CN104615097A - Method and device for remote controlling mobile terminal - Google Patents
Method and device for remote controlling mobile terminal Download PDFInfo
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- CN104615097A CN104615097A CN201410740359.2A CN201410740359A CN104615097A CN 104615097 A CN104615097 A CN 104615097A CN 201410740359 A CN201410740359 A CN 201410740359A CN 104615097 A CN104615097 A CN 104615097A
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- mobile terminal
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
Abstract
The invention relates to a method and a device for remote controlling mobile terminal. The device comprises a residual electricity obtaining unit used for building the remote network connection with the mobile terminal and obtaining the current residual electricity of the mobile terminal; a work time obtaining unit used for confirming the continuous use work time of the mobile terminal according to the current residual electricity and the dormancy/awakening set of the preset function module of the mobile terminal; a practical set obtaining unit used for confirming the practical dormancy/awakening set of the function module according to the work time; and a sending set unit used for sending the practical dormancy/awakening set instruction to the mobile terminal through the remote network connection. The user can control the function module of the mobile terminal at the awakening state or dormancy state through the carried terminal remote sending set instruction, the overall power consumption of the mobile terminal is reduced and the service life of the mobile terminal is prolonged.
Description
Technical field
The present invention relates to remote control technology field, particularly relate to a kind of method and apparatus of remote control mobile terminal.
Background technology
Wearable electronic equipment all has health detection, location and the function such as to communicate usually, applies very extensive among the disadvantaged group such as children or old man.Wearable electronic equipment comprises GPS locating module, can locate wearer, to prevent from wandering away in real time.But to realize above-mentioned functions, just need to keep GPS locating module in running order always.The power consumption of GPS locating module is comparatively large, and long-term in running order meeting causes Wearable electronic equipment to use duration significantly to shorten.And in fact, GPS locating module only needs to start when wearer motion just can realize above-mentioned functions, does not need to make it always in running order, such as: children wear Wearable electronic equipment, need location going to school, on classes are over road, and just no longer needed after arriving school.So we urgently wish to have a kind of functional module controlling Wearable electronic equipment to be in the method for wake-up states or dormant state, make it can also reduce power consumption while giving full play to its effect, extend the continuous working period of Wearable electronic equipment.
Summary of the invention
The object of the invention is to the method and apparatus proposing a kind of remote control mobile terminal, the functional module of remote control mobile terminal can be in wake-up states or dormant state, the continuous working period of effective control mobile terminal, reduces the overall power of mobile terminal.
For reaching this object, the present invention by the following technical solutions:
First aspect, provides a kind of method of remote control mobile terminal, comprising:
Set up and be connected with the telecommunication network of mobile terminal, obtain the current residual electricity of described mobile terminal;
According to the sleeping/waking setting of each functional block that described current residual electricity and described mobile terminal are preset, determine the working time of the current sustainable use of described mobile terminal;
According to the described working time, determine that the sleeping/waking of described each functional block reality is arranged;
Connected by described telecommunication network, send the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Wherein, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
Wherein, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
Second aspect, provides a kind of device of remote control mobile terminal, comprising:
Dump energy obtains unit, being connected, obtaining the current residual electricity of described mobile terminal for setting up with the telecommunication network of mobile terminal;
Working time obtains unit, and the sleeping/waking for each functional block preset according to described current residual electricity and described mobile terminal is arranged, and determines the working time of the current sustainable use of described mobile terminal;
Actual acquisition unit is set, for according to the described working time, determines that the sleeping/waking of described each functional block reality is arranged;
Sending setting unit, for being connected by described telecommunication network, sending the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Wherein, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
Wherein, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
Beneficial effect of the present invention is: a kind of method and apparatus of remote control mobile terminal, comprise dump energy obtain unit, the working time obtain unit, actual arrange obtain unit and send setting unit; Described dump energy obtains unit, being connected, obtaining the current residual electricity of described mobile terminal for setting up with the telecommunication network of mobile terminal; The described working time obtains unit, and the sleeping/waking for each functional block preset according to described current residual electricity and described mobile terminal is arranged, and determines the working time of the current sustainable use of described mobile terminal; Described actual acquisition unit is set, for according to the described working time, determines that the sleeping/waking of described each functional block reality is arranged; Described transmission setting unit, for being connected by described telecommunication network, sends the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal.By the method and device, user sends by the terminal remote carried and arranges instruction, is in wake-up states or dormant state with the functional module controlling mobile terminal, reduces the overall power of mobile terminal, extends it and continues to use duration.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing the embodiment of the present invention is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the content of the embodiment of the present invention and these accompanying drawings.
Fig. 1 is the method flow diagram of method first embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
Fig. 2 is the method flow diagram of method second embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
Fig. 3 is the method flow diagram of method the 3rd embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
Fig. 4 is the block diagram of device first embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
Embodiment
The technical matters solved for making the present invention, the technical scheme of employing and the technique effect that reaches are clearly, be described in further detail below in conjunction with the technical scheme of accompanying drawing to the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those skilled in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Please refer to Fig. 1, it is the method flow diagram of method first embodiment of the remote control mobile terminal that the embodiment of the present invention provides.The method of the remote control mobile terminal of the embodiment of the present invention, can be applicable to various device or terminal, as Wearable electronic equipment, smart mobile phone, PC, panel computer, notebook computer etc.
The method of this remote control mobile terminal, comprising:
Step S101, foundation are connected with the telecommunication network of mobile terminal, obtain the current residual electricity of described mobile terminal.
Preferably, described telecommunication network is GPRS mobile communications network, cdma mobile communication network.
Step S102, the sleeping/waking of each functional block preset according to described current residual electricity and described mobile terminal are arranged, and determine the working time of the current sustainable use of described mobile terminal.
Step S103, according to the described working time, determine described each functional block reality sleeping/waking arrange.
Step S104, to be connected by described telecommunication network, the instruction that the sleeping/waking sending each functional block reality to described mobile terminal is arranged.
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Wherein, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
Wearable electronic equipment, as Wearable children wrist-watch, possesses communication module, timing module, display module and processor module mostly, and some also can arrange locating module and health monitoring module.Part of module needs long-time continuous firing because the functional attributes of himself determines, but be limited to the demand that Wearable electronic equipment is light, its volume is general all less, causes its battery capacity very limited, so power consumption always can not be mated mutually with lasting service time.
The method of the remote control mobile terminal that the embodiment of the present invention provides, the terminal that the head of a family carries can be installed in the mode of software, as mobile phone, the head of a family is by controlling the APP of cell phone system, remotely setting mobile terminal, the different sleeping/waking grades of the functional module of the Wearable children wrist-watch carried as child, control each function respectively enable, the lasting service time of power consumption and Wearable children wrist-watch are balanced mutually.
When the head of a family arranges Wearable children wrist-watch dormancy or wakes difference in functionality block up, according to the current residual electricity of power consumption corresponding to this functional block, Wearable children watch cell, in conjunction with the state of other functional modules, the head of a family can check the continuous firing duration that Wearable children wrist-watch totally can also be in running order in the APP of mobile phone, allows the head of a family select most suitable dormancy according to different scene or to wake grade up.
The mobile phone of the head of a family long-rangely can arrange the concrete wakeup time of each functional module of Wearable children wrist-watch and dormancy time, also according to power consumption and function needs, all functions module can be divided into different brackets, start the functional block of corresponding grade as required.Described function needs corresponding above-mentioned preset rules to divide, and specifically comprises power consumption, functional attributes, use priority, user name, use location and application scenarios.
The method of remote control mobile terminal provided by the invention, user sends by the terminal remote carried and arranges instruction, be in wake-up states or dormant state with the functional module controlling mobile terminal, reduce the overall power of mobile terminal, extend it and continue to use duration.
Please refer to Fig. 2, it is the method flow diagram of method second embodiment of the remote control mobile terminal that the embodiment of the present invention provides.The key distinction of method first embodiment of the embodiment of the present invention and remote control mobile terminal is, adds the concrete steps of remote control communication module.
The method of this remote control mobile terminal, comprising:
Step S201, foundation are connected with the telecommunication network of mobile terminal, obtain the current residual electricity of described mobile terminal.
Step S202, the sleeping/waking of each functional block preset according to described current residual electricity and described mobile terminal are arranged, and determine the working time of the current sustainable use of described mobile terminal.
Step S203, according to the described working time, determine described each functional block reality sleeping/waking arrange.
Step S204, to be connected by described telecommunication network,
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Wherein, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
The basis that the head of a family utilizes mobile phone remote to control Wearable children wrist-watch is communication function, so the priority of communication module is the highest.When needs communication close module, the head of a family sends the instruction of the intermittent dormancy of communication module by the APP controlling cell phone system, namely while dormant communication module, also can add up Wearable children wrist-watch and automatically wake up, recover the first timing module of duration of communicating by synchronous averaging, just can exit the intermittent dormant state of communication module when reaching setting-up time, automatically waking communication module up or starting Wearable children wrist-watch; Or, preset the time, as within half an hour or one hour, Wearable children wrist-watch is at interval of predetermined period, as 5 minutes or 10 minutes, just by described communication module access services device, whether inquiry has each functional block sleeping/waking for himself to arrange the change instruction of change.The such as head of a family, in the intermittent sleep procedure of the communication module of Wearable children wrist-watch, sent to server the change instruction that communication module promptly wakes up.So, once Wearable children wrist-watch receives this change instruction, be just no longer in the intermittent dormant state of communication module, but automatically recover communication module function according to change instruction.
If Wearable children wrist-watch receives the instruction that communication module is promptly waken up, communication module recovers communication function, and Wearable children wrist-watch can normally use immediately.Now connected by wireless network, Wearable children wrist-watch also can send information to the APP of cell phone system, represents that this Wearable children wrist-watch can normally work, directly can check position or carry out voice communication.
Preferably, when Wearable children wrist-watch exits intermittent dormant state, can not sound or show the informations such as image in the outside of Wearable children wrist-watch, allow the perception of children own less than, the normal study of children can not be bothered.
Above-mentioned setting be adapted to child in school time, automatic remote controls to close Wearable children wrist-watch, child then wakes Wearable children wrist-watch up automatically when classes are over, both do not worried that child played Wearable children wrist-watch upper class hour and delays study, reduces power consumption, in the communication of the time period unlatching Wearable children wrist-watch that classes are over, positioning function, the safety of child can be ensured again.
Certainly, before arranging the intermittent dormancy of communication module, the head of a family still can determine the more enable functional module not needing to communicate, such as time module, so Wearable children wrist-watch in a stand-alone mode, even without networking, do not possess communication function, also still may be used for the time of checking.
The method of remote control mobile terminal provided by the invention, by the APP of head of a family's cellphone control system, the intermittent dormant state of Wearable children wrist-watch communication module can be long-rangely set, whether interval predetermined period Automatic inquirying changes instruction, allow Wearable children wrist-watch while energy-conservation, the change of the response head of a family is in time arranged.
Please refer to Fig. 3, it is the method flow diagram of method the 3rd embodiment of the remote control mobile terminal that the embodiment of the present invention provides.The key distinction of method first embodiment of the embodiment of the present invention and remote control mobile terminal is, adds the concrete steps of remote control mobile terminal dormancy.
The method of this remote control mobile terminal, comprising:
Step S301, foundation are connected with the telecommunication network of mobile terminal, obtain the current residual electricity of described mobile terminal.
Step S302, the sleeping/waking of each functional block preset according to described current residual electricity and described mobile terminal are arranged, and determine the working time of the current sustainable use of described mobile terminal.
Step S303, according to the described working time, determine described each functional block reality sleeping/waking arrange.
Step S304, to be connected by described telecommunication network,
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Traditional Wearable electronic equipment possesses remote power-off function, but because after equipment shutdown, communication module can not work, so cannot reawake equipment by Long-distance Control.Certainly, can also be started shooting by the mode Long-distance Control of false shutdown, but power problems does not just really solve, this is just to the illusion of no longer power consumption after a kind of shutdown of people.The method of remote control mobile terminal provided by the invention, the head of a family can be allowed to select the use-pattern of science, equilibrium point is found between power consumption and function use, and intermittent shutdown mode can be set, can ensure not use wrist-watch location and call function to preserve electricity within a certain period of time, Wearable children wrist-watch can be waken in time up after the time of setting again, facilitate the head of a family, control hommization more.
The method of remote control mobile terminal provided by the invention, by the APP of head of a family's cellphone control system, the long-range dormant state that Wearable children wrist-watch is set, accumulative the second timing module waking duration up is automatically started while the dormancy of Wearable children wrist-watch is set, can wake Wearable children wrist-watch in time up after the time of setting, and it is enable to arrange each function after waking up.
The embodiment of the device of the remote control mobile terminal provided for the embodiment of the present invention below.The embodiment of the embodiment of the device of remote control mobile terminal and the method for above-mentioned remote control mobile terminal belongs to same design, the detail content of not detailed description in the embodiment of the device of remote control mobile terminal, can with reference to the embodiment of the method for above-mentioned remote control mobile terminal.
Please refer to Fig. 4, it is the block diagram of device first embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
The device of this remote control mobile terminal, comprising:
Dump energy obtains unit 10, being connected, obtaining the current residual electricity of described mobile terminal for setting up with the telecommunication network of mobile terminal;
Working time obtains unit 20, and the sleeping/waking for each functional block preset according to described current residual electricity and described mobile terminal is arranged, and determines the working time of the current sustainable use of described mobile terminal;
Actual setting obtains unit 30, for according to the described working time, determines that the sleeping/waking of described each functional block reality is arranged;
Sending setting unit 40, for being connected by described telecommunication network, sending the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
The device of remote control mobile terminal provided by the invention, user sends by the terminal remote carried and arranges instruction, be in wake-up states or dormant state with the functional module controlling mobile terminal, reduce the overall power of mobile terminal, extend it and continue to use duration.
Below device second embodiment of the remote control mobile terminal that the embodiment of the present invention provides.
The device of this remote control mobile terminal, comprising:
Dump energy obtains unit 10, being connected, obtaining the current residual electricity of described mobile terminal for setting up with the telecommunication network of mobile terminal;
Working time obtains unit 20, and the sleeping/waking for each functional block preset according to described current residual electricity and described mobile terminal is arranged, and determines the working time of the current sustainable use of described mobile terminal;
Actual setting obtains unit 30, for according to the described working time, determines that the sleeping/waking of described each functional block reality is arranged;
Sending setting unit 40, for being connected by described telecommunication network, sending the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
Wherein, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
Wherein, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
Wherein, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, comprising:
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
The device of remote control mobile terminal provided by the invention, the head of a family can be allowed to select the control mode of science, equilibrium point is found between power consumption and function use, by arranging the intermittent dormancy of communication module or mobile terminal sleep state, both ensure that and do not used Wearable children wrist-watch location and call function to preserve electricity within a certain period of time, can in case of emergency, not need to wait for that longer setting-up time just can wake Wearable children wrist-watch up again, facilitate the head of a family, also hommization more.
A method and apparatus for remote control mobile terminal, the functional module of remote control mobile terminal can be in wake-up states or dormant state, effectively control the continuous working period of mobile terminal, reduce the overall power of mobile terminal.
One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, this program can be stored in a computer-readable recording medium, and storage medium can comprise storer, disk or CD etc.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (10)
1. a method for remote control mobile terminal, is characterized in that, comprising:
Set up and be connected with the telecommunication network of mobile terminal, obtain the current residual electricity of described mobile terminal;
According to the sleeping/waking setting of each functional block that described current residual electricity and described mobile terminal are preset, determine the working time of the current sustainable use of described mobile terminal;
According to the described working time, determine that the sleeping/waking of described each functional block reality is arranged;
Connected by described telecommunication network, send the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
2. the method for remote control mobile terminal according to claim 1, is characterized in that, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
3. the method for remote control mobile terminal according to claim 2, is characterized in that, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, and comprising:
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
4. the method for remote control mobile terminal according to claim 3, is characterized in that, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
5. the method for remote control mobile terminal according to claim 2, is characterized in that, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, and comprising:
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
6. a device for remote control mobile terminal, is characterized in that, comprising:
Dump energy obtains unit, being connected, obtaining the current residual electricity of described mobile terminal for setting up with the telecommunication network of mobile terminal;
Working time obtains unit, and the sleeping/waking for each functional block preset according to described current residual electricity and described mobile terminal is arranged, and determines the working time of the current sustainable use of described mobile terminal;
Actual acquisition unit is set, for according to the described working time, determines that the sleeping/waking of described each functional block reality is arranged;
Sending setting unit, for being connected by described telecommunication network, sending the instruction of the sleeping/waking setting of each functional block reality to described mobile terminal;
Wherein, described functional block comprises the functional module realizing arbitrary function and the allomeric function module bag functional module corresponding with described preset rules associated according to preset rules.
7. the device of remote control mobile terminal according to claim 6, is characterized in that, described preset rules comprises power consumption, functional attributes, use priority, user name, use location and application scenarios; Described functional module comprises communication module, locating module, health monitoring module and timing module.
8. the device of remote control mobile terminal according to claim 7, is characterized in that, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, and comprising:
Send the instruction of the intermittent dormancy of communication module to described mobile terminal, and wake the instruction being in the first timing module of the duration of intermittent dormant state for accumulative described communication module up;
Described intermittent dormant state, for before described first timing module reaches setting-up time, wakes described communication module up at interval of predetermined period; Wherein, after described communication module is waken up at interval of predetermined period, described mobile terminal is by described communication module access services device, whether inquiry has each functional block sleeping/waking for described mobile terminal to arrange the change instruction of change, if have, then described mobile terminal carries out the setting of sleeping/waking setting again to each functional block according to described change instruction.
9. the device of remote control mobile terminal according to claim 8, is characterized in that, described change instruction comprises the instruction that communication module is promptly waken up;
If described mobile terminal is by described communication module access services device, inquire the instruction that communication module is promptly waken up, then the communication module of described mobile terminal exits intermittent dormant state and enters wake-up states.
10. the device of remote control mobile terminal according to claim 7, is characterized in that, the instruction that the described sleeping/waking sending each functional block reality to described mobile terminal is arranged, and comprising:
Send the instruction of mobile terminal sleep to described mobile terminal, and wake the instruction being in the second timing module of the duration of dormant state for accumulative described mobile terminal up;
When described second timing module reaches setting-up time, then wake described mobile terminal up.
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| CN201410740359.2A CN104615097B (en) | 2014-12-05 | 2014-12-05 | A kind of method and apparatus of remote control mobile terminal |
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| CN201410740359.2A CN104615097B (en) | 2014-12-05 | 2014-12-05 | A kind of method and apparatus of remote control mobile terminal |
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Cited By (17)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105430050A (en) * | 2015-10-28 | 2016-03-23 | 广东小天才科技有限公司 | Method, device and system of controlling intelligent terminal |
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| CN108449785A (en) * | 2018-03-16 | 2018-08-24 | 深圳市安泰数据监测科技有限公司 | A kind of EGPRS communication means and system based on hierarchical energy power management |
| CN109661024A (en) * | 2019-01-11 | 2019-04-19 | 深圳飞思通科技有限公司 | A kind of intelligent power saving system in wearable device |
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| CN114546001A (en) * | 2020-11-19 | 2022-05-27 | 云米互联科技(广东)有限公司 | Control method of cooking equipment, control device and medium |
| CN114501599A (en) * | 2021-12-29 | 2022-05-13 | 广东好太太智能家居有限公司 | Energy-saving network-breaking setting method based on Internet of things, intelligent equipment and storage medium |
| CN114501599B (en) * | 2021-12-29 | 2024-05-14 | 广东好太太智能家居有限公司 | Energy-saving broken network setting method based on Internet of things, intelligent equipment and storage medium |
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