CN101599953A - Streamlined user system and simplify the method for managing power supply of subscriber's main station - Google Patents
Streamlined user system and simplify the method for managing power supply of subscriber's main station Download PDFInfo
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- CN101599953A CN101599953A CNA2008101112757A CN200810111275A CN101599953A CN 101599953 A CN101599953 A CN 101599953A CN A2008101112757 A CNA2008101112757 A CN A2008101112757A CN 200810111275 A CN200810111275 A CN 200810111275A CN 101599953 A CN101599953 A CN 101599953A
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Abstract
The present invention relates to streamlined user system and simplify the method for managing power supply of subscriber's main station, this streamlined user system is simplified subscriber's main station and server.Server receives simplifies the command signal that subscriber's main station sends, and produces corresponding reaction signal, and is back to one by one and simplifies subscriber's main station.The counter of server calculates as yet not, and the quantity of the reaction signal of passback is a count value.The power management applications program of server electrically connects counter, when when count value being zero, transmit power save signal to the power management module of simplifying subscriber's main station, so that power management module optionally keeps or close the power supply of simplifying subscriber's main station according to power save signal.
Description
Technical field
The invention relates to a kind of network system, and particularly relevant for a kind of user side and server network system of simplifying.
Background technology
Along with the evolution of Computing framework, enterprise's computing progressively develops into master-slave mode (client/server) framework by the framework of mainframe (mainframe), moves towards server operation (server-basedcomputing) framework by master-slave architecture again.Industrial circle is complied with this trend and is developed and various terminal installation, such as enriching user (rich client) and simplifying user's terminal installations such as (thin client).
Generally speaking, simplify in user side and the server network system, simplify the outfit of user side and quite simplify, only possess necessary display unit, keyboard, be enough to finish and show and the computing equipment of communication function and easy program etc.During use, simplify user side and user's instruction can be sent to server, again the result is back to after the server calculation is finished and simplifies the user side demonstration.
Because simplifying user side need not be equipped with high performance processor and hard disk, cost is lower.Moreover administrative staff only need just can to manage each at server and simplify user side, and convenient centralized management is also saved and reduced management cost.Therefore, simplify user's framework and become one of network system of industrial circle develop actively gradually.
The present power management of simplifying user side all is the general computer power management mode of copying, and promptly when user's shut-down operation computer a period of time, computer just enters park mode or shutdown to meaning.But, according to traditional power management, simplify user side and may carry out a long computing, and may under the situation that does not obtain operation result as yet, just enter park mode in waiting for server, it is quite inconvenient to cause the user to use.
In addition, whenever simplifying user side when entering park mode, the user may wake up immediately and simplify user side, continuing the wait operation result, and then makes and simplifies user side carrying out dormancy and action such as waking up repeatedly.Thus, cause the system component of simplifying user side easily because cut off the power supply repeatedly and power and damage.So it is not objective that traditional power management cover is used for streamlined user system.
In view of this, need a kind of new streamlined user system and power management thereof, at the characteristic of streamlined user system, its power management of tailoring.
Summary of the invention
The method for managing power supply that technical problem to be solved of the present invention is to provide a kind of streamlined user system and simplifies subscriber's main station makes it more to meet the use pattern of streamlined user system.
To achieve these goals, one aspect of the present invention provides a kind of streamlined user system, changes the next foundation as power management of the mode of adopting data passes, meets the use pattern of streamlined user system.Streamlined user system has the subscriber's main station of simplifying and a server, and server sees through the network electric connection and simplifies subscriber's main station.Simplify subscriber's main station and have a power management module, simplify the usefulness of the power supply of subscriber's main station as management.Server can receive simplifies the command signal that subscriber's main station sends, and produces several reaction signals of corresponding this command signal, and returns reaction signal one by one to simplifying subscriber's main station.
Wherein, counter is arranged in the server, in order to calculating as yet the not quantity of the reaction signal of passback, and be made as a count value.The power management applications program of server electrically connects counter, and when when count value being zero, the transmission power save signal is to the power management module of simplifying subscriber's main station.When power management module received power save signal, the power supply of simplifying subscriber's main station optionally be kept or be closed to power management module can according to power save signal.
Hence one can see that, has only when confirming server and simplify after information contact between the subscriber's main station finished that power management module just can be simplified the management of the power supply of subscriber's main station.Avoid simplifying subscriber's main station still when the response of waiting for server, be introduced into battery saving mode and the awkward situation of powered-down.
To achieve these goals, the present invention also provides a kind of method for managing power supply of simplifying subscriber's main station on the other hand, is applicable to by a server and and simplifies in the subscriber's main station.By with server with simplify subscriber's main station and be considered as same main body, to judge the situation of simplifying subscriber's main station objectively.Method for managing power supply has several steps, and the bar row are as follows in regular turn.At first, receive and simplify the command signal that subscriber's main station sends, and produce at least one reaction signal according to command signal.Then, transmit reaction signal to simplifying subscriber's main station.After the reaction signal transmission finishes, transmit power save signal to simplifying subscriber's main station.At last, close the power supply of simplifying subscriber's main station according to power save signal.
Hence one can see that, and embodiments of the invention are considered server and simplified having or not that signal comes and goes between the subscriber's main station, are not merely whether to be in the basis for estimation of holding state as power management to simplify subscriber's main station.Thus, can judge objectively that just simplifying subscriber's main station is the situation that is in the waiting for server computing, or the operator there has not been the situation of use.
The present invention is to provide a kind of method for managing power supply of simplifying subscriber's main station on the other hand, consider to simplify the characteristic of data calculation between subscriber's main station and the server, whether finished the judgement that the action of data contact is used as simplifying the subscriber's main station power management to simplify subscriber's main station and server.
The method for managing power supply of simplifying subscriber's main station has following several steps.At first, will simplify subscriber's main station and electrically connect server, and transmit command signal, and make server produce reaction signal according to command signal to server.Then, receiving unit reaction signal one by one.Then, the quantity of statistics reaction signal is first quantity, and to calculate the quantity simplify the reaction signal that subscriber's main station received be second quantity, and calculates the difference of first quantity and second quantity.When the difference of first quantity and second quantity is zero, the stand-by time of timing server.
When simplifying the subscriber's main station shut-down operation, the stand-by time of subscriber's main station is simplified in timing.Then, whether the stand-by time of judging server greater than the first setting-up time value, and whether the stand-by time of simplifying subscriber's main station is greater than the second setting-up time value.Wherein the first and second setting-up time values can be set up on their own by the user.
At last, according to judged result, optionally close or keep the power supply of simplifying subscriber's main station.Wherein, when the stand-by time of server greater than the first setting-up time value, and the stand-by time of simplifying subscriber's main station is closed the power supply of simplifying subscriber's main station during greater than the second setting-up time value.Otherwise when the stand-by time of server is not more than the first setting-up time value, or the stand-by time of simplifying subscriber's main station is then kept the power supply of simplifying subscriber's main station when being not more than the second setting-up time value.
From the above, method for managing power supply proposed by the invention has been taken all factors into consideration server and has been simplified the stand-by time of subscriber's main station, and the situation of two contacts of signal between the side, provide one more objective and suit the method for managing power supply of the function mode of simplifying subscriber's main station.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as a limitation of the invention.
Description of drawings
For above and other objects of the present invention, feature, advantage and embodiment can be become apparent, being described in detail as follows of appended accompanying drawing:
Fig. 1 is the calcspar according to a kind of streamlined user system shown in one embodiment of the invention;
Fig. 2 is the flow chart according to the method for managing power supply of simplifying subscriber's main station of another embodiment of the present invention;
Fig. 3 is the flow chart according to the method for managing power supply of simplifying subscriber's main station of another embodiment of the present invention;
[primary clustering symbol description]
100: streamlined user system 110: server
112: power management applications program 114: timer
116: counter 120: simplify subscriber's main station
122: power management module 124: timer
126: system module 128: power supply unit
200: method for managing power supply 210～260: step
300: method for managing power supply 310～370: step
Embodiment
Please refer to Fig. 1, it is the calcspar according to the streamlined user system shown in one embodiment of the invention 100.Streamlined user system 100 is a kind ofly to simplify subscriber's main station 120 and 110 frameworks of a plurality of server form the network system by a plurality of.Note that only illustrating one in Fig. 1 simplifies subscriber's main station 120 and a server 110 as an illustration, yet in fact, the quantity of simplifying subscriber's main station 120 and server 110 is a plurality of.
Generally speaking, simplify the outfit of subscriber's main station 120 and quite simplify, only possess necessary display unit, keyboard, be enough to finish and show and the computing equipment of communication function and easy program etc.Server 110 then is equipped with dynamical computing equipment and jumbo storage area, as hard disk.When using streamlined user system 100, server 110 with simplify subscriber's main station 120 and can see through network and electrically connect mutually.The user is input instruction in simplifying subscriber's main station 120, simplifies subscriber's main station 120 instruction is sent to server 110, is performed calculations by server 110, the result is back to after calculation is finished again and simplifies subscriber's main station 120 demonstrations.
In an embodiment of the present invention, simplify subscriber's main station 120 and have power management module 122 electric connection system module 126 and power supply units 128, be used as the usefulness that the power supply of subscriber's main station 120 is simplified in management.System module 126 general references are simplified the various assemblies in the subscriber's main station 120, as display, processor and input equipment etc.When simplifying subscriber's main station 120 when being in the use pattern, power management module 122 is kept the power supply of 128 pairs of system modules 126 of power supply unit.And when simplifying subscriber's main station 120 when being in battery saving mode, 122 powered-downs of power management module.Wherein, battery saving mode can be that part system module 126 is stopped power supply as park mode, also can be that whole system modules 126 are stopped power supply, for example shutdown.
In the process of using streamlined user system 100, when server 110 receives one or several when simplifying the command signal that subscriber's main station 120 sends, server 110 can produce several reaction signals of corresponding command signal, and returns reaction signal one by one to simplifying subscriber's main station 120.
Have a power management applications program 112 and a counter 116 in the server 110, both electrically connect, and are used for assisting management and simplify the power supply of subscriber's main station 120.Particularly, counter 116 can not return the quantity of giving the reaction signal of simplifying subscriber's main station 120 by calculation server 110 as yet, and this quantity is made as a count value.When count value was zero, power management applications program 112 can transmit power save signal to the power management module 122 of simplifying subscriber's main station 120.When power management module 122 receives power save signal, the power supply of simplifying subscriber's main station 120 will optionally be kept or close to power management module 122.
Have only when server 110 and simplify after information contact between the subscriber's main station 120 confirmed to finish, whether power management module 122 just can close the judgement of the power supply of simplifying subscriber's main station 120, meets the use pattern of streamlined user system 100.
Consider when subscriber's main station 120 is simplified in user operation, just continue operation after tending to stagnate a little while slightly, thus power management module 122 close simplify subscriber's main station 120 power supplys before, can calculate stand-by time earlier.
Particularly, be provided with a timer 124 in the power management module 122 of simplifying subscriber's main station 120, timer 124 can calculate the stand-by time of simplifying subscriber's main station 120.Wherein, stand-by time is meant the time that the system module 126 of simplifying subscriber's main station 120 decommissions, and similarly is the time of out-of-work time of processor or input equipment shut-down operation.
In an embodiment of the present invention, when power management module 122 received power save signal, power management module 122 can judge whether the stand-by time of institute's timing in the timer 124 has surpassed the setting-up time value.Wherein, the setting-up time value can be set up on their own by the user, for example the time of not waiting in ten minutes to two hours.When the stand-by time of simplifying subscriber's main station 120 during greater than the setting-up time value, power management module 122 can be closed the power supply of simplifying subscriber's main station 120.Otherwise when the stand-by time of simplifying subscriber's main station 120 did not surpass the setting-up time value as yet, power management module 122 can be kept the power supply of simplifying subscriber's main station 120, till stand-by time surpasses the setting-up time value.
In an embodiment of the present invention, power management applications program 112 has a timer 114, is used for the stand-by time of calculation server 110.Wherein, the stand-by time of server 110 is set at time or the server 110 that the processor of server 110 decommissions and various other various rational times such as time of simplifying Stop message contact between the subscriber's main station 120 are adopted the note mode.
When the count value in the counter 116 is zero, and the stand-by time of the server 110 of 114 timing of timer is during greater than the setting-up time value, and power management applications program 112 can be sent power save signal to simplifying subscriber's main station 120.Wherein, the setting-up time value of the stand-by time of server 110 can be set up on their own by the administrative engineer of user or server 110, for example the time of not waiting in ten minutes to two hours.
Embodiments of the invention are taken all factors into consideration server 110 and are simplified the stand-by time of subscriber's main station 120, and the situation of signal contact between two sides, make that the power management of simplifying subscriber's main station 120 is more objective and suit the function mode of simplifying subscriber's main station 120.
Please refer to Fig. 2, it is the flow chart according to the method for managing power supply of simplifying subscriber's main station 200 of another embodiment of the present invention.Method for managing power supply 200 is with server and simplifies subscriber's main station and be considered as same main body, judges that the situation of simplifying subscriber's main station is to be in the state of waiting for return path signal or the state that does not have use.Each step shown in Figure 2 is that the viewpoint with server is a starting point.
The bar row are as follows in regular turn for several steps of method for managing power supply 200.At first be step 210: receive and simplify the command signal that subscriber's main station sends.As previously mentioned, the user is in operation during streamlined user system, the user can be in simplifying subscriber's main station input instruction, and instruction is sent to server by simplifying subscriber's main station.
Step 220: produce at least one reaction signal according to command signal.After server received command signal, server can perform calculations and produce several reaction signals.Then be step 230: transmit reaction signal to simplifying subscriber's main station, to be shown to the user.
Step 240 finishes for judging whether reaction signal transmits.Server judges whether reaction signal transmits the method that finishes and have a variety of, for example can compare the quantity of the reaction signal of estimating transmission and the quantity that has transmitted, perhaps can compare the time and the real time of estimating to finish calculation and transmission, perhaps require streamlined user system after receiving all reaction signals, signal etc. is finished in passback one.In an embodiment of the present invention, be to adopt comparison to estimate the quantity of transmission and the actual reaction signal that transmits.Be described in detail as follows.
At first, the quantity of calculating reaction signal is one first quantity.Particularly, the quantity that the reaction signal of the command signal that subscriber's main station transmits is simplified in response is known quantity, is generally the corresponding reaction signal of a command signal.Therefore, as long as know the quantity and the kind of command signal, just can learn the quantity of reaction signal.Then, calculating the quantity that has been sent to the reaction signal of simplifying subscriber's main station is one second quantity, and calculates the difference of first quantity and second quantity.At last, judging according to difference whether reaction signal transmits finishes.Wherein, when difference was non-vanishing, the quantity of the reaction signal that the expression expectation produces did not finish so the judgement reaction signal transmits greater than the quantity of the reaction signal that has transmitted.When difference was zero, the quantity of the reaction signal that the reaction signal quantity of generation equals to have transmitted was estimated in expression, finished so the judgement reaction signal transmits.
In addition, also can utilize the mode of dynamic calculation to compare.Particularly, can calculating as yet not, the quantity of the reaction signal of passback is a count value.And in transmitting the process of reaction signal,, just count value is subtracted one whenever server transmits a reaction signal when simplifying subscriber's main station.When the total transmission of reaction signal finished, count value just made zero.In other words, can whether be zero to judge whether reaction signal transmits and finish according to count value.When count value was non-vanishing, expression still remained the reaction signal that transmits, does not finish so the judgement reaction signal transmits.When count value is zero, judge that the reaction signal transmission finishes.
In step 240, transmit as yet when finishing when judging reaction signal, server can be got back to step 230, gives and simplifies subscriber's main station to continue to transmit reaction signal.After the reaction signal transmission finishes, then carry out step 250: transmit power save signal to simplifying subscriber's main station.In an embodiment of the present invention, server can reaction signal total transmit finish in, the stand-by time of the server that picks up counting, and during greater than the setting-up time value, transmit power save signal to simplifying subscriber's main station in stand-by time.
Then, step 260 is for to close the power supply of simplifying subscriber's main station according to power save signal.As previously mentioned, consider when the user truly uses that the situation of shut-down operation is slightly for example only watched reading sometimes.Therefore, method for managing power supply 200 proposed by the invention further calculates the stand-by time of simplifying subscriber's main station.And during greater than the setting-up time value, close the power supply of simplifying subscriber's main station in stand-by time.
Particularly, step 260 can be subdivided into four little steps.At first, when the input equipment of subscriber's main station is simplified in user's shut-down operation, or the processor of simplifying subscriber's main station begins to calculate the stand-by time of simplifying subscriber's main station when decommissioning.Then, when simplifying subscriber's main station reception power save signal, judge and whether simplify the stand-by time of subscriber's main station greater than the setting-up time value.At last, according to judged result, optionally close or keep the power supply that this simplifies subscriber's main station.Wherein, when the stand-by time of simplifying subscriber's main station during, close the power supply of simplifying subscriber's main station greater than the setting-up time value.Otherwise, when the stand-by time of simplifying subscriber's main station does not surpass the setting-up time value, keep the power supply of simplifying subscriber's main station.In an embodiment of the present invention, when judging the stand-by time of simplifying subscriber's main station and surpass the setting-up time value, the stand-by time of server then can recomputate, and execution in step 250 and step 260 again.
Please refer to Fig. 3.Comprehensively above-mentioned, the present invention discloses a kind of method for managing power supply 300 of simplifying subscriber's main station.Method for managing power supply 300 is to be starting point with the viewpoint of simplifying subscriber's main station, and the flow process of the method for managing power supply of simplifying subscriber's main station is described.Step 310 is for electrically connecting server.Then be step 320, transmit command signal to server, so that server produces reaction signal according to command signal.Wherein, the quantity of the reaction signal of a corresponding command signal can be for one or more.Then, step 325 is first quantity for the quantity of statistics reaction signal.Next for step 330: receiving unit reaction signal and step 335 one by one: the quantity of calculating the reaction signal that has received is second quantity.
At this moment, carry out step 340: whether whether the difference of judging first quantity and second quantity is zero, receive to judge reaction signal.Meaning promptly when the difference of first quantity and second quantity is non-vanishing, is represented to still have part should receive reaction signal and is not received as yet, so should proceed step 335.Otherwise, when the difference of first quantity and second quantity is zero, represent that all reaction signals all receive, then can carry out next procedure 350: the stand-by time of timing server.
Whether step 365 simplifies the stand-by time of subscriber's main station greater than the second setting-up time value for judging.When the stand-by time of simplifying subscriber's main station does not surpass the second setting-up time value as yet, then get back to step 350, to continue timing.In an embodiment of the present invention, the stand-by time of server will recomputate.When the stand-by time of simplifying subscriber's main station surpasses the second setting-up time value, then carry out next procedure 370: close the power supply of simplifying subscriber's main station.
In other words, method for managing power supply 300 can be judged server and the stand-by time of simplifying subscriber's main station, and optionally close or keep the power supply of simplifying subscriber's main station according to judged result.Have stand-by time when server only greater than the first setting-up time value, and the stand-by time of simplifying subscriber's main station just can be closed the power supply of simplifying subscriber's main station during also greater than the second setting-up time value.And be not more than the first setting-up time value when the stand-by time of server, when the stand-by time of perhaps simplifying subscriber's main station is not more than the second setting-up time value, then keep the power supply of simplifying subscriber's main station.
By above-mentioned each embodiment as can be known, the disclosed method for managing power supply of the present invention is taken all factors into consideration server and is simplified having or not that signal comes and goes between the subscriber's main station, and server and simplify subscriber's main station and whether be in factor such as holding state and come basis for estimation as power management, can judge objectively that simplifying subscriber's main station is the situation that is in the waiting for server computing, or the operator has not had the situation of use, suits the use pattern of streamlined user system.
Certainly; the present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art work as can make various corresponding changes and modification according to the present invention, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
Claims (10)
1, a kind of streamlined user system is characterized in that, comprises at least:
One simplifies subscriber's main station, has a power management module in order to manage the power supply that this simplifies subscriber's main station; And
One server electrically connects this through network and simplifies subscriber's main station, receives this and simplifies the command signal that subscriber's main station sends, and produce corresponding a plurality of reaction signals, and return those reaction signals one by one, and this server comprises:
One counter, the quantity of those reaction signals of passback is a count value in order to calculate as yet not; And
One power management applications program electrically connects this counter, and when when count value being zero, transmits a power save signal to this power management module,
Wherein this power management module optionally keeps or closes the power supply that this simplifies subscriber's main station according to this power save signal.
2, streamlined user system according to claim 1, it is characterized in that, this power management module has a first timer, this simplifies the stand-by time of subscriber's main station to this first timer in order to timing, and wherein work as this power management module and receive this power save signal, and this stand-by time of simplifying subscriber's main station is during greater than a setting-up time value, and this power management module is closed this power supply of simplifying subscriber's main station.
3, streamlined user system according to claim 2, it is characterized in that, this power management applications program has a second timer, this second timer is in order to the stand-by time of this server of timing, and wherein working as count value is zero, and the stand-by time of this server is during greater than a setting-up time value, and this power management applications program transmits this power save signal to this power management module.
4, a kind of method for managing power supply of simplifying subscriber's main station is applicable to by a server and and simplifies in the subscriber's main station, and it is characterized in that, this method for managing power supply comprises at least:
Receive one and simplify the command signal that subscriber's main station sends;
Produce at least one reaction signal according to this command signal;
Transmit this reaction signal and simplify subscriber's main station to this;
After this reaction signal transmission finishes, transmit a power save signal and simplify subscriber's main station to this; And
Close the power supply that this simplifies subscriber's main station according to this power save signal.
5, method for managing power supply according to claim 4 is characterized in that, also is included in to transmit before a power save signal simplifies subscriber's main station to this, judges earlier whether described reaction signal transmits to finish.
6, method for managing power supply according to claim 5 is characterized in that, the quantity of described reaction signal is a plurality of, and judges whether described a plurality of reaction signal transmits the method that finishes and comprise:
The quantity of calculating described a plurality of reaction signals is one first quantity;
Calculating the quantity that has been sent to this described reaction signal of simplifying subscriber's main station is one second quantity;
Calculate a difference of this first quantity and this second quantity; And
Judge according to this difference whether described a plurality of reaction signal transmits and finish, judge when this difference is non-vanishing wherein that described a plurality of reaction signal does not transmit to finish, judge when this difference is zero that described a plurality of reaction signal transmits to finish.
7, method for managing power supply according to claim 5 is characterized in that, the quantity of this reaction signal is a plurality of, and judges wherein whether described a plurality of reaction signal transmits the method that finishes and comprise:
The quantity of calculating the described reaction signal that does not return as yet is a count value;
Whenever transmit described a plurality of reaction signals one of them when this simplifies subscriber's main station, this count value is subtracted one; And
Whether according to this count value is zero, judges whether described a plurality of reaction signal transmits to finish, and judges when this count value is non-vanishing wherein that described a plurality of reaction signal does not transmit to finish, and judges that when this count value is zero described a plurality of reaction signal transmission finishes.
8, method for managing power supply according to claim 5 is characterized in that, transmits a power save signal to this method of simplifying subscriber's main station and comprises:
One first stand-by time of a server picks up counting; And
When this first stand-by time during, transmit this power save signal greater than one first setting-up time value.
9, method for managing power supply according to claim 8 is characterized in that, closes this method of simplifying the power supply of subscriber's main station and comprises:
Calculate one second stand-by time that this simplifies subscriber's main station;
Simplify subscriber's main station when receiving this power save signal when this, judge that whether this second stand-by time is greater than one second setting-up time value; And
According to judged result, optionally close or keep the power supply that this simplifies subscriber's main station, wherein when this second stand-by time during greater than this second setting-up time value, close the power supply that this simplifies subscriber's main station, when this second stand-by time is not more than this second setting-up time value, keep the power supply that this simplifies subscriber's main station.
10, method for managing power supply according to claim 9 is characterized in that, optionally closes or keeps this method of simplifying the power supply of subscriber's main station according to judged result and comprise:
When this second stand-by time is not more than this second setting-up time value, this first stand-by time of reclocking.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015043215A1 (en) * | 2013-09-30 | 2015-04-02 | 华为技术有限公司 | Power supply control method and device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015043215A1 (en) * | 2013-09-30 | 2015-04-02 | 华为技术有限公司 | Power supply control method and device |
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Open date: 20091209 |