CN104866063B - A kind of method and electronic equipment of information processing - Google Patents
A kind of method and electronic equipment of information processing Download PDFInfo
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- CN104866063B CN104866063B CN201410058952.9A CN201410058952A CN104866063B CN 104866063 B CN104866063 B CN 104866063B CN 201410058952 A CN201410058952 A CN 201410058952A CN 104866063 B CN104866063 B CN 104866063B
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Abstract
This application discloses a kind of method of information processing and electronic equipment, the big technical problem of the composite electronic amount of equipment power consumption of " win+phone " framework for solving to realize based on windows systems in the prior art, the method includes：When the current state of the electronic equipment is standby mode, wake-up control unit in the electronic equipment judges whether the second wake request for having received the first wake request of the operating system from the electronic equipment and the embedded controller EC from the electronic equipment, obtains the first judging result；When first judging result is to be, the control unit that wakes up generates and executes the first wake-up instruction that wake-up states are in for controlling the current state, and the wake-up states are adjusted to from the standby mode to control the current state.
Description
Technical field
This application involves electronic technology field, more particularly to the method and electronic equipment of a kind of information processing.
Background technology
With the fast development of electronic technology, many electronic equipments no longer have the function of single.As mobile phone not only can be with
Make a phone call, send short messages, and can also surf the Internet, listen song, see video etc.；For another example television set can not only receive regarding from TV station
Shield signal, moreover it is possible to wireless networking etc..Suchlike electronic equipment is very more, keeps people’s lives more rich and varied.
The diversification of electronic functionalities is since the developer of electronic equipment has by research and development test by originally a variety of
The software and/or hardware of the electronic equipment of simple function have been fused in an electronic equipment, and such as current many electronic equipments are opened
The computer with telephony feature that hair quotient is researching and developing, exactly adds the function of mobile phone in original computer.Due to most of
User gets used to the computer product of windows systems, and to cater to the use demand of user, some developers are being based on
Windows systems develop the computer with telephony feature, i.e. the composite electronic equipment of " win+phone " framework.
Present inventor has found above-mentioned technology at least during inventive technique scheme in realizing the embodiment of the present application
It has the following technical problems：
Currently, the research of the composite electronic equipment of " win+phone " framework is perfect not enough, power consumption is equivalent to one
The power consumption of a computer and a mobile phone, that is to say, that " win+ realized based on windows systems exists in the prior art
The big technical problem of the composite electronic amount of equipment power consumption of phone " frameworks.
Invention content
The embodiment of the present application is by providing a kind of method and electronic equipment of information processing, to solve base in the prior art
In the big technical problem of the composite electronic amount of equipment power consumption of " win+phone " framework that windows systems are realized, realize
The wake-up for participating in control electronics when electronic equipment is in standby by EC, avoids or alleviates the frequent of operating system
It actively wakes up, increases effective stand-by time of electronic equipment, save the technique effect of electronic equipment power consumption.
On the one hand, the embodiment of the present application provides a kind of method of information processing, is applied in an electronic equipment, the side
Method includes：
When the current state of the electronic equipment is standby mode, the wake-up control unit in the electronic equipment judges
Whether first wake request of operating system from the electronic equipment is had received and from the embedding of the electronic equipment
Enter the second wake request of formula controller EC, obtains the first judging result；
When first judging result is to be, the wake-up control unit is generated and is executed for controlling the current shape
State is in the first wake-up instruction of wake-up states, and the wake-up shape is adjusted to from the standby mode to control the current state
State.
Optionally, judge whether to have received the operating system from the electronic equipment in the wake-up control unit
Second wake request of the first wake request and embedded controller EC from the electronic equipment obtains first and judges knot
Before fruit, the method further includes：
When the operating system detects that the signal receiving module of the electronic equipment receives wake-up signal, the behaviour
Make system and generate first wake request, and sends first wake request to the wake-up control unit；And
It is described embedding when the embedded controller EC detects that the signal receiving module receives the wake-up signal
Enter formula controller EC and generate second wake request, and sends second wake request to the wake-up control unit.
Optionally, the signal receiving module is specially：Network signal receiving module or hardware switch module.
Optionally, judge whether to have received the operating system from the electronic equipment in the wake-up control unit
Second wake request of the first wake request and embedded controller EC from the electronic equipment obtains first and judges knot
Before fruit, the method further includes：
The current operation mode for detecting the electronic equipment is first mode or second mode, obtains the first detection knot
Fruit；
When first testing result shows that the current operation mode is the first mode, the embedded Control
Whether the current electric quantity that device EC detects the battery of the electronic equipment is less than the first default electricity, obtains the second testing result；
When second testing result shows that the current electric quantity is less than the first default electricity, step is executed：It calls out
Awake control unit judges whether to have received the first wake request of the operating system from the electronic equipment and comes from institute
The second wake request of the embedded controller EC of electronic equipment is stated, the first judging result is obtained.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode, the second mode are the mobile broadband connection mode when the WIFI module is closed.
Optionally, it is first mode or second mode in the current operation mode of the detection electronic equipment, obtains
After obtaining the first testing result, the method further includes：
When first testing result shows that the current operation mode is the second mode, step is executed：It wakes up
Control unit judges whether to have received the first wake request of the operating system from the electronic equipment and from described
The second wake request of the embedded controller EC of electronic equipment obtains the first judging result.
Optionally, judge whether to have received the operating system from the electronic equipment in the wake-up control unit
Second wake request of the first wake request and embedded controller EC from the electronic equipment obtains first and judges knot
After fruit, the method further includes：
When first judging result is no, the embedded controller EC detects working as the battery of the electronic equipment
Whether preceding electricity is more than or equal to the second default electricity, obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up
Control unit is generated and executed is in being instructed not with first wake-up for the wake-up states for controlling the current state
Same second wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
Optionally, detected in the embedded controller EC battery of the electronic equipment current electric quantity whether be more than etc.
In the second default electricity, before obtaining third testing result, the method further includes：
Whether the current operation mode for detecting the electronic equipment is first mode, obtains the 4th testing result；
When the 4th testing result is to be, step is executed：The embedded controller EC detects the electronic equipment
Battery current electric quantity whether be more than or equal to the second default electricity, obtain third testing result.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode.
On the other hand, the embodiment of the present application also provides a kind of electronic equipments of information processing, including：Hardware system, packet
Include the embedded controller EC for waking up control unit and being connect with the wake-up control unit;
And the operating system based on hardware system operation；
Wherein, when the current state of the electronic equipment is standby mode, the wake-up control unit judges whether to connect
The first wake request from the operating system and the second wake request from the embedded controller EC are had received,
Obtain the first judging result；
When first judging result is to be, the wake-up control unit is generated and is executed for controlling the current shape
State is in the first wake-up instruction of wake-up states, and the wake-up shape is adjusted to from the standby mode to control the current state
State.
Optionally, the hardware system further includes the signal receiving module being connect with the embedded controller EC, in institute
Wake-up control unit is stated to judge whether to have received the first wake request of the operating system from the electronic equipment and come
From the second wake request of the embedded controller EC of the electronic equipment, before obtaining the first judging result, the operation system
System is asked for when detecting that the signal receiving module of the electronic equipment receives wake-up signal, generating first wake-up
It asks, and sends first wake request to the wake-up control unit；And
The embedded controller EC is used for when detecting that the signal receiving module receives the wake-up signal, raw
At second wake request, and second wake request is sent to the wake-up control unit.
Optionally, the signal receiving module is specially：Network signal receiving module or hardware switch module.
Optionally, judge whether to have received the operating system from the electronic equipment in the wake-up control unit
Second wake request of the first wake request and embedded controller EC from the electronic equipment obtains first and judges knot
Before fruit, the embedded controller EC is first mode or second for detecting the current operation mode of the electronic equipment
Pattern obtains the first testing result；
When first testing result shows that the current operation mode is the first mode, the embedded Control
Whether the current electric quantity that device EC is used to detect the battery of the electronic equipment is less than the first default electricity, obtains the second detection knot
Fruit；
When second testing result shows that the current electric quantity is less than the first default electricity, the wake-up control
Unit is used to judge whether to have received the first wake request of the operating system from the electronic equipment and from described
The second wake request of the embedded controller EC of electronic equipment obtains the first judging result.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode, the second mode are the mobile broadband connection mode when the WIFI module is closed.
Optionally, described to call out when first testing result shows that the current operation mode is the second mode
Control unit of waking up is used to judge whether to have received the first wake request of the operating system from the electronic equipment and comes
From the second wake request of the embedded controller EC of the electronic equipment, the first judging result is obtained.
Optionally, the electronic equipment further includes the battery being connect with the embedded controller EC, is sentenced when described first
When disconnected result is no, whether the current electric quantity that the embedded controller EC is used to detect the battery is default more than or equal to second
Electricity obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up
Control unit is used to generate and execute is in referring to first wake-up for the wake-up states for controlling the current state
It enables different second wake up instruction, the wake-up states is adjusted to from the standby mode to control the current state.
Optionally, detected in the embedded controller EC battery of the electronic equipment current electric quantity whether be more than etc.
In the second default electricity, before obtaining third testing result, the embedded controller EC is for detecting the electronic equipment
Whether current operation mode is first mode, obtains the 4th testing result；
When the 4th testing result is to be, the embedded controller EC is used to detect the battery of the electronic equipment
Current electric quantity whether be more than or equal to the second default electricity, obtain third testing result.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
（1）Due in the embodiment of the present application, when the current state of electronic equipment is standby mode, in electronic equipment
Control unit is waken up to determine whether to have received the first wake request of the operating system from the electronic equipment and come
From the second wake request of the embedded controller EC of the electronic equipment, the first judging result is obtained, when first judgement
As a result it is that the wake-up control unit is generated and executed and is in the first of wake-up states for controlling the current state and calls out when being
It wakes up and instructs, the wake-up states are adjusted to from the standby mode to control the current state, that is to say, that it is single to wake up control
Member will also detect when receiving the wake request from operating system and know that EC also sends wake request and just wakes up electronics and set
It is standby, solve the composite electronic equipment of " win+phone " framework existing in the prior art realized based on windows systems
The big technical problem of power consumption realizes and participates in calling out for control electronics by EC when electronic equipment is in standby
It wakes up, avoids or alleviate the frequent of operating system and actively wake up, increase effective stand-by time of electronic equipment, save electronic equipment
The technique effect of power consumption.
（2）Since in the embodiment of the present application, operating system and embedded controller EC can be received detecting signal
When the signal receiving module that module receives electronic equipment receives wake-up signal, wake request is sent out to control unit is waken up,
Wherein, signal receiving module is specially network signal receiving module and hardware switch module, that is to say, that electronic equipment is busy
Part needs just wake up when processing, and in no event, electronic equipment is in depth standby mode, and ensure that electronic equipment has
Imitate stand-by time, and will not when standby drain process event.
（3）Since in the embodiment of the present application, electronic equipment can detect the current operation mode of itself, and in WIFI
When module is in the mobile broadband connection mode of open state, embedded controller EC can detect the current of the battery of electronic equipment
Electricity, and when current electric quantity is less than the first default electricity, when being such as the 30% of battery Full Charge Capacity, it is just comprehensive to wake up control unit
Consider operating system wake request and EC wake requests, or the mobile broadband connection mode being closed in WIFI module
When, it wakes up control unit and just considers operating system wake request and EC wake requests, wake-up processing is carried out to electronic equipment,
And then the different working modes of electronic equipment can be directed to, different electricity progress targetedly carry out wake-up behaviour to electronic equipment
Make, realize electronic equipment it is standby under the larger operating mode of power consumption when can effectively it is standby, save electricity technology effect
Fruit.
（4）Since in the embodiment of the present application, when waking up control module, there is no the wake-ups for both receiving operating system to ask
When asking and receiving the wake request of embedded controller EC, embedded controller EC can judge whether the current electric quantity of battery is big
In equal to the second default electricity, and when battery current electric quantity is more than or equal to the second default electricity, wakes up control module and generate simultaneously
It executes second and wakes up wake instruction electronic equipment, it is wake-up states to make electronic equipment current state, realizes wake-up control module
Wake request is handled according to the charge condition of electronic equipment, electronic equipment is targetedly waken up, ensure that the work of electronic equipment
Make the technique effect of efficiency.
Description of the drawings
Fig. 1 is a kind of method flow diagram of information processing provided by the embodiments of the present application；
Fig. 2 is that SoC provided by the embodiments of the present application and EC controls wake up electronic equipment schematic diagram；
Fig. 3 is that EC provided by the embodiments of the present application controls wake up electronic equipment schematic diagram；
Fig. 4 is the structure chart of a kind of electronic equipment provided by the embodiments of the present application.
Specific implementation mode
The embodiment of the present application is solved and is based in the prior art by providing a kind of method and electronic equipment of information processing
The big technical problem of composite electronic amount of equipment power consumption of " win+phone " framework that windows systems are realized, realizes in electricity
The wake-up for participating in control electronics when sub- equipment is in standby by EC, avoids or alleviates the frequent master of operating system
It is dynamic to wake up, increase effective stand-by time of electronic equipment, saves the technique effect of electronic equipment power consumption.
Technical solution in the embodiment of the present application is to solve the above problems, general thought is as follows：
A kind of method of information processing is provided, is applied in an electronic equipment, the method includes：In the electronic equipment
Current state when being standby mode, the wake-up control unit in the electronic equipment judges whether to have received from the electricity
The second of first wake request of the operating system of sub- equipment and embedded controller EC from the electronic equipment wakes up
Request obtains the first judging result；When first judging result is to be, the wake-up control unit, which is generated and executed, to be used for
The first wake-up instruction that the current state is in wake-up states is controlled, to control the current state from the standby mode tune
Whole is the wake-up states.
As it can be seen that due in the embodiment of the present application, when the current state of electronic equipment is standby mode, in electronic equipment
Wake-up control unit determine whether to have received the first wake request of the operating system from the electronic equipment and
The second wake request of embedded controller EC from the electronic equipment, obtains the first judging result, sentences when described first
Disconnected result is when being, the wake-up control unit generates and executes be in wake-up states for controlling the current state first
Instruction is waken up, the wake-up states are adjusted to from the standby mode to control the current state, that is to say, that wakes up control
Unit will also detect when receiving the wake request from operating system and know that EC also sends wake request and just wakes up electronics
Equipment, the composite electronic for solving " win+phone " framework existing in the prior art realized based on windows systems are set
The big technical problem of standby power consumption, realizes and participates in calling out for control electronics by EC when electronic equipment is in standby
It wakes up, avoids or alleviate the frequent of operating system and actively wake up, increase effective stand-by time of electronic equipment, save electronic equipment
The technique effect of power consumption.
In order to better understand the above technical scheme, in conjunction with appended figures and specific embodiments to upper
It states technical solution to be described in detail, it should be understood that the specific features in the embodiment of the present application and embodiment are to the application
The detailed description of technical solution, rather than to the restriction of technical scheme, in the absence of conflict, the application is implemented
Technical characteristic in example and embodiment can be combined with each other.
Referring to FIG. 1, the method for information processing provided by the embodiments of the present application is applied in an electronic equipment, such as there is hand
The PC machine of machine function, the tablet computer with cell-phone function, the method specifically include step：
S101：When the current state of the electronic equipment is standby mode, the wake-up control in the electronic equipment is single
Member judges whether to have received the first wake request of the operating system from the electronic equipment and be set from the electronics
The second wake request of standby embedded controller EC obtains the first judging result；
S102：When first judging result is to be, the wake-up control unit is generated and is executed described for controlling
Current state is in the first wake-up instruction of wake-up states, is adjusted to described from the standby mode to control the current state
Wake-up states.
In specific implementation process, in order to just make electronic equipment have event that can be waken up when needing processing, in no event
When electronic equipment be in depth standby mode, ensure effective stand-by time of electronic equipment, and will not when standby drain process
Event judges whether that the first wake-up for having received the operating system from the electronic equipment is asked in the wake-up control unit
It asks and the second wake request of embedded controller EC from the electronic equipment, before obtaining the first judging result, institute
The method of stating further includes：
When the operating system detects that the signal receiving module of the electronic equipment receives wake-up signal, the behaviour
Make system and generate first wake request, and sends first wake request to the wake-up control unit；And
It is described embedding when the embedded controller EC detects that the signal receiving module receives the wake-up signal
Enter formula controller EC and generate second wake request, and sends second wake request to the wake-up control unit.
Specifically, wherein the signal receiving module is specially：Network signal receiving module or hardware switch module.
In specific implementation process, in order to there is the different working modes for being directed to electronic equipment, different electricity are into the hand-manipulating of needle
To being waken up to electronic apparatus system for property, realize electronic equipment it is standby under the larger operating mode of power consumption when can
It is effectively standby, save the technique effect of electricity.
Specifically, in order to make electronic equipment under the big operating modes of power consumption such as WIFI module unlatching, it can be according to electricity
The practical electricity in pond targetedly wakes up electronic equipment, i.e., when electric quantity for electronic equipment is relatively low, control electronics
It is waken up with passive wake-up mode, avoids or alleviate the situation that electronic device system frequently actively wakes up and occur, to
The power consumption for saving electronic equipment, judges whether to have received the operation from the electronic equipment in the wake-up control unit
Second wake request of the first wake request of system and embedded controller EC from the electronic equipment obtains first
Before judging result, the method further includes：
The current operation mode for detecting the electronic equipment is first mode or second mode, obtains the first detection knot
Fruit；
When first testing result shows that the current operation mode is the first mode, the embedded Control
Whether the current electric quantity that device EC detects the battery of the electronic equipment is less than the first default electricity, is specifically as follows battery Full Charge Capacity
30%, obtain the second testing result；
When second testing result shows that the current electric quantity is less than the first default electricity, step is executed：It calls out
Awake control unit judges whether to have received the first wake request of the operating system from the electronic equipment and comes from institute
The second wake request of the embedded controller EC of electronic equipment is stated, the first judging result is obtained.
Specifically, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode, the second mode are the mobile broadband connection mode when the WIFI module is closed.
In addition, in order to make electronic equipment when working in common mobile broadband connection mode, i.e. the WIFI of electronic equipment
When module is not opened, system is directly allowed to enter the standby shape body of depth of non-self wake-up, so as to increase having for electronic equipment
Stand-by time is imitated, is first mode or second mode in the current operation mode of the detection electronic equipment, obtains the
After one testing result, the method further includes：
When first testing result shows that the current operation mode is the second mode, step is executed：It wakes up
Control unit judges whether to have received the first wake request of the operating system from the electronic equipment and from described
The second wake request of the embedded controller EC of electronic equipment obtains the first judging result.
In specific implementation process, in order to make electronic equipment in electricity abundance, remain to be asked according to the active of system wake-up
It asks, wake operation is carried out to electronic equipment, judges whether to have received from the electronic equipment in the wake-up control unit
Operating system the first wake request and embedded controller EC from the electronic equipment the second wake request, obtain
After obtaining the first judging result, the method further includes：
When first judging result is no, the embedded controller EC detects working as the battery of the electronic equipment
Whether preceding electricity is more than or equal to the second default electricity, is specifically as follows the 30% of battery Full Charge Capacity, obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up
Control unit is generated and executed is in being instructed not with first wake-up for the wake-up states for controlling the current state
Same second wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
Further, it in order to make electronic equipment in WIFI module unlatching and electricity abundance, remains to be called out according to the active of system
Request of waking up detects working as the battery of the electronic equipment in the embedded controller EC to electronic equipment progress wake operation
Whether preceding electricity is more than or equal to the second default electricity, and before obtaining third testing result, the method further includes：
Whether the current operation mode for detecting the electronic equipment is first mode, obtains the 4th testing result；
When the 4th testing result is to be, step is executed：The embedded controller EC detects the electronic equipment
Battery current electric quantity whether be more than or equal to the second default electricity, obtain third testing result.
Specifically, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode.
It describes in detail to said program below by following embodiment.
Embodiment one
In the embodiment of the present application, realize that the electronic equipment of phone functions is with the windows systems based on PC versions
Example, the product form of the electronic equipment can be that pad and mobile phone, this type are integrated in an electronic equipment
Electronic equipment the hardware module of pad and phone is equally contained on hardware, claim the electricity of this type in the embodiment of the present application
Sub- equipment is pad+phone.The system level chip SoC of pad+phone（System on Chip）Composition can be system-level
Chip controls logic module, microprocessor/microcontroller CPU core module, digital signal processor DSP module, insertion are deposited
Memory modules and the external interface module communicated, the analog front-end module containing ADC/DAC, power supply provides and power consumption pipe
Module is managed, also has RF front-end module, user to define logic one wireless SoC（It is realized by FPGA or ASIC）, Yi Jiwei
Electric mechanical module, it is often more important that the user software etc. that a SoC chip is embedded with basic software modules or can be loaded into.Having
In body application, the operating system of electronic equipment is stored in such as windows operating systems in SoC.
In practical applications, if the electronic equipment of windows systems is not used for a long time under open state,
Relevant operation is not carried out to electronic equipment, the embedded controller EC of electronic equipment can control the power supply of power management module
Output, and control electronics enter standby mode.When electronic equipment is in standby, and electronic equipment is windows systems
When system, electronic equipment can be waken up by automatically waking up and passively waking up two ways.
Specifically, it is mainly that windows systems actively wake up that active here, which wakes up, when electronic equipment is standby,
Windows systems can wake up electronic equipment per 30s and carry out Network Synchronization, after windows operating systems send out wake request, electronics
The power supply of the SoC of equipment provides and the power module of power managed module control electronics is that electronic equipment is normally supplied
Electricity so that electronic equipment is in wake-up states, i.e. Activity states.Passive wake up refers to the electronics when electronic equipment is standby
The information receiving module of equipment can receive message event, after SoC receives message event, can control power module and be set for electronics
Standby normal power supply, makes electronic equipment be in wake-up states；In addition, working as power key of the user by control electronics（Power
Button）Starting electronic equipment makes electronic equipment be in wake-up states, also belongs to passive wake-up mode.
In the embodiment of the present application, in order to when electronic equipment is in standby, control electronics are participated in by EC
Wake-up, avoid or alleviate operating system frequently automatically waking up electronic equipment, increase effectively waiting for for electronic equipment to reach
The machine time, the purpose saved energy, referring to FIG. 2, it is provided with wake-up control unit in the electronic device, and it is single to wake up control
When member only receives the wake request that operating system and embedded controller EC202 are sent out in SoC201 at the same time, just wake up
Electronic equipment makes electronic equipment be in Activity states.
Specifically, referring still to Fig. 2, wake up in control unit comprising hardware logic and door 203.It sends out and calls out in operating system
When awake request, the SLP_S0ix_B signals of SoC set height, as logical one, when embedded controller EC sends out wake request,
The EC_GPIO signals of EC set height, as logical one, and above-mentioned two is the signal of logical one with door 203 by hardware logic at this time
It carries out, " with operation ", generating SLP_B signals, control wakes up the power management IC in control unit（PMIC）204, make its control pipe
Battery module is managed to electronic equipment normal power supply, to achieve the purpose that wake up electronic equipment；Opposite, it is sent out when in operating system
When going out wake request, the SLP_S0ix_B signals of SoC set height, as logical one, at this point, embedded controller EC does not send out and calls out
Wake up request, the EC_GPIO signals of EC set low, as logical zero, at this time hardware logic and door 203 by SLP_S0ix_B signals and
EC_GPIO signals carry out that, " with operation ", SLP_B signals will not be generated, or the SLP_B signals generated do not have control power management
IC（PMIC）204 carry out the function of normal power supply.
Embodiment two
In specific implementation process, for the pad+phone electronic equipments of standby mode, operating system is avoided or alleviated
Active wake up, electronic equipment is mainly waken up in a manner of passively waking up.In the present embodiment, mainly to the passive of electronic equipment
Flow is waken up to be introduced.When receiving event signal, operating system and embedded controller EC just send out and call out electronic equipment
It wakes up and asks.
Believe referring to FIG. 3, the signal receiving module of electronic equipment includes mainly network signal receiving module and hardware switch
Number receiving module, wherein network signal receiving module includes reception of wireless signals module and wire signal receiving module.Electricity at present
Sub- equipment is mainly used for wirelessly communicating, and network signal receiving module is based on reception of wireless signals module, including WIFI signal connects
Receive module 301, BT signal receiving modules 302,3G/LTE signal receiving modules 303 etc..For hardware switch signal receiving module,
It is specifically as follows the power switch key of electronic equipment（Power Button）304.
In figure 3, the embedded controller EC305 of electronic equipment receives mould with WIFI signal receiving module 301, BT signals
The power switch key of block 302,3G/LTE signal receiving modules 303 and electronic equipment（Power Button）304 are connected, when
Any of which module sends out wake-up signal, and EC can generate wake request, and be sent to power management IC（PMIC）306, so that
PMIC control management battery modules are to electronic equipment normal power supply, to make electronic equipment be in wake-up states.
In the present embodiment, due to receiving the either signal in above-mentioned signal receiving module in embedded controller EC
When the wake-up signal of receiving module, the SoC of electronic equipment can also receive the wake-up signal, and send out wake request, if
It is only to ensure that electronic apparatus system is in the depth standby mode of non-self wake-up, does not need to consider calling out of being sent out of SoC
It wakes up and asks.So in figure 3, only having embodied the wake-up mode for sending out wake request when EC receives wake-up signal to PMIC.
Embodiment three
When electronic device works are in the mobile broadband connection mode that WIFI module is opened, embedded controller EC can be detected
The current electric quantity of electric device battery, if current electric quantity is less than the 30% of battery Full Charge Capacity, referring to FIG. 2, EC202 can will be defeated
Go out and set low to the EC_GPIO signals of hardware logic and door 203, and with the control mode in embodiment two, control wakes up electronics and sets
It is standby, that is to say, that referring to FIG. 3, being controlled by the EC of electronic equipment whether the system wake-up of electronic equipment, if the signal of EC connects
It receives module and receives WIFI signal receiving module 301, BT signal receiving modules 302,3G/LTE signal receiving modules 303 and power supply
On ＆ off switch（Power Button）When 304, EC sends wake request, wakes up system, otherwise, electronic equipment is in the standby shape of depth
State only supports the wake-ups such as mail, short message, phone.
When the mobile broadband connection mode that electronic device works are opened in WIFI module, and EC detects the current electricity of battery
When amount is more than or equal to the 30% of battery Full Charge Capacity, illustrate that the current electric quantity of electronic equipment is more sufficient, referring to FIG. 2, EC202 meetings
The EC_GPIO signals that will be imparted to hardware logic and door 203 set height so that the state of electronic equipment is controlled by SoC, and system is in
The state of OS controls, periodically automatically wakes up and updates the data, that is to say, that electronic equipment can be sent out according to operating system per 30s
Request is automatically waken up frequently to wake up electronic equipment, to be synchronized to network, meanwhile, it also can be in the letter of electronic equipment
Number receiving module receives the network event informations such as mail, short message, phone, or when receiving power switch control signal pair
Electronic equipment is waken up.
When electronic device works are in the mobile broadband connection mode that WIFI module is closed, referring to FIG. 2, EC202 can be incited somebody to action
It exports and is set low to the EC_GPIO signals of hardware logic and door 203, and with the control mode in embodiment two, control wakes up electronics
Equipment, that is to say, that referring to FIG. 3, being controlled by the EC of electronic equipment whether the system wake-up of electronic equipment, if the signal of EC
Receiving module receives WIFI signal receiving module 301, BT signal receiving modules 302,3G/LTE signal receiving modules 303 and electricity
Source switch key（Power Button）When 304, EC sends wake request, wakes up system, otherwise, it is standby that electronic equipment is in depth
State only supports the wake-ups such as mail, short message, phone.
Due to system on chip SOC, there is radio frequency front end, and the front ends SOC and RF are the synthesis of " win+phone " framework
Main power consumption module of the type electronic equipment in system standby.Wherein, the unit interval power consumption of SOC is 55mw, the list of the front ends RF
Position time power consumption is 15mw.By taking the Full Charge Capacity of electric device battery is 12wh as an example：
Windows systems are generally used for computer, this system has a kind of characteristic to be exactly, and when electronic equipment is standby, are
System can actively wake up electronic equipment per 30s, and electronic apparatus system has 0.5s and is in activation after waking up（activity）State,
In active state, the unit interval power consumption of electronic equipment is 2000mw, then can calculate, do not take application scheme it
Before, i.e. the not optimized unit interval power consumption of the system of electronic equipment is：
[（55mw+15mw）×30s+2000mw×0.5s]/（30s+0.5s）≈102mw
The system of electronic equipment can be calculated when not optimized, the usage time of battery is：
12wh/102mw≈117h
When electronic device works are in the mobile broadband connection mode that WIFI module is opened, because electronic equipment is worked as in battery
Preceding electricity be less than battery Full Charge Capacity 30% when just take application scheme to optimize processing, that is to say, that battery capacity
More than or equal to Full Charge Capacity 70% when, the unit work consumptiom of electronic equipment is the unit interval power consumption of system in usual cases, in electricity
When pond electricity is less than the 30% of Full Charge Capacity, the unit work consumptiom of electronic equipment is the power consumption of the front ends SoC and RF, then working herein
Under pattern, the usage time of battery is：
（12wh×70%）/102mw+(12wh×30%)/(55mw+15mw)≈134h
When electronic device works are in the mobile broadband connection mode that WIFI module is closed, it is standby that electronic equipment is in depth
State, main power consumption module is the front ends SOC and RF, then the usage time of battery is：
12wh/（55mw+15mw）≈171h
As it can be seen that in the present embodiment, when electronic equipment is in standby, electronic equipment is according to the work at present of itself
Pattern and the current electric quantity of battery targetedly participate in Control management system by embedded controller EC and wake up, and increase
Effective stand-by time of electronic equipment, has saved power consumption, extends the usage time of battery.
Based on same inventive concept, the embodiment of the present application also provides a kind of electronic equipments of information processing, please refer to figure
4, including：Hardware system, including wake up control unit 401 and with the embedded Control that connect of wake-up control unit 401
Device EC402;
And the operating system 403 based on hardware system operation；
Wherein, when the current state of the electronic equipment is standby mode, the wake-up control unit 401 judges whether
Have received the first wake request from the operating system 403 and second from the embedded controller EC402
Wake request obtains the first judging result；
When first judging result is to be, the wake-up control unit 401 is generated and is executed for controlling described work as
What preceding state was in wake-up states first wakes up instruction, and being adjusted to described from the standby mode to control the current state calls out
The state of waking up.
In specific implementation process, in order to just make electronic equipment have event that can be waken up when needing processing, in no event
When electronic equipment be in depth standby mode, ensure effective stand-by time of electronic equipment, and will not when standby drain process
Event, the hardware system further include the signal receiving module 404 being connect with the embedded controller EC402, are called out described
The control unit 401 of waking up judge whether to have received the first wake request of the operating system 403 from the electronic equipment and
The second wake request of embedded controller EC402 from the electronic equipment, before obtaining the first judging result, the behaviour
Make system 403 for when the signal receiving module 404 for detecting the electronic equipment receives wake-up signal, generates described the
One wake request, and first wake request is sent to the wake-up control unit；And
The embedded controller EC402 is used to detect that the signal receiving module 404 receives wake-ups and believe
Number when, generate second wake request, and send second wake request to the wake-up control unit 401.
Specifically, wherein the signal receiving module is specially：Network signal receiving module or hardware switch module.
In specific implementation process, in order to there is the different working modes for being directed to electronic equipment, different electricity are into the hand-manipulating of needle
To being waken up to electronic apparatus system for property, realize electronic equipment it is standby under the larger operating mode of power consumption when can
It is effectively standby, save the technique effect of electricity.
Specifically, in order to make electronic equipment under the big operating modes of power consumption such as WIFI module unlatching, it can be according to electricity
The practical electricity in pond targetedly wakes up electronic equipment, i.e., when electric quantity for electronic equipment is relatively low, control electronics
It is waken up with passive wake-up mode, avoids or alleviate the situation that electronic device system frequently actively wakes up and occur, to
The power consumption for saving electronic equipment, judges whether to have received from the electronic equipment in the wake-up control unit 401
The second of first wake request of operating system 403 and embedded controller EC402 from the electronic equipment, which wakes up, asks
It asks, before obtaining the first judging result, the embedded controller EC402 is used to detect the work at present mould of the electronic equipment
Formula is first mode or second mode, obtains the first testing result；
When first testing result shows that the current operation mode is the first mode, the embedded Control
Whether the current electric quantity that device EC402 is used to detect the battery of the electronic equipment is less than the first default electricity, obtains the second detection
As a result；
When second testing result shows that the current electric quantity is less than the first default electricity, the wake-up control
Unit is used to judge whether to have received the first wake request of the operating system from the electronic equipment and from described
The second wake request of the embedded controller EC of electronic equipment obtains the first judging result.
Specifically, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode, the second mode are the mobile broadband connection mode when the WIFI module is closed.
In addition, in order to make electronic equipment when working in common mobile broadband connection mode, i.e. the WIFI of electronic equipment
When module is not opened, system is directly allowed to enter the standby shape body of depth of non-self wake-up, so as to increase having for electronic equipment
Stand-by time is imitated, when first testing result shows that the current operation mode is the second mode, the wake-up control
Unit 401 processed be used to judge whether to have received the operating system 403 from the electronic equipment the first wake request and
The second wake request of embedded controller EC402 from the electronic equipment obtains the first judging result.
In specific implementation process, in order to make electronic equipment in electricity abundance, remain to be asked according to the active of system wake-up
It asks, wake operation is carried out to electronic equipment, the electronic equipment further includes the battery being connect with the embedded controller EC402
405, when first judging result is no, the embedded controller EC402 is used to detect the current electricity of the battery 405
Whether amount is more than or equal to the second default electricity, obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up
Control unit 401 is used to generate and execute is in being waken up with described first for the wake-up states for controlling the current state
It instructs different second to wake up instruction, the wake-up states is adjusted to from the standby mode to control the current state.
Further, it in order to make electronic equipment in WIFI module unlatching and electricity abundance, remains to be called out according to the active of system
Request of waking up detects the battery of the electronic equipment to electronic equipment progress wake operation in the embedded controller EC402
Whether 404 current electric quantity is more than or equal to the second default electricity, before obtaining third testing result, the embedded controller
EC402 obtains the 4th testing result for detecting whether the current operation mode of the electronic equipment is first mode；
When the 4th testing result is to be, the embedded controller EC402 is for detecting the electronic equipment
Whether the current electric quantity of battery 405 is more than or equal to the second default electricity, obtains third testing result.
Specifically, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode.
As described above, above-mentioned electronic equipment is for realizing above- mentioned information processing method, so, the electronic equipment
The course of work is consistent with one or more embodiments of the above method, just no longer repeats one by one herein.
One or more technical solutions provided in the embodiments of the present application have at least the following technical effects or advantages：
（1）Due in the embodiment of the present application, when the current state of electronic equipment is standby mode, in electronic equipment
Control unit is waken up to determine whether to have received the first wake request of the operating system from the electronic equipment and come
From the second wake request of the embedded controller EC of the electronic equipment, the first judging result is obtained, when first judgement
As a result it is that the wake-up control unit is generated and executed and is in the first of wake-up states for controlling the current state and calls out when being
It wakes up and instructs, the wake-up states are adjusted to from the standby mode to control the current state, that is to say, that it is single to wake up control
Member will also detect when receiving the wake request from operating system and know that EC also sends wake request and just wakes up electronics and set
It is standby, solve the composite electronic equipment of " win+phone " framework existing in the prior art realized based on windows systems
The big technical problem of power consumption realizes and participates in calling out for control electronics by EC when electronic equipment is in standby
It wakes up, avoids or alleviate the frequent of operating system and actively wake up, increase effective stand-by time of electronic equipment, save electronic equipment
The technique effect of power consumption.
（2）Since in the embodiment of the present application, operating system and embedded controller EC can be received detecting signal
When the signal receiving module that module receives electronic equipment receives wake-up signal, wake request is sent out to control unit is waken up,
Wherein, signal receiving module is specially network signal receiving module and hardware switch module, that is to say, that electronic equipment is busy
Part needs just wake up when processing, and in no event, electronic equipment is in depth standby mode, and ensure that electronic equipment has
Imitate stand-by time, and will not when standby drain process event.
（3）Since in the embodiment of the present application, electronic equipment can detect the current operation mode of itself, and in WIFI
When module is in the mobile broadband connection mode of open state, embedded controller EC can detect the current of the battery of electronic equipment
Electricity, and when current electric quantity is less than the first default electricity, when being such as the 30% of battery Full Charge Capacity, it is just comprehensive to wake up control unit
Consider operating system wake request and EC wake requests, or the mobile broadband connection mode being closed in WIFI module
When, it wakes up control unit and just considers operating system wake request and EC wake requests, wake-up processing is carried out to electronic equipment,
And then the different working modes of electronic equipment can be directed to, different electricity progress targetedly carry out wake-up behaviour to electronic equipment
Make, realize electronic equipment it is standby under the larger operating mode of power consumption when can effectively it is standby, save electricity technology effect
Fruit.
（4）Since in the embodiment of the present application, when waking up control module, there is no the wake-ups for both receiving operating system to ask
When asking and receiving the wake request of embedded controller EC, embedded controller EC can judge whether the current electric quantity of battery is big
In equal to the second default electricity, and when battery current electric quantity is more than or equal to the second default electricity, wakes up control module and generate simultaneously
It executes second and wakes up wake instruction electronic equipment, it is wake-up states to make electronic equipment current state, realizes wake-up control module
Wake request is handled according to the charge condition of electronic equipment, electronic equipment is targetedly waken up, ensure that the work of electronic equipment
Make the technique effect of efficiency.
It should be understood by those skilled in the art that, the embodiment of the present invention can be provided as method, system or computer program
Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention
Apply the form of example.Moreover, the present invention can be used in one or more wherein include computer usable program code computer
Usable storage medium（Including but not limited to magnetic disk storage, CD-ROM, optical memory etc.）The computer program of upper implementation produces
The form of product.
The present invention be with reference to according to the method for the embodiment of the present invention, equipment（System）And the flow of computer program product
Figure and/or block diagram describe.It should be understood that can be realized by computer program instructions every first-class in flowchart and/or the block diagram
The combination of flow and/or box in journey and/or box and flowchart and/or the block diagram.These computer programs can be provided
Instruct the processor of all-purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce
A raw machine so that the instruction executed by computer or the processor of other programmable data processing devices is generated for real
The device for the function of being specified in present one flow of flow chart or one box of multiple flows and/or block diagram or multiple boxes.
These computer program instructions, which may also be stored in, can guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works so that instruction generation stored in the computer readable memory includes referring to
Enable the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one box of block diagram or
The function of being specified in multiple boxes.
These computer program instructions also can be loaded onto a computer or other programmable data processing device so that count
Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, in computer or
The instruction executed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in a box or multiple boxes.
Specifically, the corresponding computer program instructions of information processing method in the embodiment of the present application can be stored in
CD, hard disk, on the storage mediums such as USB flash disk, when computer program instructions corresponding with the information processing method in storage medium
It is read or is performed by an electronic equipment, include the following steps：
When the current state of the electronic equipment is standby mode, the wake-up control unit in the electronic equipment judges
Whether first wake request of operating system from the electronic equipment is had received and from the embedding of the electronic equipment
Enter the second wake request of formula controller EC, obtains the first judging result；
When first judging result is to be, the wake-up control unit is generated and is executed for controlling the current shape
State is in the first wake-up instruction of wake-up states, and the wake-up shape is adjusted to from the standby mode to control the current state
State.
Optionally, be also stored with other computer instruction in the storage medium, these computer instructions with step
Suddenly：Judge whether to have received the first wake request of the operating system from the electronic equipment in the wake-up control unit
And the second wake request of the embedded controller EC from the electronic equipment, obtain the corresponding calculating of the first judging result
Machine instruction, which is performed before, to be performed, and is included the following steps when executed：
When the operating system detects that the signal receiving module of the electronic equipment receives wake-up signal, the behaviour
Make system and generate first wake request, and sends first wake request to the wake-up control unit；And
It is described embedding when the embedded controller EC detects that the signal receiving module receives the wake-up signal
Enter formula controller EC and generate second wake request, and sends second wake request to the wake-up control unit.
Optionally, the signal receiving module is specially：Network signal receiving module or hardware switch module.
Optionally, be also stored with other computer instruction in the storage medium, these computer instructions with step
Suddenly：Judge whether to have received the first wake request of the operating system from the electronic equipment in the wake-up control unit
And the second wake request of the embedded controller EC from the electronic equipment, obtain the corresponding calculating of the first judging result
Machine instruction, which is performed before, to be performed, and is included the following steps when executed：
The current operation mode for detecting the electronic equipment is first mode or second mode, obtains the first detection knot
Fruit；
When first testing result shows that the current operation mode is the first mode, the embedded Control
Whether the current electric quantity that device EC detects the battery of the electronic equipment is less than the first default electricity, obtains the second testing result；
When second testing result shows that the current electric quantity is less than the first default electricity, step is executed：It calls out
Awake control unit judges whether to have received the first wake request of the operating system from the electronic equipment and comes from institute
The second wake request of the embedded controller EC of electronic equipment is stated, the first judging result is obtained.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode, the second mode are the mobile broadband connection mode when the WIFI module is closed.
Optionally, be also stored with other computer instruction in the storage medium, these computer instructions with step
Suddenly：It is first mode or second mode in the current operation mode of the detection electronic equipment, obtains the first detection knot
The corresponding computer instruction of fruit is performed after being performed, and is included the following steps when executed：
When first testing result shows that the current operation mode is the second mode, step is executed：It wakes up
Control unit judges whether to have received the first wake request of the operating system from the electronic equipment and from described
The second wake request of the embedded controller EC of electronic equipment obtains the first judging result.
Optionally, be also stored with other computer instruction in the storage medium, these computer instructions with step
Suddenly：Judge whether to have received the first wake request of the operating system from the electronic equipment in the wake-up control unit
And the second wake request of the embedded controller EC from the electronic equipment, obtain the corresponding calculating of the first judging result
Machine instruction is performed after being performed, and is included the following steps when executed：
When first judging result is no, the embedded controller EC detects working as the battery of the electronic equipment
Whether preceding electricity is more than or equal to the second default electricity, obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up
Control unit is generated and executed is in being instructed not with first wake-up for the wake-up states for controlling the current state
Same second wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
Optionally, be also stored with other computer instruction in the storage medium, these computer instructions with step
Suddenly：Whether the current electric quantity that the battery of the electronic equipment is detected in the embedded controller EC is more than or equal to the second default electricity
Amount, the corresponding computer instruction of acquisition third testing result, which is performed before, to be performed, and is included the following steps when executed：
Whether the current operation mode for detecting the electronic equipment is first mode, obtains the 4th testing result；
When the 4th testing result is to be, step is executed：The embedded controller EC detects the electronic equipment
Battery current electric quantity whether be more than or equal to the second default electricity, obtain third testing result.
Optionally, the first mode is the mobile broadband when the WIFI module of the electronic equipment is in open state
Connection mode.
Although preferred embodiments of the present invention have been described, it is created once a person skilled in the art knows basic
Property concept, then additional changes and modifications may be made to these embodiments.So it includes excellent that the following claims are intended to be interpreted as
It selects embodiment and falls into all change and modification of the scope of the invention.
Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art
God and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to include these modifications and variations.
Claims (18)
1. a kind of information processing method is applied in an electronic equipment, the method includes：
When the current state of the electronic equipment is standby mode, the wake-up control unit in the electronic equipment judges whether
Have received the first wake request of the operating system from the electronic equipment and from the embedded of the electronic equipment
The second wake request of controller EC obtains the first judging result；
When first judging result is to be, the wake-up control unit is generated and is executed for controlling at the current state
First in wake-up states wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
2. the method as described in claim 1, which is characterized in that judge whether to have received in the wake-up control unit and come from
The of first wake request of the operating system of the electronic equipment and embedded controller EC from the electronic equipment
Two wake requests, before obtaining the first judging result, the method further includes：
When the operating system detects that the signal receiving module of the electronic equipment receives wake-up signal, the operation system
System generates first wake request, and sends first wake request to the wake-up control unit；And
It is described embedded when the embedded controller EC detects that the signal receiving module receives the wake-up signal
Controller EC generates second wake request, and sends second wake request to the wake-up control unit.
3. method as claimed in claim 2, which is characterized in that the signal receiving module is specially：Network signal receives mould
Block or hardware switch module.
4. the method as described in claim 1, which is characterized in that judge whether to have received in the wake-up control unit and come from
The of first wake request of the operating system of the electronic equipment and embedded controller EC from the electronic equipment
Two wake requests, before obtaining the first judging result, the method further includes：
The current operation mode for detecting the electronic equipment is first mode or second mode, obtains the first testing result；
When first testing result shows that the current operation mode is the first mode, the embedded controller EC
Whether the current electric quantity for detecting the battery of the electronic equipment is less than the first default electricity, obtains the second testing result；
When second testing result shows that the current electric quantity is less than the first default electricity, step is executed：Wake up control
Whether unit judges processed have received the first wake request of the operating system from the electronic equipment and come from the electricity
The second wake request of the embedded controller EC of sub- equipment obtains the first judging result.
5. method as claimed in claim 4, which is characterized in that the first mode is the WIFI module in the electronic equipment
Mobile broadband connection mode when in open state, the second mode are when the WIFI module is closed
The mobile broadband connection mode.
6. method as described in claim 4 or 5, which is characterized in that in the work at present mould of the detection electronic equipment
Formula is first mode or second mode, and after obtaining the first testing result, the method further includes：
When first testing result shows that the current operation mode is the second mode, step is executed：Wake up control
Whether unit judges have received the first wake request of the operating system from the electronic equipment and come from the electronics
The second wake request of the embedded controller EC of equipment obtains the first judging result.
7. the method as described in claim 1, which is characterized in that judge whether to have received in the wake-up control unit and come from
The of first wake request of the operating system of the electronic equipment and embedded controller EC from the electronic equipment
Two wake requests, after obtaining the first judging result, the method further includes：
When first judging result is no, the embedded controller EC detects the current electricity of the battery of the electronic equipment
Whether amount is more than or equal to the second default electricity, obtains third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up control
Unit is generated and executed is in the different from the first wake-up instruction of the wake-up states for controlling the current state
Second wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
8. the method for claim 7, which is characterized in that detect the electronic equipment in the embedded controller EC
Whether the current electric quantity of battery is more than or equal to the second default electricity, and before obtaining third testing result, the method further includes：
Whether the current operation mode for detecting the electronic equipment is first mode, obtains the 4th testing result；
When the 4th testing result is to be, step is executed：The embedded controller EC detects the electricity of the electronic equipment
Whether the current electric quantity in pond is more than or equal to the second default electricity, obtains third testing result.
9. method as claimed in claim 8, which is characterized in that the first mode is the WIFI module in the electronic equipment
Mobile broadband connection mode when in open state.
10. a kind of electronic equipment, including：Hardware system, including wake up control unit and connect with the wake-up control unit
Embedded controller EC；
And the operating system based on hardware system operation；
Wherein, when the current state of the electronic equipment is standby mode, the wake-up control unit judges whether to receive
The first wake request from the operating system and the second wake request from the embedded controller EC obtain
First judging result；
When first judging result is to be, the wake-up control unit is generated and is executed for controlling at the current state
First in wake-up states wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
11. electronic equipment as claimed in claim 10, which is characterized in that the hardware system further includes and the embedded control
The signal receiving module of device EC connections processed judges whether to have received from the electronic equipment in the wake-up control unit
Second wake request of the first wake request of operating system and embedded controller EC from the electronic equipment obtains
Before first judging result, the operating system is used to detect that the signal receiving module of the electronic equipment receives wake-up
When signal, first wake request is generated, and send first wake request to the wake-up control unit；And
The embedded controller EC is used for when detecting that the signal receiving module receives the wake-up signal, generates institute
The second wake request is stated, and sends second wake request to the wake-up control unit.
12. electronic equipment as claimed in claim 11, which is characterized in that the signal receiving module is specially：Network signal
Receiving module or hardware switch module.
13. electronic equipment as claimed in claim 10, which is characterized in that judge whether to receive in the wake-up control unit
First wake request of the operating system from the electronic equipment and the embedded controller from the electronic equipment
The second wake request of EC, before obtaining the first judging result, the embedded controller EC is for detecting the electronic equipment
Current operation mode be first mode or second mode, obtain the first testing result；
When first testing result shows that the current operation mode is the first mode, the embedded controller EC
Whether the current electric quantity of the battery for detecting the electronic equipment is less than the first default electricity, obtains the second testing result；
When second testing result shows that the current electric quantity is less than the first default electricity, the wake-up control unit
For judging whether to have received the first wake request of the operating system from the electronic equipment and coming from the electronics
The second wake request of the embedded controller EC of equipment obtains the first judging result.
14. electronic equipment as claimed in claim 13, which is characterized in that the first mode is in the electronic equipment
WIFI module is in mobile broadband connection mode when open state, and the second mode is to be in close in the WIFI module
Mobile broadband connection mode when state.
15. electronic equipment according to claim 13 or 14, which is characterized in that show described work as in first testing result
When preceding operating mode is the second mode, the wake-up control unit is set for judging whether to have received from the electronics
Second wake request of the first wake request of standby operating system and embedded controller EC from the electronic equipment,
Obtain the first judging result.
16. electronic equipment as claimed in claim 10, which is characterized in that the electronic equipment further includes and the embedded control
The battery of device EC connections processed, when first judging result is no, the embedded controller EC is for detecting the battery
Current electric quantity whether be more than or equal to the second default electricity, obtain third testing result；
When the third testing result shows that the current electric quantity is more than or equal to the second default electricity, the wake-up control
Unit is used to generate and execute is in being instructed not with first wake-up for the wake-up states for controlling the current state
Same second wakes up instruction, and the wake-up states are adjusted to from the standby mode to control the current state.
17. electronic equipment as claimed in claim 16, which is characterized in that detect the electronics in the embedded controller EC
Whether the current electric quantity of the battery of equipment is more than or equal to the second default electricity, described embedded before obtaining third testing result
Controller EC obtains the 4th testing result for detecting whether the current operation mode of the electronic equipment is first mode；
When the 4th testing result is to be, the embedded controller EC is used to detect working as the battery of the electronic equipment
Whether preceding electricity is more than or equal to the second default electricity, obtains third testing result.
18. electronic equipment as claimed in claim 17, which is characterized in that the first mode is in the electronic equipment
WIFI module is in mobile broadband connection mode when open state.
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| CN201410058952.9A CN104866063B (en) | 2014-02-20 | 2014-02-20 | A kind of method and electronic equipment of information processing |
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| CN108574974B (en) * | 2017-03-17 | 2020-12-29 | 珠海市魅族科技有限公司 | Wireless access method, related equipment and system |
| CN107357407B (en) * | 2017-06-29 | 2023-05-23 | 联想(北京)有限公司 | Control method, electronic equipment and storage medium |
| CN110012527B (en) * | 2019-03-05 | 2022-04-26 | 青岛海信传媒网络技术有限公司 | Awakening method and electronic equipment |
| CN112073666B (en) * | 2019-06-10 | 2023-03-24 | 海信视像科技股份有限公司 | Power supply control method of display equipment and display equipment |
| CN110286950A (en) * | 2019-06-28 | 2019-09-27 | 深圳市智微智能科技开发有限公司 | A kind of method of network booting |
| CN115118534B (en) * | 2022-06-07 | 2023-11-17 | 合肥移瑞通信技术有限公司 | Low-power-consumption state control method, device, terminal and storage medium of MBB equipment |
| CN115114218A (en) * | 2022-06-07 | 2022-09-27 | 合肥移瑞通信技术有限公司 | State control method and device of MBB (multimedia broadcast bus) equipment, terminal and storage medium |
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| CN101154131A (en) * | 2006-09-29 | 2008-04-02 | 株式会社东芝 | Information processing apparatus and system state control method |
| CN1991686B (en) * | 2005-12-31 | 2012-10-10 | 联想(北京)有限公司 | Computer electric power management device and method |
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| CN101154131A (en) * | 2006-09-29 | 2008-04-02 | 株式会社东芝 | Information processing apparatus and system state control method |
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