CN102156534A - Hardware energy-saving processing method and device - Google Patents
Hardware energy-saving processing method and device Download PDFInfo
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Abstract
The invention provides a hardware energy-saving processing method. The method comprises the following steps: starting an off energy-saving mode; in the off energy-saving mode, closing hardware which is unnecessary in a working state in the current equipment, and maintaining the working state of other hardware in the current equipment. By the method and the device, electric energy can be saved as much as possible on the basis of ensuring user task execution.
Description
Technical field
The present invention relates to the energy-conservation technical field of device hardware, particularly relate to energy-conservation disposal route of a kind of hardware and the energy-conservation treating apparatus of a kind of hardware.
Background technology
Be to save the power consumption of computing machine, portable terminal or relevant device etc., and system recovery is arrived normal operating conditions with the short as far as possible time, various operating systems all provide the power supply energy-saving scheme.With Windows operating system is example, and standby, dormancy, three kinds of battery saving modes of sleep are provided in the Windows operating system, and these three kinds of patterns are defined as follows:
1, standby (Standby), system switched to this pattern after, except internal memory, the power supply of other equipment of computer all will be interrupted, and have only internal memory to rely on electric power keeping wherein data (because internal memory is a volatibility, as long as outage, data have not just had).When wishing to recover, just can directly return to the preceding state of standby like this.This pattern is not power consumption fully, if therefore power supply generation unusual (for example having a power failure) under holding state just can only be started shooting, again so the data of not preserving before the standby all can be lost so next time.But the resume speed of this pattern is the fastest, just can recover within general five seconds.
2, dormancy (Hibernate), system switched to this pattern after, system can all dump to the data in the internal memory on the hard disk in the hibernation file automatically, cuts off the power supply to all devices then.When recovering, internal memory can directly be read in the content of hibernation file in system from hard disk like this, and returns to the state before the dormancy.Therefore the not power consumption fully of this pattern be not afraid of abnormal electrical power supply after the dormancy, but cost is to need one and physical memory hard drive space of a size.And the resume speed of this pattern is slower, depends on memory size and hard disk speed, generally all want about 1 minute, in addition more of a specified duration.
3, sleep (Sleep), this pattern combines all advantages of standby and dormancy.After system switched to sleep state, system can all dump to the data in the internal memory in the hibernation file on the hard disk (the similar dormancy of this point), close the power supply of all devices except internal memory then, allow the data in the internal memory still keep (the similar standby of this point).Like this, when we want to recover, if in sleep procedure power supply did not take place unusual, the just directly data from internal memory recoveries (similar standby), speed is very fast; If but abnormal electrical power supply in the sleep procedure, the data in the internal memory have been lost, and can also recover (similar dormancy) from hard disk, and just speed can be slow.In any case but, this pattern can not cause loss of data.
Existing these three kinds of battery saving modes all are by with the current main hardware that relatively expends electric power resource, close as CPU, hard disk, network interface card etc., to reach the purpose of saving electric energy.Yet, in practice, the user often wish do not need with computing machine, portable terminal or relevant device etc. carry out long-time mutual in, such as downloading for a long time, during long-time on-hook, can executing the task, again can saves energy.Which kind of battery saving mode no matter adopt prior art, be under, because it has closed the main hardware that relatively expends electric power resource, will cause task to carry out; Be that task can only be carried out under the state of operate as normal such as computing machine, portable terminal or relevant device, just will cause the waste of resource again.
Therefore, need the urgent technical matters that solves of those skilled in the art to be exactly at present: proposes a kind of based on the energy-conservation treatment mechanism of user's hardware, in order on the basis of assurance user task execution, saving electric energy as much as possible.
Summary of the invention
Technical matters to be solved by this invention provides the energy-conservation disposal route of a kind of hardware, in order to guarantee on the basis that user task is carried out saving electric energy as much as possible.
The present invention also provides a kind of hardware energy-conservation treating apparatus, in order to guarantee said method application and realization in practice.
In order to address the above problem, the embodiment of the invention discloses the energy-conservation disposal route of a kind of hardware, comprising:
Energy saver mode is left in unlatching;
Leave under the energy saver mode described, close and need not in running order hardware in the current device, and keep the duty of other hardware in the current device.
Preferably, the described energy saver mode that leaves is opened by following steps:
Detect user's operation and whether satisfy default unlocking condition, if then open and leave energy saver mode; Wherein, described default unlocking condition comprises that the user initiates to open the solicit operation of leaving energy saver mode, and perhaps, the user does not initiate the interactive operation with current device in the Preset Time scope.
Preferably, described leaving is provided with the information that need not in running order hardware in the energy saver mode, and the described step that need not in running order hardware in the current device of closing is,
Close relevant hardware according to the described information that need not in running order hardware.
Preferably, describedly need not in running order hardware and comprise display and sound card, described other hardware of keeping duty comprises CPU, internal memory, hard disk and network interface card.
Preferably, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
Preferably, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtain task executions information in the current device, and carry out information, generate and need not in running order hardware information according to described task;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
Preferably, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Carry out information and hardware running status according to described task, generate and need not in running order hardware information;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
Preferably, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device also comprises:
Leave under the energy saver mode described, the running status of program in the monitoring current device, and when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
Preferably, described method also comprises:
Withdraw from according to user's trigger action and to leave energy saver mode, return to normal mode.
The embodiment of the invention also discloses the energy-conservation treating apparatus of a kind of hardware, comprising:
Leave the energy saver mode opening module, be used for opening and leave energy saver mode;
The energy-efficient treatment module is used for leaving under the energy saver mode described, closes and need not in running order hardware in the current device, and keep the duty of other hardware in the current device.
Preferably, the described energy saver mode that leaves is operated and is opened when satisfying default unlocking condition detecting the user; Wherein, described default unlocking condition comprises that the user initiates to open the solicit operation of leaving energy saver mode, and perhaps, the user does not initiate the interactive operation with current device in the Preset Time scope.
Preferably, described leaving is provided with the information that need not in running order hardware in the energy saver mode, need not in running order hardware in the described current device and then closes according to the described information that need not in running order hardware.
Preferably, described energy-efficient treatment module comprises:
The hardware detection submodule is used for leaving under the energy saver mode described, obtains the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
Preferably, described energy-efficient treatment module comprises:
Task execution information is obtained submodule, is used for leaving under the energy saver mode described, obtains task executions information in the current device, and carries out information according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
Preferably, described energy-efficient treatment module comprises:
Ruuning situation is obtained submodule, is used for leaving under the energy saver mode described, and obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Information generates submodule, is used for carrying out information and hardware running status according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
Preferably, described energy-efficient treatment module comprises:
The program monitoring submodule, be used for leaving under the energy saver mode described, the running status of program in the monitoring current device, and when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
Compared with prior art, the application has the following advantages:
In a preferred embodiment of the present invention, the main hardware of assurance program run such as CPU, internal memory, hard disk and network interface card will can not be closed, and continues to remain on duty, thereby can guarantee the execution of current task; To be closed but need not hardware such as in running order display, sound card, so effective saves energy again.When the user not needing to carry out for a long time mutual the time with computing machine, such as downloading for a long time, during long-time on-hook, selecting to open the present invention and leave energy saver mode, just can simple realization have both guaranteed the execution of current task, again the effective purpose of saves energy.And close the hardware that is of little use and also help the serviceable life that prolongs hardware.
In another kind of preferred embodiment of the present invention, system can judge currently whether enter the energy-conservation pattern of leaving automatically, and when satisfying condition, and opens automatically that energy-conservation to leave pattern energy-conservation for the user, can not influence the execution of user's current task simultaneously.
The embodiment of the invention can also be according to user's trigger action, and any one button as on user's rolling mouse or the keypad withdraws from immediately and leaves energy saver mode, returns to normal mode at a terrific speed.
Description of drawings
Fig. 1 is the process flow diagram of the energy-conservation disposal route embodiment 1 of a kind of hardware of the present invention;
Fig. 2 is the process flow diagram of the energy-conservation disposal route embodiment 2 of a kind of hardware of the present invention;
Fig. 3 is the structured flowchart of the energy-conservation treating apparatus embodiment of a kind of hardware of the present invention.
Embodiment
For above-mentioned purpose of the present invention, feature and advantage can be become apparent more, the present invention is further detailed explanation below in conjunction with the drawings and specific embodiments.
With reference to figure 1, show the process flow diagram of the energy-conservation disposal route embodiment 1 of a kind of hardware of the present invention, specifically can may further comprise the steps:
Wherein, described leaving is provided with the information that need not in running order hardware in the energy saver mode.
As a kind of concrete application of the embodiment of the invention in computing machine, describedly need not in running order hardware and can comprise display and sound card etc., described other hardware of keeping duty can comprise CPU, internal memory, hard disk and network interface card etc.In specific implementation, after user's submission enters the request of leaving energy saver mode, will be according to the closing information that leaves hardware such as display set in the energy saver mode, sound card, carry out the shutoff operation of hardware such as display, sound card, as a kind of example, described hardware can be closed by the mode of SetupAPI.dll.In this case, display will be closed, and computing machine will be muted.Use present embodiment, the main hardware of assurance program run such as CPU, internal memory, hard disk and network interface card will can not be closed, and continues to remain on duty, thereby can guarantee the execution of current task; And, owing to closed hardware such as need not in running order display, sound card, so effective saves energy.In concrete the application, when the user do not need with computing machine carry out long-time mutual the time, such as downloading for a long time, during long-time on-hook, selecting to open and leave energy saver mode, just the energy simple realization had both guaranteed the execution of current task, the purpose of effective saves energy again.
In practice, according to user's trigger action, as any one button on user's rolling mouse or the keypad, can withdraw from immediately and leave energy saver mode, return to normal mode at a terrific speed, on normal mode, the hardware of closing is with rearming.
With reference to figure 2, show the process flow diagram of the energy-conservation disposal route embodiment 1 of a kind of hardware of the present invention, specifically can may further comprise the steps:
Whether step 201, detection user initiate the interactive operation with current device in the Preset Time scope, if then execution in step 202;
Step 202, the automatic unlatching are left energy saver mode;
For example, the mouse that detects current computer did not move in 30 minutes, then opened the pattern of leaving; Perhaps, detect the keyboard of current computer and in 20 minutes, do not key in any information, then open the pattern of leaving.
Step 203, leave under the energy saver mode, obtain the running status of hardware in the current device, and, generate and need not in running order hardware information according to the running status of described hardware described;
The fundamental purpose of this step is, under the prerequisite that guarantees the normal operation of present procedure, by direct hardware detection, judges which hardware can close.
For example, the user carries out local audio frequency and video transcoding operation, do not need to connect network, by detecting the network interface card flow in a period of time, if the data of its transmission and reception are lower than certain threshold value, then the network interface card in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Or as, write down the operation information that obtains USB device by reading system, if this USB device does not have operation note in a period of time, then the USB device in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Or as, judge whether put into CD in the CD-ROM equipment, if there is not CD, then the CD-ROM equipment in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Or as, judge whether camera equipment is enabled, if do not enable, then the camera equipment in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Or as, judge currently whether by dialling up on the telephone, as not dialling up on the telephone, then the internal modem in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Or as, judge the use whether bluetooth equipment was arranged in a period of time, if do not have, then the bluetooth equipment in the decidable current device is to need not in running order hardware, then it can be closed in subsequent step.
Step 204, the described information that need not in running order hardware of foundation are closed relevant hardware, and are kept the duty of other hardware in the current device.
In a preferred embodiment of the present invention, described hardware can be closed by the mode of SetupAPI.dll.In this case, describedly need not in running order hardware and will close, but guarantee that other hardware of program run still maintains duty.Use present embodiment, system can judge currently whether enter the energy-conservation pattern of leaving automatically, and when satisfying condition, and opens automatically that energy-conservation to leave pattern energy-conservation for the user, can not influence the execution of user's current task simultaneously.
In practice, according to user's trigger action, as any one button on user's rolling mouse or the keypad, can withdraw from immediately and leave energy saver mode, return to normal mode, on normal mode, the hardware of closing is with rearming.
As the another kind of preferred embodiment of the present invention, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device can comprise following substep:
Substep S11, leave under the energy saver mode, obtain task executions information in the current device, and carry out information, generate and need not in running order hardware information according to described task described;
Substep S12, the described information that need not in running order hardware of foundation are closed relevant hardware, and are kept the duty of other hardware in the current device.
For example, from system information, obtain the process of current operation, and the progress information that foundation is obtained judges which hardware can be closed in the current device, as the network interface card in the decidable current device, CD-ROM drive, camera, sound card is to need not in running order hardware, promptly they can be closed then.
As the another kind of preferred embodiment of the present invention, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device can comprise following substep:
Substep S21, leave under the energy saver mode described, obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Substep S22, the described task of foundation are carried out information and hardware running status, generate and need not in running order hardware information;
Substep S23, the described information that need not in running order hardware of foundation are closed relevant hardware, and are kept the duty of other hardware in the current device.
In the present embodiment, can obtaining earlier in the current device of task is carried out information, judges which hardware can close, and then detects the running status of these hardware, if be in off working state really, then it can be closed.For example, from system information, obtain the process of current operation, and the progress information that foundation is obtained obtains the unwanted hardware information of this process of operation, as CD-ROM drive, network interface card etc., detect the running status of these hardware then, as judge whether CD is arranged in the CD-ROM drive, whether the flow of judging network interface card is less than predetermined threshold value, thereby need not in running order hardware in the acquisition current device, promptly they can be closed then.
As the another kind of preferred embodiment of the present invention, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device can comprise following substep:
Substep S31, leave under the energy saver mode described, the running status of program in the monitoring current device, when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Substep S32, the described information that need not in running order hardware of foundation are closed relevant hardware, and are kept the duty of other hardware in the current device.
For example, current operation of user downloads, and in the operational process that downloads, network interface card must maintain duty; When downloading after program run finishes, by by system triggers, perhaps, regularly or the real-time monitor (RTM) running status obtain the information that this downloads and finishes, promptly the decidable network interface card do not need in running order, so it can be closed.
Certainly, above-mentioned generation need not the method for in running order hardware information only as example, and it all is feasible that those skilled in the art adopt any method according to actual conditions, and the present invention need not this to be limited.
Need to prove, for method embodiment, for simple description, so it all is expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not subjected to the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.Secondly, those skilled in the art also should know, the embodiment described in the instructions all belongs to preferred embodiment, and related action and module might not be that the present invention is necessary.
With reference to figure 3, show the structured flowchart of the energy-conservation treating apparatus embodiment of a kind of hardware of the present invention, specifically can comprise with lower module:
Leave energy saver mode opening module 301, be used for opening and leave energy saver mode;
Energy-efficient treatment module 302 is used for leaving under the energy saver mode described, closes and need not in running order hardware in the current device, and keep the duty of other hardware in the current device.
In a preferred embodiment of the present invention, the described energy saver mode that leaves is operated and is opened when satisfying default unlocking condition detecting the user; Wherein, described default unlocking condition comprises that the user initiates to open the solicit operation of leaving energy saver mode; Perhaps, the user initiates the interactive operation with current device in the Preset Time scope.Use present embodiment, the described energy saver mode that leaves can be operated manually openedly according to the user, also can be judged when satisfying default unlocking condition by system and open automatically.
In a preferred embodiment of the present invention, described leaving is provided with the information that need not in running order hardware in the energy saver mode, need not in running order hardware in the described current device and then close according to the described information that need not in running order hardware.
As a kind of example of concrete application, describedly need not in running order hardware and can comprise display and sound card, described other hardware of keeping duty can comprise CPU, internal memory, hard disk and network interface card.
For example, the user leaves energy saver mode by click " enter and leave energy saver mode " unlatching on screen when downloading all night, under this pattern, display and sound card will be closed with energy-conservation, but CPU, internal memory, hard disk and network interface card still working on, to guarantee the execution of downloading task.
In another kind of preferred embodiment of the present invention, described energy-efficient treatment module can comprise following submodule:
The hardware detection submodule is used for leaving under the energy saver mode described, obtains the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of hardware in the current device;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
For example, the user carries out local audio frequency and video transcoding operation, do not need to connect network, the hardware detection submodule is by detecting the network interface card flow in a period of time, if the data of its transmission and reception are lower than certain threshold value, then the network interface card in the decidable current device is to need not in running order hardware, and hardware closes closed submodule then closes it, keeps the normal operating conditions of other hardware simultaneously.
In another kind of preferred embodiment of the present invention, described energy-efficient treatment module can comprise following submodule:
Task execution information is obtained submodule, is used for leaving under the energy saver mode described, obtains task executions information in the current device, and carries out information according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
In another kind of preferred embodiment of the present invention, described energy-efficient treatment module can comprise following submodule:
Ruuning situation is obtained submodule, is used for leaving under the energy saver mode described, and obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Information generates submodule, is used for carrying out information and hardware running status according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
In another kind of preferred embodiment of the present invention, described energy-efficient treatment module can comprise following submodule:
The program monitoring submodule, be used for leaving under the energy saver mode described, the running status of program in the monitoring current device, and when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.Use in the present embodiment, system can judge automatically that current whether can entering leave energy saver mode with energy-conservation, after energy saver mode is left in unlatching, system can detect the working condition of hardware in the current device automatically, the required hardware of executing the task is maintained duty, close the inoperative hardware of executing the task.
In specific implementation, preferably, hardware energy-efficient treatment device of the present invention can also comprise:
Leave energy saver mode and withdraw from module 303, be used for trigger action according to the user and withdraw from and leave energy saver mode, return to normal mode.
Need to prove that in embodiments of the present invention, described hardware is meant the hardware in the data processing equipment, described data processing equipment comprises computing machine, mobile phone, PDA etc.The embodiment of the invention not only can be applied to can also be applied to the applied environment of client-server in the applied environment of single device, perhaps further is applied in the applied environment based on cloud.
Because described device embodiment is substantially corresponding to aforementioned method embodiment illustrated in figures 1 and 2, so not detailed part in the description of present embodiment can just not given unnecessary details at this referring to the related description in the previous embodiment.
Need to prove that module, submodule and unit related in apparatus of the present invention embodiment and the system embodiment can be software, can be hardware, also can be the combination of software and hardware.
The present invention can be used in numerous general or special purpose computingasystem environment or the configuration.For example: personal computer, server computer, handheld device or portable set, plate equipment, multicomputer system, the system based on microprocessor, set top box, programmable consumer-elcetronics devices, network PC, small-size computer, mainframe computer, comprise distributed computing environment of above any system or equipment or the like.
The present invention can describe in the general context of the computer executable instructions of being carried out by computing machine, for example program module.Usually, program module comprises the routine carrying out particular task or realize particular abstract, program, object, assembly, data structure or the like.Also can in distributed computing environment, put into practice the present invention, in these distributed computing environment, by by communication network connected teleprocessing equipment execute the task.In distributed computing environment, program module can be arranged in the local and remote computer-readable storage medium that comprises memory device.
More than a kind of hardware provided by the present invention energy-conservation disposal route and the energy-conservation treating apparatus of a kind of hardware are described in detail, used specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.
Claims (16)
1. the disposal route that hardware is energy-conservation is characterized in that, comprising:
Energy saver mode is left in unlatching;
Leave under the energy saver mode described, close and need not in running order hardware in the current device, and keep the duty of other hardware in the current device.
2. the method for claim 1 is characterized in that, the described energy saver mode that leaves is opened by following steps:
Detect user's operation and whether satisfy default unlocking condition, if then open and leave energy saver mode; Wherein, described default unlocking condition comprises that the user initiates to open the solicit operation of leaving energy saver mode, and perhaps, the user does not initiate the interactive operation with current device in the Preset Time scope.
3. method as claimed in claim 1 or 2 is characterized in that, described leaving is provided with the information that need not in running order hardware in the energy saver mode, and the described step that need not in running order hardware in the current device of closing is,
Close relevant hardware according to the described information that need not in running order hardware.
4. method as claimed in claim 3 is characterized in that, describedly need not in running order hardware and comprises display and sound card, and described other hardware of keeping duty comprises CPU, internal memory, hard disk and network interface card.
5. method as claimed in claim 1 or 2 is characterized in that, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
6. method as claimed in claim 1 or 2 is characterized in that, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtain task executions information in the current device, and carry out information, generate and need not in running order hardware information according to described task;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
7. method as claimed in claim 1 or 2 is characterized in that, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device comprises:
Leave under the energy saver mode described, obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Carry out information and hardware running status according to described task, generate and need not in running order hardware information;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
8. method as claimed in claim 1 or 2 is characterized in that, described closing under leaving energy saver mode need not in running order hardware in the current device, and the step of keeping the duty of other hardware in the current device also comprises:
Leave under the energy saver mode described, the running status of program in the monitoring current device, and when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Close relevant hardware according to the described information that need not in running order hardware, and keep the duty of other hardware in the current device.
9. the method for claim 1 is characterized in that, also comprises:
Withdraw from according to user's trigger action and to leave energy saver mode, return to normal mode.
10. the treating apparatus that hardware is energy-conservation is characterized in that, comprising:
Leave the energy saver mode opening module, be used for opening and leave energy saver mode;
The energy-efficient treatment module is used for leaving under the energy saver mode described, closes and need not in running order hardware in the current device, and keep the duty of other hardware in the current device.
11. device as claimed in claim 10 is characterized in that, the described energy saver mode that leaves is operated and is opened when satisfying default unlocking condition detecting the user; Wherein, described default unlocking condition comprises that the user initiates to open the solicit operation of leaving energy saver mode, and perhaps, the user does not initiate the interactive operation with current device in the Preset Time scope.
12. as claim 10 or 11 described devices, it is characterized in that, described leaving is provided with the information that need not in running order hardware in the energy saver mode, need not in running order hardware in the described current device and then close according to the described information that need not in running order hardware.
13., it is characterized in that described energy-efficient treatment module comprises as claim 10 or 11 described devices:
The hardware detection submodule is used for leaving under the energy saver mode described, obtains the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
14., it is characterized in that described energy-efficient treatment module comprises as claim 10 or 11 described devices:
Task execution information is obtained submodule, is used for leaving under the energy saver mode described, obtains task executions information in the current device, and carries out information according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
15., it is characterized in that described energy-efficient treatment module comprises as claim 10 or 11 described devices:
Ruuning situation is obtained submodule, is used for leaving under the energy saver mode described, and obtaining in the current device of task is carried out information, and carries out information according to described task, obtains the hardware running status that corresponding not participation task is carried out;
Information generates submodule, is used for carrying out information and hardware running status according to described task, generates and need not in running order hardware information;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
16., it is characterized in that described energy-efficient treatment module comprises as claim 10 or 11 described devices:
The program monitoring submodule, be used for leaving under the energy saver mode described, the running status of program in the monitoring current device, and when described program run finishes, obtain the running status of hardware in the current device, and need not in running order hardware information according to the running status generation of described hardware;
Hardware closes closed submodule, is used for closing relevant hardware according to the described information that need not in running order hardware, and keeps the duty of other hardware in the current device.
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Application publication date: 20110817 |