Sensing unit, including multiple sensors, described sensing unit connects described first judging unit, For when described first judged result represents that described measurement result reaches described quality threshold, detection obtains The current context information that is presently in also exports；
Second judging unit, connects described sensing unit, for judging institute according to described current context information State the most whether mobile terminal is in the environment being suitable to dormancy, and export corresponding second judged result；
Control unit, connects described second judging unit and described status toggle unit, respectively for basis Described second judged result, described mobile terminal be currently at be suitable in the environment of dormancy time output corresponding Dormancy instruction, directly described mobile terminal is switched back into described standby controlling described status toggle unit State.
13. power consumptions as claimed in claim 12 save system, it is characterised in that in described measuring unit Including:
Start module, use for the output when described mobile terminal is waken up and is under described wake-up states In the enabled instruction measuring operation representing the described signal quality to described Serving cell；
Acquisition module, connects and starts module, for starting described measurement operation according to described enabled instruction, Obtain and be associated with the downlink page call information of described Serving cell and export；
Parsing module, connects described acquisition module, for resolving according to described downlink page call information To being associated with the signal quality of described Serving cell and exporting；
Described signal quality transmission extremely described first judging unit that described measuring unit will finally obtain.
14. power consumptions as claimed in claim 12 save system, it is characterised in that described current environment is believed Breath includes at least one class subenvironment information；
The most described sensing unit includes that at least one described sensor, each described sensor are respectively used to Detection obtains the corresponding described subenvironment information of class and exports；
Described second judging unit includes:
Matching module, is preset with in described matching module and is respectively associated stopping in subenvironment information described in every class Dormancy standard value, and for subenvironment information described in every class is mated with corresponding described dormancy standard value, Export corresponding matching result respectively；
Judge module, connects described matching module, for respectively according to being associated with subenvironment letter described in every class The described matching result of breath judges, represents equal of all described subenvironment information at described matching result Judge when being assigned in corresponding described dormancy standard value that described mobile terminal is currently at the environment being suitable to dormancy In, export the most described second judged result.
15. power consumptions as claimed in claim 14 save system, it is characterised in that if described subenvironment letter Breath is the current positional information of described mobile terminal, and that presets in the most described matching module corresponding described stops Dormancy standard value is to be suitable to the standard location information of described mobile terminal sleep；
Described judge module judges according to described matching result, if described positional information is matched with described Standard location information, then the match is successful to judge described positional information；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges described positional information the match is successful, record described positional information, using as described normal place Information is stored in described matching module.
16. power consumptions as claimed in claim 14 save system, it is characterised in that if described subenvironment letter Breath is described environmental light intensity information, and the corresponding described dormancy standard value preset in the most described matching module is The one etalon optical power information preset, and first sustained periods of time preset；
Described judge module judges according to described matching result, if described environmental light intensity information is not more than The persistent period of described etalon optical power information reaches described first sustained periods of time, then judge described environmental light intensity Information matches success；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges the success of described environmental light intensity information matches, record described environmental light intensity information, using as described Etalon optical power information is stored in described matching module.
17. power consumptions as claimed in claim 14 save system, it is characterised in that if described subenvironment letter Breath is described Vibration induction information, and the corresponding described dormancy standard value preset in the most described mobile terminal is The one normal shake information preset, and second sustained periods of time preset；
Described judge module judges according to described matching result, if described Vibration induction information matches in The persistent period of described etalon optical power information reaches described second sustained periods of time, then judge described Vibration induction Information matches success；
Described second judging unit also includes:
Logging modle, connects described judge module and described matching module respectively, at described judgement mould After block judges the success of described Vibration induction information matches, record described Vibration induction information, using as described Normal shake information is stored in described matching module.
18. power consumptions as claimed in claim 12 save system, it is characterised in that also include:
Communication unit, connects described first judging unit, described second judging unit and described control respectively Unit, for according to described first judged result or described second judged result:
Described first judged result represents that the described signal quality of described Serving cell is not up to described quality threshold During value, control described mobile terminal and perform corresponding communication task；Or
Described second judged result represents that there is subenvironment information described in any type does not matches corresponding institute When stating dormancy standard value, control described mobile terminal and perform corresponding communication task；
Described control unit, after described communication task terminates, issues described stopping to described status toggle unit Sleep instruction, described mobile terminal is switched back into described holding state controlling described status toggle unit.
19. power consumptions as claimed in claim 18 save system, it is characterised in that described communication task bag Include: described mobile terminal carries out adjacent cell measurement under described wake-up states and cell reselection is attempted.
20. power consumptions as claimed in claim 19 save system, it is characterised in that in described communication unit Including:
Measurement module, for the adjacent cell of described Serving cell carries out cell measurement, and exports corresponding Cell measurement results；
Evaluation module, connects described measurement module, for according to described cell measurement results, to accordingly Described adjacent cell carries out cell reselection evaluation, and exports corresponding assessment result；
Gravity treatment module, connects described evaluation module, for according to described assessment result, selects one accordingly Described adjacent cell and perform cell reselection attempt.
21. 1 kinds of mobile terminals, it is characterised in that use the power consumption as described in claim 1-11 to save Method.
22. 1 kinds of mobile terminals, it is characterised in that include the power consumption joint as described in claim 12-20 Province's system.
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CN107231482A (en) * 2017-06-22 2017-10-03 奉化波导软件有限公司 It is a kind of to avoid user from bowing the method for operating handset terminal
CN107231482B (en) * 2017-06-22 2020-03-27 奉化波导软件有限公司 Method for preventing user from lowering head to operate mobile phone terminal
CN108847888A (en) * 2018-07-02 2018-11-20 北京科技大学 A kind of visible light communication network switching method and device

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