CN106371481A - Terminal energy-saving management method and apparatus, and terminal - Google Patents
Terminal energy-saving management method and apparatus, and terminal Download PDFInfo
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- CN106371481A CN106371481A CN201510432538.4A CN201510432538A CN106371481A CN 106371481 A CN106371481 A CN 106371481A CN 201510432538 A CN201510432538 A CN 201510432538A CN 106371481 A CN106371481 A CN 106371481A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M1/00—Substation equipment, e.g. for use by subscribers
- H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
- H04M1/725—Cordless telephones
- H04M1/73—Battery saving arrangements
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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- Telephone Function (AREA)
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Abstract
The invention discloses a terminal energy-saving management method and apparatus, and a terminal. First of all, an energy consumption monitoring threshold used for representing energy consumption of a terminal application is set, then when the terminal application is started, an actual energy consumption value of the terminal application is monitored, when it is monitored that the current actual energy consumption value of the terminal application is greater than the preset energy consumption monitoring threshold, automatic energy-saving control can be performed on the terminal application, such that the terminal application is prevented from consuming too much electric energy of a terminal, the effects of saving energy of the terminal and increasing endurance time of the terminal are realized, energy conservation, convenience, rapidness and high efficiency can be automatically realized without tedious setting by a user, and satisfaction of user experience can be improved to a greater degree.
Description
Technical field
The present invention relates to field of terminal is and in particular to a kind of terminal administration of energy conservation method, device and terminal.
Background technology
In recent years, the screen size with intelligent terminal is increasing, pixel more and more higher, not only fhd (full
High definition, full HD) screen and 2k or even 4k screen all begin to use.Along with intelligence eventually
The core number of end processor and frequency constantly increase, and what various terminals were applied increases and use, and leads in terminal
The development of battery capacity much do not catch up with the development speed of intelligent terminal itself, lead to user must not differ sky
One fills, or even half a day one fills, and badly influences the satisfaction of Consumer's Experience.
Content of the invention
The main technical problem to be solved in the present invention is to provide a kind of terminal administration of energy conservation method, device and end
End, solves how to be terminal energy-conservation, increases the problem in terminal cruising time.
For solving above-mentioned technical problem, the present invention provides a kind of terminal administration of energy conservation method, comprising:
It is provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
The actual consumption value of this terminal applies is monitored after terminal applies are opened；
When monitoring that described actual consumption value is more than described energy consumption monitoring threshold value, described terminal applies are carried out
Saving pipe controlled.
In an embodiment of the present invention, described energy consumption monitoring threshold value include system temperature rise monitoring threshold t and/
Or system power consumes monitoring threshold i；Described actual consumption value include system temperature actual lift-off value t and/or
System power actual consumption value i.
In an embodiment of the present invention, when described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t,
Described system temperature rise monitoring threshold t includes front stage operation temperature rise monitoring threshold t1 and running background temperature rise monitoring threshold
Value t2；The actual lift-off value t of described system temperature includes foreground system temperature increase t1 and background system temperature
Lift-off value t2；
When after terminal applies being opened in front stage operation, monitor the foreground system temperature increase of this terminal applies
Whether t1 is more than described front stage operation temperature rise monitoring threshold t1；
When after terminal applies being opened in running background, monitor the background system temperature increase of this terminal applies
Whether t2 is more than described running background temperature rise monitoring threshold t2；
When described energy consumption monitoring threshold value includes system power consumption monitoring threshold i, described system power consumption prison
Survey threshold value i and include foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Described system power actual consumption value i includes foreground system current consumption value i1 and background system current consumption value
i2；
When after terminal applies being opened in front stage operation, monitor the foreground system current consumption value of this terminal applies
Whether i1 is more than described foreground system current drain monitoring threshold i1；
When after terminal applies being opened in front stage operation, monitor the background system current consumption value of this terminal applies
Whether i2 is more than described background system current drain monitoring threshold i2.
In an embodiment of the present invention, described when monitoring that described foreground system temperature increase t1 is more than
During front stage operation temperature rise monitoring threshold t1, and/or monitor that described foreground system current consumption value i1 is more than institute
When stating foreground system current drain monitoring threshold i1, described saving pipe controlled includes limiting described terminal applies occupancy
Resource；
When monitor described background system temperature increase t2 be more than described running background temperature rise monitoring threshold t2
When, and/or monitor described background system current consumption value i2 more than described background system current drain monitoring threshold
During value i2, described saving pipe controlled includes closing the process that described terminal applies take.
In an embodiment of the present invention, before carrying out control to described terminal applies, also include judging institute
State terminal applies whether in default non-control list of application；As no, then carry out described energy-conservation control.
In an embodiment of the present invention, when described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t,
Arrange described front stage operation temperature rise monitoring threshold t1 and running background temperature rise monitoring threshold t2 to include:
The temperature gathering described terminal each major heading device on foreground when described terminal applies are normally run raises
Value, the described temperature increase according to obtaining arranges described front stage operation temperature rise monitoring threshold t1；Or direct root
According to empirical value, described front stage operation temperature rise monitoring threshold t1 is set；
The temperature gathering described terminal each major heading device on backstage when described terminal applies are normally run raises
Value, the described temperature increase according to obtaining arranges described running background temperature rise monitoring threshold t2；Or direct root
According to empirical value, described running background temperature rise monitoring threshold t2 is set；
When described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t, described foreground system electric current is set and disappears
Consumption monitoring threshold i1 and background system current drain monitoring threshold i2 includes:
When described terminal applies are normally run on foreground by being connected on the current sample electricity of terminal supplying power one end
Resistance obtains current system electric current actual consumption value, according to this current system power actual consumption value setting described before
Platform system power consumes monitoring threshold i1；Or described foreground system current drain prison is directly set based on experience value
Survey threshold value i1；
When described terminal applies are normally run on backstage by being connected on the current sample electricity of terminal supplying power one end
Resistance obtains current system electric current actual consumption value, according to this current system power actual consumption value setting described before
System power consumes monitoring threshold i2 afterwards；Or described background system current drain prison is directly set based on experience value
Survey threshold value i2.
In an embodiment of the present invention, terminal applies unlatching after in front stage operation when, by gather institute
The temperature increase stating terminal each major heading device carries out average value processing and obtains foreground system temperature increase t1；
Obtain the foreground system current drain of this terminal applies by being connected on the current sampling resistor of terminal supplying power one end
Value i1；
When after terminal applies being opened in running background, by gathering the temperature of described terminal each major heading device
Lift-off value carries out average value processing and obtains background system temperature increase t2；By being connected on terminal supplying power one end
Current sampling resistor obtains background system current consumption value i2 of this terminal applies.
In an embodiment of the present invention, described major heading device includes processor cpu, graphic process unit
At least one of gpu, Power Management Unit pmu and radio-frequency power amplifier.
In order to solve the above problems, present invention also offers a kind of terminal energy-saving management device, comprising:
Setup module, for being provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
Monitoring modular, for monitoring the actual consumption value of this terminal applies after terminal applies are opened；
Management and control module, for when monitoring that described actual consumption value is more than described energy consumption monitoring threshold value, to institute
State terminal applies and carry out saving pipe controlled.
In an embodiment of the present invention, described setup module includes temperature control setting submodule and/or electric current sets
Put submodule, described monitoring modular includes temperature monitoring submodule and/or current monitoring submodule；Described energy consumption
Monitoring threshold includes system temperature rise monitoring threshold t and/or system power consumes monitoring threshold i；Described actual energy
Consumption value includes system temperature actual lift-off value t and/or system power actual consumption value i；
Described temperature control setting submodule is used for arranging system temperature rise monitoring threshold t；
Described electric current setting submodule is used for arranging system power consumption monitoring threshold i；
Described temperature monitoring submodule is used for monitoring system temperature actual lift-off value t；
Described current monitoring submodule is used for monitoring system electric current actual consumption value i.
In an embodiment of the present invention, when described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t,
Described system temperature rise monitoring threshold t includes front stage operation temperature rise monitoring threshold t1 and running background temperature rise monitoring threshold
Value t2；Described temperature control setting submodule includes the foreground temperature control for arranging front stage operation temperature rise monitoring threshold t1
Arranging unit and the backstage temperature control arranging unit for arranging front stage operation temperature rise monitoring threshold t2；Described system
Temperature actual lift-off value t includes foreground system temperature increase t1 and background system temperature increase t2, described
Temperature monitoring submodule includes foreground temperature monitoring unit and temperature monitoring in backstage takes unit；
Described foreground temperature monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether the foreground system temperature increase t1 of application is more than described front stage operation temperature rise monitoring threshold t1；
Described backstage temperature monitoring unit is for, when after terminal applies being opened in running background, monitoring this terminal
Whether the background system temperature increase t2 of application is more than described running background temperature rise monitoring threshold t2；
When described energy consumption monitoring threshold value includes system power consumption monitoring threshold i, described system power consumption prison
Survey threshold value i and include foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Described electric current setting submodule includes setting for the foreground electric current arranging foreground system current drain monitoring threshold i1
Put unit and the backstage current setting unit for arranging background system current drain monitoring threshold i2；Described system
System electric current actual consumption value i includes foreground system current consumption value i1 and background system current consumption value i2；Institute
State current monitoring submodule and include foreground current monitoring unit and backstage current monitoring unit；
Described foreground current monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether foreground system current consumption value i1 of application is more than described foreground system current drain monitoring threshold i1；
Described backstage current monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether background system current consumption value i2 of application is more than described background system current drain monitoring threshold i2.
In an embodiment of the present invention, described management and control module includes resource management and control submodule and process management and control
Submodule；
Described resource management and control submodule is used for monitoring described foreground system temperature in described foreground temperature monitoring unit
When degree lift-off value t1 is more than described front stage operation temperature rise monitoring threshold t1, and/or described foreground current monitoring list
Unit monitors that described foreground system current consumption value i1 is more than described foreground system current drain monitoring threshold i1
When, limit described terminal applies and take resource；
Described process management and control submodule is used for platform temperature monitoring unit in the rear and monitors described background system temperature
When degree lift-off value t2 is more than described running background temperature rise monitoring threshold t2, and/or described backstage current monitoring list
Unit monitors that described background system current consumption value i2 is more than described background system current drain monitoring threshold i2
When, close the process that described terminal applies take.
In order to solve the above problems, present invention also offers a kind of terminal, including terminal energy-conservation as above
Managing device.
The invention has the beneficial effects as follows:
Terminal administration of energy conservation method, device and terminal that the present invention provides, being provided for sign terminal first should
With the energy consumption monitoring threshold value of energy consumption, then after terminal applies are opened, monitor the actual consumption of this terminal applies
Value, and when monitoring that the current actual consumption value of this terminal applies is more than the energy consumption monitoring threshold value pre-setting,
Automatic energy saving management and control can be carried out to this terminal applies, it is to avoid this terminal applies consumes the electric energy of terminal excessively,
Thus reaching terminal energy-conservation, and increase the effect in terminal cruising time, and do not need user to carry out loaded down with trivial details setting
Put and can be automatically obtained energy-conservation, convenient, fast, efficient, expiring of Consumer's Experience, can be lifted on increasing degree
Meaning degree.
Brief description
The terminal administration of energy conservation method flow schematic diagram that Fig. 1 provides for the embodiment of the present invention one；
Fig. 2 illustrates according to the flow process that temperature carries out administration of energy conservation for example one offer of the embodiment of the present invention one
Figure；
Fig. 3 illustrates according to the flow process that electric current carries out administration of energy conservation for example two offer of the embodiment of the present invention one
Figure；
The terminal structure schematic diagram that Fig. 4 provides for the embodiment of the present invention two；
Fig. 5 carries out energy-saving management device structural representation for what the embodiment of the present invention two provided according to electric current；
Fig. 6 is the administration of energy conservation carrying out administration of energy conservation according to temperature of example one offer of the embodiment of the present invention two
Apparatus structure schematic diagram；
Fig. 7 is the administration of energy conservation carrying out administration of energy conservation according to electric current of example two offer of the embodiment of the present invention two
Apparatus structure schematic diagram；
Fig. 8 is the section carrying out administration of energy conservation according to temperature and electric current of example three offer of the embodiment of the present invention two
Can managing device structural representation.
Specific embodiment
Combine accompanying drawing below by specific embodiment the present invention is described in further detail.
Embodiment one:
The terminal administration of energy conservation method that the present embodiment provides is shown in Figure 1, comprising:
Step 101: be provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
Step 102: monitor the actual consumption value of this terminal applies after terminal applies are opened；
Step 103: when monitoring that described actual consumption value is more than described energy consumption monitoring threshold value, to terminal applies
Carry out saving pipe controlled.
In above-mentioned steps 101, the energy consumption monitoring threshold value of setting includes system temperature rise monitoring threshold t and/or system electricity
Stream consumes monitoring threshold i；Actual consumption value in corresponding above-mentioned steps 103 includes the actual rising of system temperature
Value t and/or system power actual consumption value i.In order to be more convenient for that the solution of the present invention is clearly understood from, under
With following three kinds of examples, the present invention is described in detail respectively in face.
Example one: energy consumption monitoring threshold value includes system temperature rise monitoring threshold t
The system temperature rise monitoring threshold t now arranging includes front stage operation temperature rise monitoring threshold t1 and running background
Temperature rise monitoring threshold t2；The actual lift-off value t of corresponding system temperature include foreground system temperature increase t1 and
Background system temperature increase t2；Foreground in the present embodiment refers to the shape in system front stage operation for the terminal applies
State, backstage then refers to that terminal applies reside in the state on backstage.
Now, in above-mentioned steps 101, setting energy consumption monitoring threshold value includes arranging front stage operation temperature rise monitoring threshold
T1 and running background temperature rise monitoring threshold t2；
During setting front stage operation temperature rise monitoring threshold t1, can gather when terminal applies are normally run on foreground eventually
Hold the temperature increase of each major heading device, then according to the temperature increase setting front stage operation temperature rise obtaining
Monitoring threshold t1；For example the multiple temperature increase obtaining are weighted with the temperature value obtaining after average treatment
As front stage operation temperature rise monitoring threshold t1；Certainly, described front stage operation also can be directly set based on experience value
Temperature rise monitoring threshold t1；
When running temperature rise monitoring threshold t1 before and after setting, the acquisition terminal when terminal applies are normally run on backstage
The temperature increase of each major heading device, according to the temperature increase setting described running background temperature rise prison obtaining
Survey threshold value t2；The temperature value for example multiple temperature increase obtaining being weighted obtaining after average treatment is made
For running background temperature rise monitoring threshold t2；Certainly, described running background temperature also can be directly set based on experience value
Rise monitoring threshold t2；
Corresponding, subsequently terminal applies unlatching after in front stage operation when, by acquisition terminal each major heading device
The temperature increase of part carries out average value processing and obtains foreground system temperature increase t1；Subsequently open in terminal applies
After opening in running background, average value processing is carried out by the temperature increase of acquisition terminal each major heading device and obtains
To background system temperature increase t2.
Major heading device in this example includes processor cpu, graphic process unit gpu, Power Management Unit pmu
At least one of with radio-frequency power amplifier pa, and specifically can be obtained by arranging corresponding temperature sensor
The temperature of these major heading devices, the amplitude being then based on the temperature rising of each target main device is weighted putting down
All process the temperature rise monitoring threshold after obtaining synthesis.
Then, when after terminal applies unlatching in front stage operation, monitor the foreground system temperature liter of this terminal applies
Whether high level t1 is more than setting front stage operation temperature rise monitoring threshold t1；
When after terminal applies being opened in running background, monitor the background system temperature increase of this terminal applies
Whether t2 is more than running background temperature rise monitoring threshold t2；
When the foreground system temperature increase t1 monitoring terminal applies is more than the front stage operation temperature rise monitoring setting
During threshold value t1, then limit this terminal applies and take resource, including but not limited to limit the cpu of this terminal applies
And/or gpu resource；
When monitoring that background system temperature increase t2 is more than running background temperature rise monitoring threshold t2, then close
Close the process of terminal applies occupancy.
Certainly, in the present embodiment, in order to lift the satisfaction of Consumer's Experience further, also can additionally arrange
One non-control list of application, comprises user and is not intended to carry out the application of energy-conservation control, Ke Yishi in this list
Some conventional applications that programming count usage frequency obtains or user flexibly add according to oneself demand
Some application etc.；Before above-mentioned control is carried out to terminal applies, first judge that whether this terminal applies exists
In this non-control application class table, in this way, then control is not carried out to it, but now can send to user and report to the police
Prompting；When determining that this terminal applies is not in this control list of application, just it is carried out with above-mentioned energy-conservation control.
Above-mentioned management process is shown in Figure 2, comprising:
Step 201: get the temperature of terminal each major heading device when terminal applies are separately operable with resident backstage
Degree lift-off value；
Step 202: according to the temperature liter of each major heading device in front stage operation and resident backstage for the terminal applies
High level arranges front stage operation temperature rise monitoring threshold t1 and running background temperature rise monitoring threshold t2；
Step 203: terminal applies start, and judge terminal applies on front stage operation or resident backstage, such as front
Platform runs, and goes to step 204；Otherwise, go to step 208；
Step 204: whether the foreground system temperature increase t1 monitoring this terminal applies is more than setting foreground fortune
Row temperature rise monitoring threshold t1, in this way, goes to step 205；Otherwise, go to step 207；
Step 205: judge this terminal applies whether in non-control list of application, such as no, go to step 206；
Otherwise, go to step 207；
Step 206: cpu the and/or gpu resource of limiting terminal application.
Step 207: do not process.
Step 208: whether the background system temperature increase t2 monitoring this terminal applies is more than setting backstage fortune
Row temperature rise monitoring threshold t2, in this way, goes to step 208；Otherwise, go to step 209；
Step 209: judge this terminal applies whether in non-control list of application, such as no, go to step 210；
Otherwise, go to step 211；
Step 210: positive closing terminal applies process.
Step 211: do not process.
Example two: energy consumption monitoring threshold value includes system power and consumes monitoring threshold i
The system power that now arranges consume monitoring threshold i include foreground system current drain monitoring threshold i1 and
Background system current drain monitoring threshold i2；Corresponding system power actual consumption value i includes foreground system electricity
Stream consumption figures i1 and background system current consumption value i2；Foreground in this example refers to terminal applies before system
The state that platform runs, backstage then refers to that terminal applies reside in the state on backstage.
Now, in above-mentioned steps 101, setting energy consumption monitoring threshold value includes arranging the monitoring of foreground system current drain
Threshold value i1 and background system current drain monitoring threshold i2；
During setting foreground system current drain monitoring threshold i1, pass through when terminal applies are normally run on foreground
Be connected on terminal supplying power one end current sampling resistor obtain current system electric current actual consumption value, according to deserve
Front system power actual consumption value arranges foreground system current drain monitoring threshold i1；Or directly based on experience value
Described foreground system current drain monitoring threshold i1 is set；
During setting background system current drain monitoring threshold i2, pass through when terminal applies are normally run on backstage
Be connected on terminal supplying power one end current sampling resistor obtain current system electric current actual consumption value, according to deserve
Before and after front system power actual consumption value setting is described, system power consumes monitoring threshold i2；Or directly according to warp
Test value and described background system current drain monitoring threshold i2 is set.
Corresponding, subsequently terminal applies unlatching after in front stage operation when, by being connected on terminal supplying power one end
Current sampling resistor obtain foreground system current consumption value i1 of this terminal applies；By being connected on terminal electricity
The current sampling resistor of source one end obtains background system current consumption value i2 of this terminal applies.
Then, when after terminal applies unlatching in front stage operation, the foreground system electric current monitoring this terminal applies disappears
Whether consumption value i1 consumes monitoring threshold i1 more than platform system power；
When after terminal applies being opened in running background, monitor the foreground system current consumption value of this terminal applies
Whether i2 consumes monitoring threshold i2 more than platform system power；
Monitor threshold when foreground system current consumption value i1 monitoring terminal applies is more than foreground system current drain
During value i1, limiting terminal application takies resource；Including but not limited to limit this terminal applies cpu and/or
Gpu resource；
Monitor threshold when background system current consumption value i2 monitoring terminal applies is more than background system current drain
During value i2, the process that application of closing a terminal takies.
Certainly, in this example, in order to lift the satisfaction of Consumer's Experience further, one also can additionally be arranged
Individual non-control list of application, comprises user and is not intended to carry out the application of energy-conservation control in this list, can be certainly
Some conventional applications that dynamic statistics usage frequency obtains or user flexibly add according to oneself demand
Some applications etc.；Before carrying out above-mentioned control to terminal applies, first judge this terminal applies whether at this
In non-control application class table, in this way, then control is not carried out to it, but now can send warning to user and carry
Show；When determining that this terminal applies is not in this control list of application, just it is carried out with above-mentioned energy-conservation control.
Above-mentioned management process is shown in Figure 3, comprising:
Step 301: get current system electric current actual consumption when terminal applies are separately operable with resident backstage
Value；
Step 302: according to the current system electric current actual consumption in front stage operation and resident backstage for the terminal applies
Value setting foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Step 303: terminal applies start, and judge terminal applies on front stage operation or resident backstage, such as front
Platform runs, and goes to step 304；Otherwise, go to step 308；
Step 304: whether foreground system current consumption value i1 monitoring this terminal applies is more than foreground system electricity
Stream consumes monitoring threshold i1, in this way, goes to step 305；Otherwise, go to step 307；
Step 305: judge this terminal applies whether in non-control list of application, such as no, go to step 306；
Otherwise, go to step 307；
Step 306: cpu the and/or gpu resource of limiting terminal application.
Step 307: do not process.
Step 308: whether background system current consumption value i2 monitoring this terminal applies is more than described backstage system
System current drain monitoring threshold i2, in this way, goes to step 308；Otherwise, go to step 309；
Step 309: judge this terminal applies whether in non-control list of application, such as no, go to step 310；
Otherwise, go to step 311；
Step 310: positive closing terminal applies process.
Step 311: do not process.
Example three: energy consumption monitoring threshold value includes system temperature rise monitoring threshold t and system power consumes monitoring threshold i
Now can according to the step in example one and example two be respectively provided with platform run temperature rise monitoring threshold t1,
Running background temperature rise monitoring threshold t2, foreground system current drain monitoring threshold i1 and background system current drain
Monitoring threshold i2.
After terminal applies unlatching in front stage operation, when the foreground system temperature increase monitoring terminal applies
When t1 is more than front stage operation temperature rise monitoring threshold t1, or monitor terminal applies foreground system current consumption value
When i1 is more than foreground system current drain monitoring threshold i1, just limits this terminal applies and take resource；
Terminal applies open after in running background, when monitoring terminal applies background system temperature increase t2
During more than running background temperature rise monitoring threshold t2, or monitoring terminal application background system current consumption value i2 is big
When background system current drain monitoring threshold i2, close the process of this terminal applies occupancy.
In above-mentioned regulation model, if temperature rising value and current consumption value wherein any one value exceed right
Corresponding control can be carried out to this terminal applies during the threshold value answered.In this example, also may call in temperature
When appreciation and current consumption value exceed corresponding threshold value simultaneously, just can carry out control, now as follows:
After terminal applies unlatching in front stage operation, when the foreground system temperature increase monitoring terminal applies
T1 is more than front stage operation temperature rise monitoring threshold t1, and monitors terminal applies foreground system current consumption value i1
During more than foreground system current drain monitoring threshold i1, just limit this terminal applies and take resource；
Terminal applies open after in running background, when monitoring terminal applies background system temperature increase t2
More than running background temperature rise monitoring threshold t2, and after monitoring terminal application background system current consumption value i2 is more than
When platform system power consumes monitoring threshold i2, just close the process of this terminal applies occupancy.
It should be appreciated that the terminal applies in the present embodiment can be all terminal applies for terminal,
Can also be for a Terminal Type application specific in terminal, such as only for the terminal applies of high energy consumption, or
Select to need to carry out the terminal applies of control only for user oneself.And it should be appreciated that in the present embodiment
For the corresponding threshold value set by different terminal applies can identical it is also possible to different.
Embodiment two:
Terminal energy-saving management device in the present embodiment can be arranged in terminal, and the terminal in the present embodiment please
Shown in Figure 4, it may include processor cpu, graphic process unit gpu, Power Management Unit pmu, radio frequency
The hardware module such as power amplifier pa and sensing system.This terminal can be mobile phone, ipad, ipod etc.
Deng；Shown in Figure 5, the terminal energy-saving management device in the present embodiment includes:
Setup module 1, for being provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
Monitoring modular 2, for monitoring the actual consumption value of this terminal applies after terminal applies are opened；
Management and control module 3, for when monitoring that actual consumption value is more than energy consumption monitoring threshold value, entering to terminal applies
Row saving pipe controlled.
Setup module 1 in the present embodiment includes temperature control setting submodule and/or electric current setting submodule, monitoring
Module 2 includes temperature monitoring submodule and/or current monitoring submodule；Energy consumption monitoring threshold value includes system temperature rise
Monitoring threshold t and/or system power consume monitoring threshold i；Actual consumption value includes the actual rising of system temperature
Value t and/or system power actual consumption value i；
In order to be more convenient for that the solution of the present invention is clearly understood from, the present embodiment is also respectively with following three kinds of examples
The present invention is described in detail.
Example one: energy consumption monitoring threshold value includes system temperature rise monitoring threshold t
In this example, shown in Figure 6, the setup module 1 of terminal energy-saving management device includes temperature control
Setting submodule 11, monitoring modular 2 includes temperature monitoring submodule 21,
Temperature control setting submodule 11 is used for arranging system temperature rise monitoring threshold t；System temperature rise monitoring threshold now
Value t includes front stage operation temperature rise monitoring threshold t1 and running background temperature rise monitoring threshold t2；Temperature control arranges submodule
Block 11 includes the foreground temperature control arranging unit 111 for arranging front stage operation temperature rise monitoring threshold t1 and is used for
The backstage temperature control arranging unit 112 of setting front stage operation temperature rise monitoring threshold t2；
During foreground temperature control arranging unit 111 setting front stage operation temperature rise monitoring threshold t1, can exist in terminal applies
The temperature increase of acquisition terminal each major heading device when foreground is normally run, then according to the temperature liter obtaining
High level arranges front stage operation temperature rise monitoring threshold t1；For example the multiple temperature increase obtaining are weighted putting down
The temperature value obtaining after all processing is as front stage operation temperature rise monitoring threshold t1；Certainly, also can be directly according to warp
Test value and described front stage operation temperature rise monitoring threshold t1 is set；
When running temperature rise monitoring threshold t1 before and after backstage temperature control arranging unit 112 setting, in terminal applies rear
The temperature increase of acquisition terminal each major heading device when platform normally runs, the temperature increase according to obtaining sets
Put described running background temperature rise monitoring threshold t2；For example the multiple temperature increase obtaining are weighted averagely
The temperature value obtaining after process is as running background temperature rise monitoring threshold t2；Certainly, also can directly rule of thumb
Value arranges described running background temperature rise monitoring threshold t2；
Temperature monitoring submodule 21 is used for monitoring system temperature actual lift-off value t；The actual lift-off value of system temperature
T includes foreground system temperature increase t1 and background system temperature increase t2, temperature monitoring submodule 21
Take unit 212 including foreground temperature monitoring unit 211 and the monitoring of backstage temperature；
Foreground temperature monitoring unit 211 is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether the foreground system temperature increase t1 of application is more than described front stage operation temperature rise monitoring threshold t1；It is concrete
Average value processing can be carried out by the temperature increase of acquisition terminal each major heading device and obtain foreground system temperature liter
High level t1；
Backstage temperature monitoring unit 212 is for, when after terminal applies being opened in running background, monitoring this terminal
Whether the background system temperature increase t2 of application is more than described running background temperature rise monitoring threshold t2；It is concrete
Average value processing can be carried out by the temperature increase of acquisition terminal each major heading device and obtain background system temperature liter
High level t2.
Major heading device in this example includes processor cpu, graphic process unit gpu, Power Management Unit pmu
At least one of with radio-frequency power amplifier pa, and specifically can be obtained by arranging corresponding temperature sensor
The temperature of these major heading devices, the amplitude being then based on the temperature rising of each target main device is weighted putting down
All process the temperature rise monitoring threshold after obtaining synthesis.
Management and control module 3 in this example includes resource management and control submodule 31 and process management and control submodule 32；
Resource management and control submodule 31 is used for monitoring that foreground system temperature raises in foreground temperature monitoring unit 111
When value t1 is more than front stage operation temperature rise monitoring threshold t1, limiting terminal application takies resource；Including but do not limit
In cpu the and/or gpu resource limiting this terminal applies；
Process management and control submodule 32 is used for monitoring that background system temperature raises in backstage temperature monitoring unit 112
When value t2 is more than running background temperature rise monitoring threshold t2, the process that application of closing a terminal takies.
Certainly, in this example, in order to lift the satisfaction of Consumer's Experience further, one also can additionally be arranged
Individual non-control list of application, comprises user and is not intended to carry out the application of energy-conservation control in this list, can be certainly
Some conventional applications that dynamic statistics usage frequency obtains or user flexibly add according to oneself demand
Some applications etc.；Now, terminal energy-saving management device may also include judge module 4, and terminal applies are being entered
Before the above-mentioned control of row, first judge this terminal applies whether in this non-control application class table, in this way, then not
Control is carried out to it, but now can send alarm to user.
Example two: energy consumption monitoring threshold value includes system power and consumes monitoring threshold i
In this example, shown in Figure 7, the setup module 1 of terminal energy-saving management device includes electric current
Setting submodule 12, monitoring modular 2 includes current monitoring submodule 22；
Electric current setting submodule 12 is used for arranging system power consumption monitoring threshold i, and this system power consumption is supervised
Survey threshold value i and include foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Electric current setting submodule 12 includes setting for the foreground electric current arranging foreground system current drain monitoring threshold i1
Put unit 121 and the backstage current setting unit 122 for arranging background system current drain monitoring threshold i2；
System power actual consumption value i includes foreground system current consumption value i1 and background system current consumption value i2；
Current monitoring submodule 22 includes foreground current monitoring unit 221 and backstage current monitoring unit 222；
During foreground current setting unit 121 setting foreground system current drain monitoring threshold i1, in terminal applies
Current system electric current is obtained by being connected on the current sampling resistor of terminal supplying power one end when normally running on foreground
Actual consumption value, arranges foreground system current drain monitoring threshold according to this current system power actual consumption value
i1；Or directly described foreground system current drain monitoring threshold i1 is set based on experience value；
During backstage current setting unit 122 setting background system current drain monitoring threshold i2, in terminal applies
Current system electric current is obtained by being connected on the current sampling resistor of terminal supplying power one end when normally running on backstage
Actual consumption value, according to this monitoring of system power consumption in front and back described in current system power actual consumption value setting
Threshold value i2；Or directly described background system current drain monitoring threshold i2 is set based on experience value.
Foreground current monitoring unit 221 is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether foreground system current consumption value i1 of application is more than described foreground system current drain monitoring threshold i1；Its
The foreground system of this terminal applies specifically can be obtained by being connected on the current sampling resistor of terminal supplying power one end
Current consumption value i1；
Backstage current monitoring unit 222 is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether background system current consumption value i2 of application is more than described background system current drain monitoring threshold i2；Its
The background system of this terminal applies specifically can be obtained by being connected on the current sampling resistor of terminal supplying power one end
Current consumption value i2.
Management and control module in this example still includes resource management and control submodule 31 and process management and control submodule 32；
Resource management and control submodule 31 is used for monitoring foreground system electric current in terminal applies foreground current monitoring unit
When consumption figures i1 is more than foreground system current drain monitoring threshold i1, limiting terminal application takies resource；
Process management and control submodule 32 is used for monitoring background system electric current in terminal applies backstage current monitoring unit
When consumption figures i2 is more than background system current drain monitoring threshold i2, the process that application of closing a terminal takies.
Certainly, in this example, in order to lift the satisfaction of Consumer's Experience further, one also can additionally be arranged
Individual non-control list of application, comprises user and is not intended to carry out the application of energy-conservation control in this list, can be certainly
Some conventional applications that dynamic statistics usage frequency obtains or user flexibly add according to oneself demand
Some applications etc.；Now, terminal energy-saving management device may also include judge module 4, and terminal applies are being entered
Before the above-mentioned control of row, first judge this terminal applies whether in this non-control application class table, in this way, then not
Control is carried out to it, but now can send alarm to user.
Example three: energy consumption monitoring threshold value includes system temperature rise monitoring threshold t and system power consumes monitoring threshold i
In this example, shown in Figure 8, the setup module 1 of terminal energy-saving management device includes temperature control
Setting submodule 11 and electric current setting submodule 12, temperature monitoring submodule 21 and monitoring modular 2 include electricity
Stream monitoring submodule 22.
Now can according to the step in example one and example two be respectively provided with platform run temperature rise monitoring threshold t1,
Running background temperature rise monitoring threshold t2, foreground system current drain monitoring threshold i1 and background system current drain
Monitoring threshold i2.
Terminal energy-saving management device after terminal applies unlatching in front stage operation when, when monitoring terminal applies
When foreground system temperature increase t1 is more than front stage operation temperature rise monitoring threshold t1, or monitor terminal applies
When foreground system current consumption value i1 is more than foreground system current drain monitoring threshold i1, just limit this terminal
Application takies resource；
Terminal energy-saving management device terminal applies open after in running background, when monitoring terminal applies backstage
When system temperature lift-off value t2 is more than running background temperature rise monitoring threshold t2, or monitoring terminal application backstage system
When system current consumption value i2 is more than background system current drain monitoring threshold i2, closes this terminal applies and take
Process.
In above-mentioned regulation model, if temperature rising value and current consumption value wherein any one value exceed right
Corresponding control can be carried out to this terminal applies during the threshold value answered.In this example, also may call in temperature
When appreciation and current consumption value exceed corresponding threshold value simultaneously, just can carry out control, now as follows:
After the unlatching of terminal energy-saving management device terminal applies in front stage operation, before monitoring terminal applies
Platform system temperature lift-off value t1 is more than front stage operation temperature rise monitoring threshold t1, and monitors that terminal applies foreground is
When system current consumption value i1 is more than foreground system current drain monitoring threshold i1, just limits this terminal applies and account for
Use resource；
Terminal energy-saving management device terminal applies open after in running background, when monitoring terminal applies backstage
System temperature lift-off value t2 is more than running background temperature rise monitoring threshold t2, and monitoring terminal application background system electricity
When stream consumption figures i2 is more than background system current drain monitoring threshold i2, just close this terminal applies occupancy
Process.
It should be appreciated that the terminal applies in the present embodiment can be all terminal applies for terminal,
Can also be for a Terminal Type application specific in terminal, such as only for the terminal applies of high energy consumption, or
Select to need to carry out the terminal applies of control only for user oneself.And it should be appreciated that in the present embodiment
For the corresponding threshold value set by different terminal applies can identical it is also possible to different.
Above content is to further describe it is impossible to recognize with reference to specific embodiment is made for the present invention
Determine the present invention be embodied as be confined to these explanations.Ordinary skill for the technical field of the invention
For personnel, without departing from the inventive concept of the premise, some simple deduction or replace can also be made,
Protection scope of the present invention all should be considered as belonging to.
Claims (13)
1. a kind of terminal administration of energy conservation method is it is characterised in that include:
It is provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
The actual consumption value of this terminal applies is monitored after terminal applies are opened；
When monitoring that described actual consumption value is more than described energy consumption monitoring threshold value, described terminal applies are carried out
Saving pipe controlled.
2. terminal administration of energy conservation method as claimed in claim 1 is it is characterised in that described energy consumption is supervised
Survey threshold value and include system temperature rise monitoring threshold t and/or system power consumption monitoring threshold i；Described actual consumption
Value includes system temperature actual lift-off value t and/or system power actual consumption value i.
3. terminal administration of energy conservation method as claimed in claim 2 is it is characterised in that described energy consumption is supervised
When survey threshold value includes system temperature rise monitoring threshold t, described system temperature rise monitoring threshold t includes front stage operation temperature
Rise monitoring threshold t1 and running background temperature rise monitoring threshold t2；Before the actual lift-off value t of described system temperature includes
Platform system temperature lift-off value t1 and background system temperature increase t2；
When after terminal applies being opened in front stage operation, monitor the foreground system temperature increase of this terminal applies
Whether t1 is more than described front stage operation temperature rise monitoring threshold t1；
When after terminal applies being opened in running background, monitor the background system temperature increase of this terminal applies
Whether t2 is more than described running background temperature rise monitoring threshold t2；
When described energy consumption monitoring threshold value includes system power consumption monitoring threshold i, described system power consumption prison
Survey threshold value i and include foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Described system power actual consumption value i includes foreground system current consumption value i1 and background system current consumption value
i2；
When after terminal applies being opened in front stage operation, monitor the foreground system current consumption value of this terminal applies
Whether i1 is more than described foreground system current drain monitoring threshold i1；
When after terminal applies being opened in front stage operation, monitor the background system current consumption value of this terminal applies
Whether i2 is more than described background system current drain monitoring threshold i2.
4. terminal administration of energy conservation method as claimed in claim 3 monitors institute it is characterised in that working as
When stating foreground system temperature increase t1 more than described front stage operation temperature rise monitoring threshold t1, and/or monitor
When described foreground system current consumption value i1 is more than described foreground system current drain monitoring threshold i1, described
Saving pipe controlled includes limiting described terminal applies occupancy resource；
When monitor described background system temperature increase t2 be more than described running background temperature rise monitoring threshold t2
When, and/or monitor described background system current consumption value i2 more than described background system current drain monitoring threshold
During value i2, described saving pipe controlled includes closing the process that described terminal applies take.
5. the terminal administration of energy conservation method as described in any one of claim 1-4 is it is characterised in that right
Before described terminal applies carry out control, also include judging whether described terminal applies should in default non-control
With in list；As no, then carry out described energy-conservation control.
6. the terminal administration of energy conservation method as described in claim 3 or 4 is it is characterised in that described energy
Consumption monitoring threshold is when including system temperature rise monitoring threshold t, arrange described front stage operation temperature rise monitoring threshold t1 and
Running background temperature rise monitoring threshold t2 includes:
The temperature gathering described terminal each major heading device on foreground when described terminal applies are normally run raises
Value, the described temperature increase according to obtaining arranges described front stage operation temperature rise monitoring threshold t1；Or direct root
According to empirical value, described front stage operation temperature rise monitoring threshold t1 is set；
The temperature gathering described terminal each major heading device on backstage when described terminal applies are normally run raises
Value, the described temperature increase according to obtaining arranges described running background temperature rise monitoring threshold t2；Or direct root
According to empirical value, described running background temperature rise monitoring threshold t2 is set；
When described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t, described foreground system electric current is set and disappears
Consumption monitoring threshold i1 and background system current drain monitoring threshold i2 includes:
When described terminal applies are normally run on foreground by being connected on the current sample electricity of terminal supplying power one end
Resistance obtains current system electric current actual consumption value, according to this current system power actual consumption value setting described before
Platform system power consumes monitoring threshold i1；Or described foreground system current drain prison is directly set based on experience value
Survey threshold value i1；
When described terminal applies are normally run on backstage by being connected on the current sample electricity of terminal supplying power one end
Resistance obtains current system electric current actual consumption value, according to this current system power actual consumption value setting described before
System power consumes monitoring threshold i2 afterwards；Or described background system current drain prison is directly set based on experience value
Survey threshold value i2.
7. the terminal administration of energy conservation method as described in claim 3 or 4 is it is characterised in that in terminal
After application unlatching in front stage operation, carried out by gathering the temperature increase of described terminal each major heading device
Average value processing obtains foreground system temperature increase t1；By being connected on the current sample electricity of terminal supplying power one end
Resistance obtains foreground system current consumption value i1 of this terminal applies；
When after terminal applies being opened in running background, by gathering the temperature of described terminal each major heading device
Lift-off value carries out average value processing and obtains background system temperature increase t2；By being connected on terminal supplying power one end
Current sampling resistor obtains background system current consumption value i2 of this terminal applies.
8. terminal administration of energy conservation method as claimed in claim 7 is it is characterised in that described major heading
Device is included in processor cpu, graphic process unit gpu, Power Management Unit pmu and radio-frequency power amplifier
At least one.
9. a kind of terminal energy-saving management device is it is characterised in that include:
Setup module, for being provided for characterizing the energy consumption monitoring threshold value of terminal applies energy consumption；
Monitoring modular, for monitoring the actual consumption value of this terminal applies after terminal applies are opened；
Management and control module, for when monitoring that described actual consumption value is more than described energy consumption monitoring threshold value, to institute
State terminal applies and carry out saving pipe controlled.
10. terminal energy-saving management device as claimed in claim 9 is it is characterised in that described setting mould
Block includes temperature control setting submodule and/or electric current setting submodule, and described monitoring modular includes temperature monitoring submodule
Block and/or current monitoring submodule；Described energy consumption monitoring threshold value includes system temperature rise monitoring threshold t and/or is
System current drain monitoring threshold i；Described actual consumption value includes system temperature actual lift-off value t and/or system
Electric current actual consumption value i；
Described temperature control setting submodule is used for arranging system temperature rise monitoring threshold t；
Described electric current setting submodule is used for arranging system power consumption monitoring threshold i；
Described temperature monitoring submodule is used for monitoring system temperature actual lift-off value t；
Described current monitoring submodule is used for monitoring system electric current actual consumption value i.
11. terminal energy-saving management devices as claimed in claim 10 are it is characterised in that described energy consumption is supervised
When survey threshold value includes system temperature rise monitoring threshold t, described system temperature rise monitoring threshold t includes front stage operation temperature
Rise monitoring threshold t1 and running background temperature rise monitoring threshold t2；Described temperature control setting submodule is included for arranging
The foreground temperature control arranging unit of front stage operation temperature rise monitoring threshold t1 and being used for arranges front stage operation temperature rise monitoring threshold
The backstage temperature control arranging unit of value t2；The actual lift-off value t of described system temperature includes foreground system temperature and raises
Value t1 and background system temperature increase t2, described temperature monitoring submodule include foreground temperature monitoring unit and
Backstage temperature monitoring takes unit；
Described foreground temperature monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether the foreground system temperature increase t1 of application is more than described front stage operation temperature rise monitoring threshold t1；
Described backstage temperature monitoring unit is for, when after terminal applies being opened in running background, monitoring this terminal
Whether the background system temperature increase t2 of application is more than described running background temperature rise monitoring threshold t2；
When described energy consumption monitoring threshold value includes system power consumption monitoring threshold i, described system power consumption prison
Survey threshold value i and include foreground system current drain monitoring threshold i1 and background system current drain monitoring threshold i2；
Described electric current setting submodule includes setting for the foreground electric current arranging foreground system current drain monitoring threshold i1
Put unit and the backstage current setting unit for arranging background system current drain monitoring threshold i2；Described system
System electric current actual consumption value i includes foreground system current consumption value i1 and background system current consumption value i2；Institute
State current monitoring submodule and include foreground current monitoring unit and backstage current monitoring unit；
Described foreground current monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether foreground system current consumption value i 1 of application is more than described foreground system current drain monitoring threshold i 1；
Described backstage current monitoring unit is for, when after terminal applies being opened in front stage operation, monitoring this terminal
Whether background system current consumption value i2 of application is more than described background system current drain monitoring threshold i2.
12. terminal energy-saving management devices as claimed in claim 11 are it is characterised in that described management and control mould
Block includes resource management and control submodule and process management and control submodule；
Described resource management and control submodule is used for monitoring described foreground system temperature in described foreground temperature monitoring unit
When degree lift-off value t1 is more than described front stage operation temperature rise monitoring threshold t1, and/or described foreground current monitoring list
Unit monitors that described foreground system current consumption value i 1 is more than described foreground system current drain monitoring threshold i1
When, limit described terminal applies and take resource；
Described process management and control submodule is used for platform temperature monitoring unit in the rear and monitors described background system temperature
When degree lift-off value t2 is more than described running background temperature rise monitoring threshold t2, and/or described backstage current monitoring list
Unit monitors that described background system current consumption value i2 is more than described background system current drain monitoring threshold i2
When, close the process that described terminal applies take.
A kind of 13. terminals are it is characterised in that include the terminal section as described in any one of claim 9-12
Can managing device.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510432538.4A CN106371481A (en) | 2015-07-21 | 2015-07-21 | Terminal energy-saving management method and apparatus, and terminal |
| PCT/CN2016/080401 WO2016180241A1 (en) | 2015-07-21 | 2016-04-27 | Energy-conservation management method and apparatus for terminal and terminal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510432538.4A CN106371481A (en) | 2015-07-21 | 2015-07-21 | Terminal energy-saving management method and apparatus, and terminal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106371481A true CN106371481A (en) | 2017-02-01 |
Family
ID=57248481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510432538.4A Withdrawn CN106371481A (en) | 2015-07-21 | 2015-07-21 | Terminal energy-saving management method and apparatus, and terminal |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN106371481A (en) |
| WO (1) | WO2016180241A1 (en) |
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| WO2016180241A1 (en) | 2016-11-17 |
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