CN106060668A - Smart television setting method and device - Google Patents
Smart television setting method and device Download PDFInfo
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- CN106060668A CN106060668A CN201610548622.7A CN201610548622A CN106060668A CN 106060668 A CN106060668 A CN 106060668A CN 201610548622 A CN201610548622 A CN 201610548622A CN 106060668 A CN106060668 A CN 106060668A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/443—OS processes, e.g. booting an STB, implementing a Java virtual machine in an STB or power management in an STB
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/443—OS processes, e.g. booting an STB, implementing a Java virtual machine in an STB or power management in an STB
- H04N21/4432—Powering on the client, e.g. bootstrap loading using setup parameters being stored locally or received from the server
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/443—OS processes, e.g. booting an STB, implementing a Java virtual machine in an STB or power management in an STB
- H04N21/4438—Window management, e.g. event handling following interaction with the user interface
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- Engineering & Computer Science (AREA)
- Software Systems (AREA)
- Multimedia (AREA)
- Signal Processing (AREA)
- Human Computer Interaction (AREA)
- General Engineering & Computer Science (AREA)
- Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
- Power Sources (AREA)
Abstract
The invention discloses a smart television setting method. The method comprises the steps of when a power-off instruction is received, according to history usage records of a smart television, carrying out statistics on average standby duration at same time points in a preset period after the smart television is powered off; comparing the average standby duration with a preset threshold value, and setting the power-on mode of the smart television according to a comparison result, wherein the power-on mode comprises a normal power-on mode and a rapid power-on mode. The invention also discloses a smart television setting device. According to the method and the device, the efficiency of setting the power-on mode of the smart television is improved.
Description
Technical field
The present invention relates to intelligent television technical field, particularly relate to a kind of intelligent television method to set up and device.
Background technology
Now, the power on mode of intelligent television in addition to having normal boot-strap pattern, also quick turn-on pattern, quickly open
Machine pattern can support the function of intelligent television quick turn-on, and the quick turn-on pattern of current intelligent television is mainly with STR
(Suspend to RAM, internal memory standby mode) is main.Owing to normal boot-strap pattern and quick turn-on pattern have respective respectively
Pluses and minuses, are suitable for using normal boot-strap pattern in some cases, are suitable for the most again using quick turn-on pattern, need to use
Family selects according to different situations, and the power on mode being arranged intelligent television by user's manual operation is normal boot-strap mould
Formula or quick turn-on pattern.In the power on mode arranging intelligent television, owing to needing user's manually to arrange operation so that
The inefficient of power on mode is set.
Summary of the invention
Present invention is primarily targeted at a kind of intelligent television method to set up of proposition and device, it is intended to solve in prior art
The inefficient technical problem of the power on mode of intelligent television is set.
For achieving the above object, a kind of intelligent television method to set up that the present invention provides, described intelligent television method to set up
Including:
When receiving shutdown command, use record according to the history of intelligent television, identical in predetermined period of statistics
The postboost average standby time of intelligent television described in time point；And
Described average standby time is compared with predetermined threshold value, and according to comparative result, described intelligent television is set
Power on mode, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
Preferably, the history of described intelligent television uses record to include: during the shutdown that described intelligent television shuts down each time
Between point, each time the described unused time put postboost standby time.
Preferably, described according to comparative result, the step of the power on mode arranging described intelligent television includes:
When described average standby time is more than described predetermined threshold value, the power on mode arranging described intelligent television is normal
Power on mode；
When described average standby time is less than or equal to described predetermined threshold value, the power on mode of described intelligent television is set
For quick turn-on pattern.
Preferably, described predetermined period includes one week or January.
Preferably, the computing formula of described predetermined threshold value is:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is under quick turn-on pattern
Time required for start, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on
Standby power under pattern.
Additionally, for achieving the above object, the present invention also proposes a kind of intelligent television and arranges device, and described intelligent television is arranged
Device includes:
Computing module, for when receiving shutdown command, uses record according to the history of intelligent television, adds up and presetting
The postboost average standby time of intelligent television described in identical time point in cycle；
Processing module, for being compared with predetermined threshold value by described average standby time, and according to comparative result, is arranged
The power on mode of described intelligent television, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
Preferably, the history of described intelligent television uses record to include: during the shutdown that described intelligent television shuts down each time
Between point, each time the described unused time put postboost standby time.
Preferably, described processing module is used for:
When described average standby time is more than described predetermined threshold value, the power on mode arranging described intelligent television is normal
Power on mode；
When described average standby time is less than or equal to described predetermined threshold value, the power on mode of described intelligent television is set
For quick turn-on pattern.
Preferably, described predetermined period includes one week or January.
Preferably, the computing formula of described predetermined threshold value is:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is under quick turn-on pattern
Time required for start, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on
Standby power under pattern.
The intelligent television method to set up of present invention proposition and device, when receiving shutdown command, first according to Intelligent electric
Depending on history use record, the statistics postboost average standby time of identical time point intelligent television in predetermined period, so
After this average standby time is compared with predetermined threshold value, the power on mode arranging intelligent television according to comparative result is normal
Power on mode or quick turn-on pattern, it is achieved thereby that intelligent television arranges power on mode automatically, it is to avoid manually setting of user
Put operation, this improves the efficiency of the power on mode that intelligent television is set.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of intelligent television method to set up first embodiment of the present invention；
Fig. 2 is according to comparative result in intelligent television method to set up first embodiment of the present invention, arranges described intelligent television
The refinement schematic flow sheet of power on mode；
Fig. 3 is the high-level schematic functional block diagram that intelligent television of the present invention arranges device first embodiment.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further referring to the drawings.
Detailed description of the invention
Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
The present invention provides a kind of intelligent television method to set up.
With reference to the schematic flow sheet that Fig. 1, Fig. 1 are intelligent television method to set up first embodiment of the present invention.At the present embodiment
In, described intelligent television method to set up includes:
Step S10, when receiving shutdown command, uses record according to the history of intelligent television, and statistics is in predetermined period
The postboost average standby time of intelligent television described in interior identical time point；
Now, intelligent television arrange power on mode in addition to having normal boot-strap pattern, also quick turn-on pattern, soon
Speed power on mode supports the function of intelligent television quick turn-on, and at present, quick turn-on pattern is mainly with STR (Suspend to
RAM, internal memory standby mode) it is main.Normal boot-strap pattern and quick turn-on pattern have respective pluses and minuses respectively, such as, normally
Available machine time corresponding to power on mode is longer, but power consumption is relatively low when standby；And the available machine time ratio that quick turn-on pattern is corresponding
Available machine time more than the 20s to be saved that normal boot-strap pattern is corresponding, but owing to also needing to holding RAM (random time standby
Access memory, random access memory) operation, the most standby power consumption is higher.In order to take into account start duration and
Stand-by power consumption, in the present embodiment, it is achieved intelligent television automatically arranges power on mode according to standby time.Specifically, Intelligent electric is worked as
During depending on using every time, the use information of intelligent television carrying out record, the history generating intelligent television uses record.Wherein, intelligence
The history of TV can use unused time point that record includes that intelligent television shuts down each time, intelligent television each time when shutdown
Between put the information such as postboost standby time.In intelligent television runs, trigger shutdown command, intelligence when user performs power-off operation
Can TV when receiving this shutdown command, use record according to the history of intelligent television, identical in predetermined period of statistics
The postboost average standby time of this intelligent television of time point.This predetermined period can be arranged flexibly according to practical situation, than
As for one week or one month, user also can change this predetermined period in different situations.The average standby time of statistics is made
For intelligent television this time postboost standby time.
Such as, power-off operation is performed, when intelligent television receives shutdown command, with regard to root at 22 in evening on weekdays as user
Record is used, after the statistics this time point (point in evening 22) this intelligent television shutdown in predetermined period according to the history of intelligent television
Average standby time, such as counting user point every night 22 in a week, intelligent television is shut down to and the most again opens
Open the standby time between this intelligent television, then according to intelligent television within a week 22 postboost every day stand-by time
Calculate at 22 postboost average standby times.
Step S20, compares described average standby time with predetermined threshold value, and according to comparative result, arranges described
The power on mode of intelligent television, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
Owing to standby time is the shortest, stand-by power consumption is the lowest, and now, employing quick turn-on pattern just can be relatively low in power consumption
In the case of realize quick turn-on, namely standby time is the shortest more applicable quick turn-on pattern；Standby time is the longest, quick turn-on mould
The stand-by power consumption that stand-by power consumption corresponding to formula is more corresponding higher than normal boot-strap pattern, now, standby time the longest applicable just
Often power on mode.In order to take into account stand-by power consumption and start duration, in the present embodiment, it is previously provided with a predetermined threshold value.
When after the postboost average standby time of this intelligent television of identical time point that intelligent television counts in predetermined period, should
Average standby time compares with predetermined threshold value, compares the size of this average standby time and predetermined threshold value.
Then, according to result of the comparison, the power on mode that intelligent television is current is set.Specifically, as in figure 2 it is shown, described
Step S20 includes:
Step S21, when described average standby time is more than described predetermined threshold value, arranges the start mould of described intelligent television
Formula is normal boot-strap pattern；
Step S22, when described average standby time is less than or equal to described predetermined threshold value, arranges described intelligent television
Power on mode is quick turn-on pattern.
When the average standby time of intelligent television statistics is more than predetermined threshold value, namely the standby time of explanation intelligent television
Longer, now, intelligent television more suitable normal boot-strap pattern, therefore, the power on mode arranging intelligent television is normal boot-strap mould
Formula, and this setting is preserved.When intelligent television is standby, owing to the power on mode of intelligent television has been arranged to normal boot-strap
Pattern, and stand-by power consumption corresponding to normal boot-strap pattern is relatively low, therefore, compared to using quick turn-on pattern, reduces intelligence
The power consumption of TV.
When the average standby time of intelligent television statistics is less than or equal to predetermined threshold value, namely waiting of intelligent television is described
Machine duration is shorter, and now, intelligent television more suitable quick turn-on pattern, therefore, the power on mode arranging intelligent television is quick
Power on mode, and this setting is preserved.When intelligent television is standby, owing to the standby time of intelligent television is shorter, quickly
The stand-by power consumption that stand-by power consumption corresponding to power on mode is corresponding with normal boot-strap pattern is much the same, and uses quick turn-on mould
Formula, also reduces the available machine time of intelligent television.
The scheme that the present embodiment proposes, when receiving shutdown command, first uses record according to the history of intelligent television,
The statistics postboost average standby time of identical time point intelligent television in predetermined period, then by this average standby time
Comparing with predetermined threshold value, the power on mode arranging intelligent television according to comparative result is normal boot-strap pattern or quick turn-on
Pattern, it is achieved thereby that intelligent television arranges power on mode automatically, it is to avoid user manually arranges operation, this improves
The efficiency of power on mode is set.
Further, based on first embodiment, intelligent television method to set up the second embodiment of the present invention is proposed, in this enforcement
In example, in order to the occurrence making predetermined threshold value is more accurate, divide according to intelligent television normal boot-strap pattern and quick turn-on pattern
The parameters such as not corresponding available machine time, standby power and start power calculate predetermined threshold value.Specifically, computing formula is such as
Under:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is under quick turn-on pattern
Time required for start, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on
Standby power under pattern.
Intelligent television, can be by power P of starting shooting when dispatching from the factory_on, the first standby power P corresponding to normal boot-strap pattern1_off、
The second standby power P that quick turn-on pattern is corresponding2_offIt is saved in the middle of intelligent television Deng the relevant information of intelligent television.And
And, in the present embodiment, when intelligent television is started shooting every time, all intelligent television is started shooting under normal boot-strap pattern required for
Time T1Or the time T starting shooting required under quick turn-on pattern2Carry out record to preserve.Intelligent television is receiving shutdown
During instruction, intelligent television obtains its time T starting shooting required under normal boot-strap pattern1, institute of starting shooting under quick turn-on pattern
The time T needed2, standby power P under normal boot-strap pattern1_off, standby power P under quick turn-on pattern2_offAnd intelligence
The start power P of energy TV_on。
Owing to the power consumption of intelligent television includes start shooting power consumption and stand-by power consumption two aspect, according to the normal boot-strap pattern obtained
Time T required for lower start1, the time T that starts shooting required under quick turn-on pattern2, standby power under normal boot-strap pattern
P1_off, standby power P under quick turn-on pattern2_offAnd the start power P of intelligent television_on, it is assumed that intelligent television is just
When the standby time that often corresponding under power on mode standby time is corresponding with in quick turn-on pattern is predetermined threshold value T, intelligence
It is W that TV calculates the power consumption of intelligent television under normal boot-strap pattern1=P_on*T1+P1_off* T, calculates at quick turn-on
Under pattern, the power consumption of intelligent television is W2=P_on*T2+P2_off*T。
If the intelligent television power consumption that the power consumption of correspondence is corresponding with in quick turn-on pattern under normal boot-strap pattern is equal, also
I.e. W1=W2, say, that P_on*T1+P1_off* T=P_on*T2+P2_off* T, then can calculate predetermined threshold value T=P_on(T1-T2)/
(P2_off-P1_off)。
When the average standby time of intelligent television statistics is just predetermined threshold value T, then intelligent television is at normal boot-strap mould
The power consumption that power consumption corresponding under formula is corresponding with under quick turn-on pattern is equal, now, preferably arranges the start of intelligent television
Pattern is quick turn-on pattern.When the average standby time of intelligent television statistics is less than predetermined threshold value T, then intelligent television is just
Often corresponding under power on mode power consumption W1More than power consumption W that intelligent television is corresponding under quick turn-on pattern2, now, intelligence is just set
The power on mode of energy TV is quick turn-on pattern.When the average standby time of intelligent television statistics is more than predetermined threshold value T, then
Power consumption W that intelligent television is corresponding under normal boot-strap pattern1Less than power consumption W that intelligent television is corresponding under quick turn-on pattern2,
Now, the power on mode just arranging intelligent television is normal boot-strap pattern.
Such as, if obtaining the start power P of intelligent television_onIt is 100 watts, the standby power P under normal boot-strap pattern1_off
It is 0.4 watt, the standby power P under quick turn-on pattern2_offIt is 0.6 watt, the time T starting shooting required under normal boot-strap pattern1
It is 24 seconds, the time T starting shooting required under quick turn-on pattern2It is 8 seconds, then can calculate predetermined threshold value T according to above-mentioned formula
For T=P_on(T1-T2)/(P2_off-P1_off)=100* (24/3600-8/3600)/(0.6-0.4)=2.5 hour.Then work as intelligence
The when that the average standby time of TV statistics being less than 2.5 hours, the power on mode arranging intelligent television is quick turn-on pattern；
The when of when the average standby time of intelligent television statistics is little more than 2.5, the power on mode of intelligent television is set for the most normally opened
Machine pattern.
Further, owing to the operating system of user may install the specific software of some users, data etc., intelligence is caused
Can the available machine time disunity of TV, namely the time T whether starting shooting required under normal boot-strap pattern1, or quickly open
The time T starting shooting required under machine pattern2, all can be inconsistent when start every time, therefore, in order to ensure the predetermined threshold value calculated
The accuracy of T, the time T once starting shooting required under normal boot-strap pattern without intelligent television1Or quickly opening
The time T once starting shooting required under machine pattern2As the reference value calculated, but first obtain intelligent television normally
Multiple available machine times that power on mode is corresponding, and in multiple available machine times corresponding to quick turn-on pattern, then, calculate and obtain
First meansigma methods of the multiple available machine times corresponding in normal boot-strap pattern, using the first meansigma methods as intelligent television normally
The time T starting shooting required under power on mode1, and calculate acquisition the multiple available machine times corresponding in quick turn-on pattern
Two meansigma methodss, using the second meansigma methods as the time T that intelligent television is started shooting required under quick turn-on pattern2.Further according to meter
The T calculated1And T2Calculate and obtain predetermined threshold value T.
Further, in the present embodiment, intelligent television is when each startup and shutdown, by corresponding available machine time point, pass
The information such as machine time point carry out record.When receiving shutdown command, intelligent television is according to unused time corresponding to each run
Point and the available machine time point next time running correspondence, calculate both differences, and the reality that this difference is intelligent television is standby
Duration, calculates the intelligent television multiple actual standby time within one period of period successively.Such as, if user currently performs shutdown
The time of operation is evening Monday, then when reality that before intelligent television calculates and obtains, evening Monday in some m weeks is corresponding is standby
Long, or calculate and obtain actual standby time corresponding to nearest some k days evenings, or calculate obtain before some m weeks
Corresponding actual standby time and actual standby time corresponding to nearest some k days evenings in evening Monday.Such as, get
Actual standby time is T_last1、T_last2、T_last3、……T_lastn.Then standby according to these the multiple reality obtained
Duration, use weighting algorithm budget intelligent television currently shut down correspondence standby time T_next, if than actual standby time
T_last1、T_last2、T_last3、……T_lastnCorresponding weight ratio is respectively Q1、Q2、Q3、……Qn, wherein, Q1+
Q2+Q3+……+Qn=1.Then use weighting algorithm, calculate intelligent television currently shut down correspondence standby time T_next=T_
last1*Q1+T_last2*Q2+……+T_lastn*Qn.Alternatively, the actual standby time that nearer it is to current time is corresponding
Weight ratio is the highest.
When calculate intelligent television currently shut down correspondence standby time T_next after, then by this standby time T_next with
Predetermined threshold value T compares, and when standby time T_next is more than predetermined threshold value T, then the power on mode arranging intelligent television is
Normal boot-strap pattern；When standby time T_next is less than predetermined threshold value T, then the power on mode of intelligent television is set for quickly to open
Machine pattern, and preserve setting, perform relevant treatment operations according to the power on mode arranged.
The scheme that the present embodiment proposes, by computing formula T=P_on(T1-T2)/(P2_off-P1_off) calculate default threshold
Value T, wherein, T1It is to start shooting the required time under normal boot-strap pattern, T2When being to start shooting required under quick turn-on pattern
Between, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is the standby merit under quick turn-on pattern
Rate, improves the accuracy that predetermined threshold value T is arranged, thus further improves intelligent television and arrange the efficiency of power on mode.
The present invention further provides a kind of intelligent television and device is set.
It is the high-level schematic functional block diagram that intelligent television of the present invention arranges device first embodiment with reference to Fig. 3, Fig. 3.
It is emphasized that it will be apparent to those skilled in the art that functional block diagram shown in Fig. 3 is only a preferable reality
Executing the exemplary plot of example, those skilled in the art arranges the functional module of device around the intelligent television shown in Fig. 3, can enter easily
Supplementing of the functional module that row is new；The title of each functional module is self-defined title, is only used for auxiliary and understands that this intelligent television sets
Putting each program function block of device, be not used in restriction technical scheme, the core of technical solution of the present invention is, each
Define the function that the functional module of title is to be reached.
In the present embodiment, described intelligent television arranges device and includes:
Computing module 10, for when receiving shutdown command, uses record according to the history of intelligent television, and statistics is in advance
If the postboost average standby time of intelligent television described in the identical time point in the cycle；
Now, intelligent television arrange power on mode in addition to having normal boot-strap pattern, also quick turn-on pattern, soon
Speed power on mode supports the function of intelligent television quick turn-on, and at present, quick turn-on pattern is mainly with STR (Suspend to
RAM, internal memory standby mode) it is main.Normal boot-strap pattern and quick turn-on pattern have respective pluses and minuses respectively, such as, normally
Available machine time corresponding to power on mode is longer, but power consumption is relatively low when standby；And the available machine time ratio that quick turn-on pattern is corresponding
Available machine time more than the 20s to be saved that normal boot-strap pattern is corresponding, but owing to also needing to holding RAM (random time standby
Access memory, random access memory) operation, the most standby power consumption is higher.In order to take into account start duration and
Stand-by power consumption, in the present embodiment, it is achieved intelligent television automatically arranges power on mode according to standby time.Specifically, Intelligent electric is worked as
During depending on using every time, the use information of intelligent television carrying out record, the history generating intelligent television uses record.Wherein, intelligence
The history of TV can use unused time point that record includes that intelligent television shuts down each time, intelligent television each time when shutdown
Between put the information such as postboost standby time.In intelligent television runs, trigger shutdown command, intelligence when user performs power-off operation
Energy TV is when receiving this shutdown command, and computing module 10 uses record according to the history of intelligent television, and statistics is in default week
The postboost average standby time of this intelligent television of identical time point in phase.This predetermined period can carry out spirit according to practical situation
Living and arrange, be such as one week or one month, user also can change this predetermined period in different situations.By averagely treating of statistics
Machine duration is as intelligent television this time postboost standby time.
Such as, when user performs power-off operation at 22 in evening on weekdays, when intelligent television receives shutdown command, calculate
Module 10 just uses record, statistics this time point (point in evening 22) this intelligence in predetermined period according to the history of intelligent television
Average standby time after television shutdown, such as counting user point every night 22 in a week, shuts down intelligent television and arrives
Again reopen the standby time between this intelligent television, then according to intelligent television within a week 22 postboost often
It stand-by time calculates at 22 postboost average standby times.
Processing module 20, for described average standby time is compared with predetermined threshold value, and according to comparative result, if
Putting the power on mode of described intelligent television, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
Owing to standby time is the shortest, stand-by power consumption is the lowest, and now, employing quick turn-on pattern just can be relatively low in power consumption
In the case of realize quick turn-on, namely standby time is the shortest more applicable quick turn-on pattern；Standby time is the longest, quick turn-on mould
The stand-by power consumption that stand-by power consumption corresponding to formula is more corresponding higher than normal boot-strap pattern, now, standby time the longest applicable just
Often power on mode.In order to take into account stand-by power consumption and start duration, in the present embodiment, it is previously provided with a predetermined threshold value.
When, after the postboost average standby time of this intelligent television of identical time point that computing module 10 counts in predetermined period, locating
This average standby time is compared by reason module 20 with predetermined threshold value, compares the big of this average standby time and predetermined threshold value
Little.
Then, processing module 20, according to comparative result, arranges the power on mode that intelligent television is current.Specifically, described place
Reason module 20 is used for:
When described average standby time is more than described predetermined threshold value, the power on mode arranging described intelligent television is normal
Power on mode；
When described average standby time is less than or equal to described predetermined threshold value, the power on mode of described intelligent television is set
For quick turn-on pattern.
When computing module 10 statistics average standby time more than predetermined threshold value time, namely explanation intelligent television standby time
Longer, now, intelligent television more suitable normal boot-strap pattern, therefore, processing module 20 arranges the power on mode of intelligent television
For normal boot-strap pattern, and this setting is preserved.When intelligent television is standby, owing to the power on mode of intelligent television is arranged
Become normal boot-strap pattern, and stand-by power consumption corresponding to normal boot-strap pattern is relatively low, therefore, compared to using quick turn-on mould
Formula, reduces the power consumption of intelligent television.
When the average standby time of computing module 10 statistics is less than or equal to predetermined threshold value, namely explanation intelligent television
Standby time is shorter, and now, intelligent television more suitable quick turn-on pattern, therefore, processing module 20 arranges opening of intelligent television
Machine pattern is quick turn-on pattern, and this setting is preserved.When intelligent television is standby, during due to intelligent television standby
Long shorter, the stand-by power consumption that stand-by power consumption corresponding to quick turn-on pattern is corresponding with normal boot-strap pattern is much the same, and adopts
Use quick turn-on pattern, also reduce the available machine time of intelligent television.
The scheme that the present embodiment proposes, when receiving shutdown command, computing module 10 makes according to the history of intelligent television
By record, the statistics postboost average standby time of identical time point intelligent television in predetermined period, then processing module
This average standby time is compared by 20 with predetermined threshold value, and the power on mode arranging intelligent television according to comparative result is normal
Power on mode or quick turn-on pattern, it is achieved thereby that intelligent television arranges power on mode automatically, it is to avoid manually setting of user
Put operation, this improves the efficiency that power on mode is set.
Further, propose intelligent television of the present invention based on first embodiment and device the second embodiment is set, in this enforcement
In example, in order to make the occurrence of predetermined threshold value more accurate, computing module 10 is according to intelligent television normal boot-strap pattern and quickly
The parameters such as available machine time, standby power and the start power that power on mode is corresponding respectively calculate predetermined threshold value.Specifically,
Computing formula is as follows:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is under quick turn-on pattern
Time required for start, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on
Standby power under pattern.
Intelligent television, can be by power P of starting shooting when dispatching from the factory_on, the first standby power P corresponding to normal boot-strap pattern1_off、
The second standby power P that quick turn-on pattern is corresponding2_offIt is saved in the middle of intelligent television Deng the relevant information of intelligent television.And
And, in the present embodiment, when intelligent television is started shooting every time, all intelligent television is started shooting under normal boot-strap pattern required for
Time T1Or the time T starting shooting required under quick turn-on pattern2Carry out record to preserve.Intelligent television is receiving shutdown
During instruction, first computing module 10 obtains its time T starting shooting required under normal boot-strap pattern1, under quick turn-on pattern
Time T required for start2, standby power P under normal boot-strap pattern1_off, standby power P under quick turn-on pattern2_off
And the start power P of intelligent television_on。
Owing to the power consumption of intelligent television includes start shooting power consumption and stand-by power consumption two aspect, according to the normal boot-strap pattern obtained
Time T required for lower start1, the time T that starts shooting required under quick turn-on pattern2, standby power under normal boot-strap pattern
P1_off, standby power P under quick turn-on pattern2_offAnd the start power P of intelligent television_on, it is assumed that intelligent television is just
When the standby time that often corresponding under power on mode standby time is corresponding with in quick turn-on pattern is predetermined threshold value T, calculate
It is W that module 10 calculates the power consumption of intelligent television under normal boot-strap pattern1=P_on*T1+P1_off* T, calculates and is quickly opening
Under machine pattern, the power consumption of intelligent television is W2=P_on*T2+P2_off*T。
If the intelligent television power consumption that the power consumption of correspondence is corresponding with in quick turn-on pattern under normal boot-strap pattern is equal, also
I.e. W1=W2, say, that P_on*T1+P1_off* T=P_on*T2+P2_off* T, then can calculate predetermined threshold value T=P_on(T1-T2)/
(P2_off-P1_off)。
When the average standby time of computing module 10 statistics is just predetermined threshold value T, then intelligent television is at normal boot-strap
The power consumption that power consumption corresponding under pattern is corresponding with under quick turn-on pattern is equal, now, preferably arranges opening of intelligent television
Machine pattern is quick turn-on pattern.When the average standby time of computing module 10 statistics is less than predetermined threshold value T, then intelligent television
Power consumption W corresponding under normal boot-strap pattern1More than power consumption W that intelligent television is corresponding under quick turn-on pattern2, now, process
It is quick turn-on pattern that module 20 arranges the power on mode of intelligent television.When the average standby time of computing module 10 statistics is more than
During predetermined threshold value T, then power consumption W that intelligent television is corresponding under normal boot-strap pattern1Less than intelligent television in quick turn-on pattern
Power consumption W of lower correspondence2, now, it is normal boot-strap pattern that processing module 20 arranges the power on mode of intelligent television.
Such as, if obtaining the start power P of intelligent television_onIt is 100 watts, the standby power P under normal boot-strap pattern1_off
It is 0.4 watt, the standby power P under quick turn-on pattern2_offIt is 0.6 watt, the time T starting shooting required under normal boot-strap pattern1
It is 24 seconds, the time T starting shooting required under quick turn-on pattern2Be 8 seconds, then computing module 10 can calculate according to above-mentioned formula
Predetermined threshold value T is T=P_on(T1-T2)/(P2_off-P1_off)=100* (24/3600-8/3600)/(0.6-0.4)=2.5 are little
Time.The when of then when the average standby time of computing module 10 statistics is little less than 2.5, processing module 20 arranges intelligent television
Power on mode is quick turn-on pattern；The when of when the average standby time of computing module 10 statistics is little more than 2.5, process mould
It is normal boot-strap pattern that block 20 arranges the power on mode of intelligent television.
Further, owing to the operating system of user may install the specific software of some users, data etc., intelligence is caused
Can the available machine time disunity of TV, namely the time T whether starting shooting required under normal boot-strap pattern1, or quickly open
The time T starting shooting required under machine pattern2, all can be inconsistent when start every time, therefore, in order to ensure the predetermined threshold value calculated
The accuracy of T, the time T once starting shooting required under normal boot-strap pattern without intelligent television1Or quickly opening
The time T once starting shooting required under machine pattern2As the reference value calculated, but first obtain intelligent television normally
Multiple available machine times that power on mode is corresponding, and in multiple available machine times corresponding to quick turn-on pattern, then, computing module
10 the first meansigma methodss calculating the multiple available machine times corresponding in normal boot-strap pattern obtained, using the first meansigma methods as intelligence
The time T that TV is started shooting required under normal boot-strap pattern1, and calculate opening corresponding multiple of quick turn-on pattern of acquisition
Second meansigma methods of machine time, starts shooting the second meansigma methods the required time as intelligent television under quick turn-on pattern
T2.Computing module 10 is further according to the T calculated1And T2Calculate and obtain predetermined threshold value T.
Further, in the present embodiment, intelligent television is when each startup and shutdown, by corresponding available machine time point, pass
The information such as machine time point carry out record.When receiving shutdown command, computing module 10 is corresponding according to intelligent television each run
Unused time point and run the available machine time point of correspondence next time, calculate both difference, this difference is the one of intelligent television
Individual actual standby time, calculates the intelligent television multiple actual standby time within one period of period successively.Such as, if user works as
The time of front execution power-off operation is evening Monday, then before computing module 10 calculates and obtains, evening Monday in some m weeks is corresponding
Actual standby time, or calculate and obtain actual standby time corresponding to nearest some k days evenings, or before calculating and obtaining
Actual standby time that evening Monday in some m weeks is corresponding and actual standby time corresponding to nearest some k days evenings, tool
This is not restricted for bodily form formula.Such as, computing module 10 calculates the actual standby time got is T_last1、T_last2、T_
last3、……T_lastn.Then computing module 10 is according to these the multiple actual standby times obtained, and uses weighting algorithm budget
Intelligent television currently shut down correspondence standby time T_next, if than actual standby time T_last1、T_last2、T_
last3、……T_lastnCorresponding weight ratio is respectively Q1、Q2、Q3、……Qn, wherein, Q1+Q2+Q3+……+Qn=1.Then
Use weighting algorithm, calculate intelligent television currently shut down correspondence standby time T_next=T_last1*Q1+T_last2*Q2
+……+T_lastn*Qn.Alternatively, the weight ratio that nearer it is to the actual standby time of current time corresponding is the highest.
When computing module 10 calculate intelligent television currently shut down correspondence standby time T_next after, processing module 20 is again
This standby time T_next is compared with predetermined threshold value T, when standby time T_next is more than predetermined threshold value T, processes mould
It is normal boot-strap pattern that block 20 arranges the power on mode of intelligent television；When standby time T_next is less than predetermined threshold value T, process
It is quick turn-on pattern that module 20 arranges the power on mode of intelligent television.Further, processing module 20 preserves and arranges, according to arrange
Power on mode performs relevant treatment operations.
The scheme that the present embodiment proposes, computing module 10 is by computing formula T=P_on(T1-T2)/(P2_off-P1_off) meter
Calculate predetermined threshold value T, wherein, T1It is to start shooting the required time under normal boot-strap pattern, T2It it is start institute under quick turn-on pattern
The time needed, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt is under quick turn-on pattern
Standby power, improve the accuracy that predetermined threshold value T is arranged, thus further improve intelligent television and power on mode is set
Efficiency.
It should be noted that in this article, term " includes ", " comprising " or its other variant any are intended to non-row
Comprising of his property, so that include that the process of a series of key element, method, article or device not only include those key elements, and
And also include other key element being not expressly set out, or also include intrinsic for this process, method, article or device
Key element.In the case of there is no more restriction, statement " including ... " key element limited, it is not excluded that including this
The process of key element, method, article or device there is also other identical element.
The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.
Through the above description of the embodiments, those skilled in the art is it can be understood that arrive above-described embodiment side
Method can add the mode of required general hardware platform by software and realize, naturally it is also possible to by hardware, but a lot of in the case of
The former is more preferably embodiment.Based on such understanding, prior art is done by technical scheme the most in other words
The part going out contribution can embody with the form of software product, and this computer software product is stored in a storage medium
In (such as ROM/RAM, magnetic disc, CD), including some instructions with so that intelligent television performs described in each embodiment of the present invention
Method.
These are only the preferred embodiments of the present invention, not thereby limit the scope of the claims of the present invention, every utilize this
Equivalent structure or equivalence flow process that bright description and accompanying drawing content are made convert, or are directly or indirectly used in other relevant skill
Art field, is the most in like manner included in the scope of patent protection of the present invention.
Claims (10)
1. an intelligent television method to set up, it is characterised in that described intelligent television method to set up comprises the following steps:
When receiving shutdown command, use record, the statistics identical time in predetermined period according to the history of intelligent television
The point postboost average standby time of described intelligent television；And
Described average standby time is compared with predetermined threshold value, and according to comparative result, opening of described intelligent television is set
Machine pattern, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
2. intelligent television method to set up as claimed in claim 1, it is characterised in that the history of described intelligent television uses record
Including: unused time point that described intelligent television shuts down each time, each time point of described unused time postboost standby time
Long.
3. intelligent television method to set up as claimed in claim 1, it is characterised in that described according to comparative result, arranges described
The step of the power on mode of intelligent television includes:
When described average standby time is more than described predetermined threshold value, the power on mode arranging described intelligent television is normal boot-strap
Pattern；
When described average standby time is less than or equal to described predetermined threshold value, the power on mode arranging described intelligent television is fast
Speed power on mode.
4. intelligent television method to set up as claimed in claim 1, it is characterised in that described predetermined period includes a week or
Month.
5. the intelligent television method to set up as described in any one of claim 1-4, it is characterised in that the calculating of described predetermined threshold value
Formula is:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is to start shooting under quick turn-on pattern
The required time, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on pattern
Under standby power.
6. an intelligent television arranges device, it is characterised in that described intelligent television arranges device and includes:
Computing module, for when receiving shutdown command, uses record according to the history of intelligent television, and statistics is in predetermined period
The postboost average standby time of intelligent television described in interior identical time point；
Processing module, for being compared with predetermined threshold value by described average standby time, and according to comparative result, arranges described
The power on mode of intelligent television, wherein, described power on mode includes normal boot-strap pattern and quick turn-on pattern.
7. intelligent television as claimed in claim 6 arranges device, it is characterised in that the history of described intelligent television uses record
Including: unused time point that described intelligent television shuts down each time, each time point of described unused time postboost standby time
Long.
8. intelligent television as claimed in claim 6 arranges device, it is characterised in that described processing module is used for:
When described average standby time is more than described predetermined threshold value, the power on mode arranging described intelligent television is normal boot-strap
Pattern；
When described average standby time is less than or equal to described predetermined threshold value, the power on mode arranging described intelligent television is fast
Speed power on mode.
9. intelligent television as claimed in claim 6 arranges device, it is characterised in that described predetermined period includes one week or one
Month.
10. the intelligent television as described in any one of claim 6-9 arranges device, it is characterised in that the meter of described predetermined threshold value
Calculation formula is:
T=P_on(T1-T2)/(P2_off-P1_off)；
Wherein, T is predetermined threshold value, T1It is to start shooting the required time under normal boot-strap pattern, T2It is to start shooting under quick turn-on pattern
The required time, P_onIt is start power, P1_offIt is the standby power under normal boot-strap pattern, P2_offIt it is quick turn-on pattern
Under standby power.
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| CN201610548622.7A CN106060668B (en) | 2016-07-12 | 2016-07-12 | Intelligent television setting method and device |
| PCT/CN2016/097841 WO2018010277A1 (en) | 2016-07-12 | 2016-09-02 | Smart tv configuration method and device |
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| CN201610548622.7A CN106060668B (en) | 2016-07-12 | 2016-07-12 | Intelligent television setting method and device |
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| WO2018010277A1 (en) | 2018-01-18 |
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