CN102324756B - Equipment charging control method and electric equipment - Google Patents
Equipment charging control method and electric equipment Download PDFInfo
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- CN102324756B CN102324756B CN201110111438.3A CN201110111438A CN102324756B CN 102324756 B CN102324756 B CN 102324756B CN 201110111438 A CN201110111438 A CN 201110111438A CN 102324756 B CN102324756 B CN 102324756B
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- electric equipment
- equipment
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- conversion unit
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/10—Circuit arrangements or systems for wireless supply or distribution of electric power using inductive coupling
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
Abstract
The invention discloses an equipment charging control method and electric equipment, wherein the method comprises the following steps that: if the electric equipment operates in the first operation state, the equipment to be charged is required to be charged at the same time, the electric equipment charges an electromagnetic converting unit; and if the electric equipment is required to enter the second operation state from the first operation state, the electric equipment judges whether the electric equipment to be charged is needed to be charged, and under the condition that the judgment result is yes, the electromagnetic converting unit is continuously charged. The invention can charge the equipment to be charged in the wireless mode through the electric equipment, accordingly, the equipment to be charged can be charged under the conditions of no socket, no plug seat, no charger and the like, the charging limit of various conditions in the relative technologies is overcome, the equipment to be charged can be simply and easily charged, and the user experience is effectively improved.
Description
Technical field
The present invention relates to electric equipment field, and especially, relate to a kind of control method and electric equipment of equipment charge.
Background technology
At present, when needing the equipment of charging to charge to some, usually needing these charging equipments to be connected to the equipment such as civil power or computer or the battery of these equipment to be placed in special charger and this charger is connected to the equipment such as civil power or computer.
Although this mode can to equipment electric energy supplement to be charged, but, the charger of equipment is lost, do not have under current indoor environment computer, city's electrical outlet all occupied or be not easy to and the factor such as these equipment (or charger of these equipment) is connected, and all can cause charging.
Can find out, in correlation technique, the charging of a lot of equipment all depends on various forms of socket, socket or dedicated devices, causes the condition of charging to receive restriction, but, for this problem, at present effective solution is not yet proposed.
Summary of the invention
Various forms of socket, socket or dedicated devices is depended on for equipment charge in correlation technique, the condition of charging is caused to receive the problem of restriction, the present invention proposes a kind of control method and electric equipment of equipment charge, by means of conventional electric equipment and wirelessly to equipment to be charged control charging, thus the restriction of various charge condition in correlation technique can be overcome.
Technical scheme of the present invention controls like this:
According to an aspect of the present invention, provide a kind of control method of equipment charge, for the electromagnetic conversion unit by electric equipment, charging equipment is charged.
The method comprises: if under electric equipment operates in the first running status, and need to charge to charging equipment, then electric equipment is powered to electromagnetic conversion unit; If electric equipment needs to enter the second running status by the first running status, then electric equipment judges whether to need to charge to charging equipment, and when judged result is for being, powers to electromagnetic conversion unit.
Wherein, when the first running status is operating state, if the default configuration under operating state to be charged to charging equipment for needs or received charging instruction in electric equipment in running order period, then electric equipment is determined to need to charge to charging equipment in the first operative state.
In addition, when electric equipment needs to enter the second running status by the first running status, if electric equipment receives charging instruction, then electric equipment is determined to need to charge to charging equipment under the second running status.
Wherein, the method can comprise further, one of in the following manner according to charging instruction determination charge mode:
Charge mode is determined in charge mode instruction according to carrying in charging instruction, and wherein, charge mode instruction is for identifying charge mode;
Electric equipment is configured with multiple charge mode option, when receiving charging instruction at every turn, switch to next charge mode option, until receive the confirmation instruction representing and select one of them charge mode option, using charge mode corresponding for the charge mode option of selection as the charge mode determined.
Wherein, charge mode comprises the time span performing charging.
Alternatively, the method may further include: during electric equipment is powered to electromagnetic conversion unit in the standby state, if receive the start moment that start-up command or user pre-set to arrive, and charging finish time corresponding to charge mode does not arrive, then electric equipment enters operating state, and continues to power to electromagnetic conversion unit.
In addition, the first running status be operating state, the second running status be holding state and electric equipment need under the second running status, charging equipment is charged when, the method comprises further: electric equipment judges whether it has been set up timing shutdown function or timed sleep function, if judged result is yes, then electric equipment cancels the timing shutdown function or timed sleep function that arrange, and powers to electromagnetic conversion unit in the standby state; If electric equipment judges that timing shutdown function and timed sleep function all do not set, then electric equipment is powered to electromagnetic conversion unit in the standby state.
In addition, when the second running status is holding state, if electric equipment judges to need in the standby state to charge to charging equipment, then electric equipment enters holding state, and maintains the power supply to electromagnetic conversion unit.
Wherein, when electric equipment is television set, if electric equipment enters holding state, then electric equipment is while maintaining the power supply to electromagnetic conversion unit, closes the power supply to backlight, loud speaker and/or display screen.
Preferably, when electric equipment enters holding state, the method comprises further: electric equipment forbids that its automatic standby function starts.
In addition, above-mentioned electric equipment can comprise control module and power module, power module is powered to electromagnetic conversion unit under the control of control module, wherein, alternatively, whether control module, by controlling the level corresponding to the control signal of electromagnetic conversion unit sending to power module, indicates power module to power to electromagnetic conversion unit.
According to a further aspect in the invention, a kind of electric equipment is additionally provided.
Can comprise electromagnetic conversion unit, power module and control module according to electric equipment of the present invention, wherein, electromagnetic conversion unit is used for producing magnetic field to charge to charging equipment when obtaining power supply; Power module is used for powering to electromagnetic conversion unit; Control module is for determining the running status of electric equipment and charging the need of to charging equipment under this running status; Wherein, if under electric equipment operates in the first running status, and need to charge to charging equipment, then control module control electric power source pair of module electromagnetic conversion unit is powered; If electric equipment needs to enter the second running status by the first running status, then control module judges whether to need to charge to charging equipment, and when judged result is for being, control module continues to control electric power source pair of module electromagnetic conversion unit and powers.
The present invention is by producing magnetic field by the electromagnetic conversion unit of electric equipment, charging can be controlled wirelessly to equipment to be charged, thus can when not charging to equipment to be charged by when the conditions such as socket, socket and charger, overcome the restriction to charging of various condition in correlation technique, simply, easily can charge to charging equipment, effectively improve Consumer's Experience; In addition, the plug carrying out electric wire or battery is needed when equipment being charged in correlation technique, not only there is the danger of electric shock, and may equipment is charging but in fact equipment is not occurred by the situation of charging because the factors such as loose contact make user think, by means of the mode of wireless charging, the fail safe of charging can be improved, and the problem of charging misoperation can be avoided.
Accompanying drawing explanation
Fig. 1 is the flow chart of the control method of equipment charge according to the embodiment of the present invention;
Fig. 2 is the flow chart of the concrete process example of the control method of equipment charge according to the embodiment of the present invention;
Fig. 3 is the block diagram of the electric equipment according to the embodiment of the present invention.
Embodiment
According to embodiments of the invention, provide a kind of control method of equipment charge, the method is used for charging to charging equipment by the electromagnetic conversion unit of electric equipment.
As shown in Figure 1, comprise according to the control method of the equipment charge of the embodiment of the present invention:
Step S101, if under electric equipment operates in the first running status (such as, normal operating conditions), and need to charge to charging equipment, then electric equipment is powered to electromagnetic conversion unit;
Step S103, if electric equipment needs to enter the second running status (such as, holding state) by the first running status, then electric equipment judges whether to need to charge to charging equipment, and when judged result is for being, continue to power to electromagnetic conversion unit.
By means of above-mentioned process, by producing magnetic field by the electromagnetic conversion unit of electric equipment, (magnetoelectric induction) charging can be controlled to equipment to be charged wirelessly, thus can when not charging to equipment to be charged by when the conditions such as socket, socket and charger, overcome the restriction to charging of various condition in correlation technique, simply, easily can charge to charging equipment, effectively improve Consumer's Experience.
Wherein, when the first running status is operating state, if the default configuration under operating state to be charged to charging equipment for needs or received charging instruction in electric equipment in running order period, then electric equipment is determined to need to charge to charging equipment in the first operative state.That is, for convenience's sake, on the one hand, electric equipment can be configured to power to electromagnetic conversion unit all the time in working order, like this, as long as near the electromagnetic conversion unit that charging equipment is placed on electric equipment by user (such as, electromagnetic conversion unit is arranged on electric equipment, such as, in the base of TV, then can by charging equipment, such as, mobile phone etc., be placed on the position of television base near electromagnetic conversion unit), electric equipment just can charge to charging equipment, unless electric equipment receives instruction and charge closing function, on the other hand, also electric equipment can be configured to lower acquiescence in working order and electromagnetic conversion unit not powered, after user sends charging instruction, then start to power to electromagnetic conversion unit.
When electric equipment needs to enter the second running status by the first running status, if electric equipment receives charging instruction, (button can pressed on remote controller by user sends, also the button can pressed on electric equipment by user sends), then electric equipment is determined to need to charge to charging equipment under the second running status.
When the second running status is holding state, if electric equipment judges to need in the standby state to charge (such as to charging equipment, charging instruction is received) when needs enter holding state, then electric equipment enters holding state, and maintains the power supply to electromagnetic conversion unit.
That is, under standby charge mode, electric equipment can be in holding state, if but there is the demand of charging, the associated components that then electric equipment is responsible for charging will run (startup), miscellaneous part still keeps in the standby state, thus to needing other equipment of charging to charge while reducing electric equipment energy consumption.Alternatively, in standby charge mode process, power supply indicator can be opened or glimmer.
In addition, usually a lot of electric equipment after automatically running a period of time (or not receiving any instruction or input signal within a period of time) can enter standby automatically, charging process is stopped in order to avoid electric equipment automatic stand-by, when electric equipment is set to standby charge mode, control unit in electric equipment (such as, can be microprocessor unit (MCU), alternatively, the movement of electric equipment can be arranged in) can forbid that its automatic standby function starts.
Such as, for television set, when making television set enter holding state, the processor in television set can by cut outs such as picture, backlight, sound, thus make TV enter holding state.
Correspondingly, when user send instruction make electric equipment start and normally run time, backlight, sound can be opened by electric equipment again, and boot LOGO can not be play, also do not start start eye-protecting function, therefore, contrast with true situation that is standby and then that start shooting, starting up speed can be fast.
In addition, during powering to electromagnetic conversion unit under electric equipment is in holding state, if receive start-up command, and charging finish time corresponding to charge mode do not arrive, then electric equipment enters operating state, and continues to power to electromagnetic conversion unit.In addition, if set the available machine time before the standby charge mode of setting, be then as the criterion by the former with the time, first perform its corresponding function, such as, can operating state be introduced into, and continue to power (charging) to electromagnetic conversion unit, know that charging terminates; If the moment that charging terminates is early than the available machine time preset, then electric equipment first can stop the power supply to electromagnetic conversion unit (stopping charging), enters normal operating state afterwards when the available machine time reaches; If available machine time and standby charge mode time arrive simultaneously, then can start shooting (as above, opening backlight, sound etc.) when this moment arrives, cancel standby charge mode function simultaneously.
In addition, the first running status be operating state, the second running status be holding state and electric equipment need under the second running status, charging equipment is charged when, electric equipment judges whether it has been set up timing shutdown function or timed sleep function, if judged result is yes, then electric equipment cancels the timing shutdown function or timed sleep function that arrange, and powers to electromagnetic conversion unit in the standby state; If electric equipment judges that timing shutdown function and timed sleep function all do not set, then electric equipment is powered to electromagnetic conversion unit in the standby state.
In addition, preferably, before user sets charge mode function, if arranged timing shutdown or timed sleep function, then after user selects charge mode, also can the function time be as the criterion in a charge mode.Particularly, suppose user after electric equipment is set to two hours by 1 o'clock (namely, 3 points) automatic shutdown, and after one hour (when 2), user starts the charge function of this electric equipment, and selects charge mode to be 2 hours, in this case, electric equipment can't shut down when arriving for 3, but can shut down (if period user does not additionally arrange charge mode) after 4 charging completes.
In addition, for television set, its general supply (also can be described as complete machine power supply) provides the supply power voltage of 24V and 12V, wherein, 24V voltage is provided to the backlight of display screen, and 12V voltage can change into 18V by booster circuit module, provides the voltage of 18V to electromagnetic conversion unit, thus make the electromagnetic conversion unit on television set produce magnetic field, and then to needing the equipment of charging to charge.
For other electric equipments, similar mode can be adopted equally to carry out power supply to electromagnetic conversion unit and make it produce magnetic field, and the voltage of power supply can flexible design according to the actual requirements, will not enumerate herein.
Alternatively, when determining charge mode, concrete determination mode has a lot, and such as, can determine charge mode according to the charge mode instruction of carrying in charging instruction, wherein, charge mode instruction is for identifying charge mode; Particularly, electric equipment or its remote controller can be provided with the button corresponding to often kind of charge mode, when user presses one of them button, electric equipment just after receive charging instruction and the charge mode that this button is corresponding can be known.
In addition, electric equipment also can be configured with multiple charge mode option (these options show by interface), when receiving charging instruction (user can press charge button on electric equipment or its remote controller to send this instruction) at every turn, electric equipment can switch to next charge mode option (such as, can be switched by the mode of mobile cursor), until receive the confirmation instruction representing and select one of them charge mode option, using charge mode corresponding for the charge mode option of selection as the charge mode determined.
Such as, suppose that charge mode option one corresponds to charge mode 1, charge mode option 2 corresponds to charge mode 2, the sequence of charge mode option one prior to charge mode option 2, now, if when user presses the charge button on remote controller or electric equipment, electric equipment can show charge mode option one and charge mode option 2, and show the description of charge mode corresponding to two charge option, now, cursor can rest on charge mode option one place; When user presses charge button again, cursor can move to charge mode option 2 place; When user presses charge button formula, because charge mode option one and charge mode option 2 are cycle arrangement, so cursor can get back to charge mode option one place third time; If now user presses OK button, then electric equipment can charge by 1 pair of charging equipment in a charge mode.
The conveniently operation of user, can will represent that the option of charge closing is also as a charge mode option, like this, even if press charge button user error, also the interface can selected by selecting the option of charge closing to jump out charge mode, thus user-friendly, improve Consumer's Experience further.
After electric equipment to be powered to electromagnetic conversion unit according to charge mode, charge to charging equipment in the magnetic field that the magnetoelectricity converting unit on charging equipment will utilize electromagnetic conversion unit to produce.Particularly, produce electric energy under the magnetic fields that the magnetoelectricity converting unit on charging equipment can produce in electromagnetic conversion unit, thus charging equipment is charged.
Preferably, charge mode comprises the time span performing charging.Now, above-mentioned charge mode 1 can be " charging 30 minutes ", and charge mode 2 can be " charging 1 hour ".Should be appreciated that for the quantity of charge mode and time corresponding to each charge mode, all can carry out flexible configuration as required, as long as electric equipment can recognition instruction correctly select corresponding charge mode.
In addition, charge mode can also be distinguished by other parameters beyond the charging interval, and other manifestation modes of charge mode will not enumerate herein.
Fig. 3 is the flow chart of the process example of charge control method according to the embodiment of the present invention, and as shown in Figure 3, in this example, charge control method of the present invention can comprise the following steps:
First, if user presses charge mode function key (that is, above-mentioned charge button, this button both can be arranged on the remote controller of television set, also can arrange on a television set) after television boot-strap;
After pressing this button, can call out out charge mode screen display, wherein, screen display now can comprise the option of multiple charge mode, and comprises the option of charge closing pattern further;
Judge whether user selects charge mode afterwards, if user have selected a charge mode, then opening the charge mode selected by (open or activate), charging to needing the equipment of charging; If user selects charge closing pattern, then television set can stop charging to charging equipment;
No matter whether user have selected charge mode, when television set starts standby, all need to detect standby charge mode and whether open;
If television set opens standby charge mode, then the MCU of television set can control backlight, the sound of closing television machine, and turns on the power lights on television set; If standby charge mode do not opened by television set, then stop the power supply to electromagnetic conversion unit, process terminates;
Further, if television set opens standby charge mode, when television set enters standby, the automatic standby function of television set when the MCU of television set can forbid no signal, thus prevent the automatic charge closing function of television set, ensure that charging process is not interrupted;
Afterwards, can judge whether user sets timing shutdown or timed sleep function to television set; If set timing shutdown or timed sleep function, then correspondingly cancel timing shutdown, timed sleep function; If timing shutdown and timed sleep function all do not set, then to needing the equipment of charging to charge;
User press until switch or program add/program to subtract etc. television set can be made to become the button of normal operating condition from holding state time, determine that user's indication TV machine is started shooting, now, need to open backlight, sound, closing television power lights, start no signal automatic standby function, turning off standby charge mode;
And if user does not indicate start, but user sets the available machine time and this time arrives, then can open backlight, sound equally, closing television power lights, starts no signal automatic standby function, and turning off standby charge mode;
If user did not both indicate start, and the available machine time that user does not set available machine time or this setting does not arrive, then can continue charging, and wait for that user indicates start or waits for that the available machine time arrives, if the charging interval arrives (that is, charging complete), then television set meeting turning off standby charge mode, TV standby, present treatment terminates.In the present embodiment, when TV is in normal playing status, whether do not open restriction by standby charge mode to the power supply of electromagnetic conversion unit, power module can always be electromagnetic conversion unit and powers.
As mentioned above, by means of above-mentioned process, by producing magnetic field by the electromagnetic conversion unit of electric equipment, (magnetoelectric induction) charging can be realized to equipment to be charged wirelessly, thus can when not charging to equipment to be charged by when the conditions such as socket, socket and charger, overcome various condition in correlation technique, to the restriction of charging, simply, easily to charge to charging equipment, effectively improve Consumer's Experience; In addition, the plug carrying out electric wire or battery is needed when equipment being charged in correlation technique, not only there is the danger of electric shock, and may equipment is charging but in fact equipment is not occurred by the situation of charging because the factors such as loose contact make user think, by means of the mode of wireless charging, the fail safe of charging can be improved, and the problem of charging misoperation can be avoided; In addition, above-mentioned electric equipment can be the equipment that the user such as television set, computer can often use, like this, when user is when using these electric equipments, just can the equipment of charging be needed to be placed on side mobile phone etc., both can not affect user uses television set, apparatus such as computer, and the equipment that mobile phone etc. also can be made to charge is near user, can mobile phone be used to communicate under not interrupting seeing TV or computed situation, further facilitate the routine use of user.
According to embodiments of the invention, additionally provide a kind of electric equipment.
As shown in Figure 3, such as, according to the electric equipment of the embodiment of the present invention, TV, comprise power module 31, electromagnetic conversion unit 32 and control module 33.Power module 31 is connected to electromagnetic conversion unit 32 and control module 33.
Wherein, power module 31 is for powering to electromagnetic conversion unit 32, and electromagnetic conversion unit 32 is for producing magnetic field to charge to charging equipment when obtaining power supply.
Control module (can be above-mentioned MCU or a part wherein) 33 is for determining the running status of electric equipment and charging the need of to charging equipment under this running status; Wherein, if under electric equipment operates in the first running status (such as, TV is in normal playing status), and need to charge to charging equipment, then control module 33 controls power module 31 pairs of electromagnetic conversion unit 32 and powers; If electric equipment needs to enter the second running status by the first running status, then control module 33 judges whether to need to charge to charging equipment, and when judged result is for being, control power module 31 to continue to power to electromagnetic conversion unit 32, and turn off other modules, such as, the power supply of the backlight of TV, loud speaker and display screen.
And, the standby charge mode of electric equipment, the state of standby mode are controlled all to be completed by control module 33, wherein, control module 33 can be connected with the power supply of electric equipment, this power supply can under the control of control module 33 to all parts in electric equipment (such as, for television set, these parts can comprise backlight, loud speaker, display screen etc.) carry out powering (this power supply can be above-mentioned power module, and above-mentioned power module also can as a part for this power supply).Wherein, whether control module 33, by controlling the level corresponding to the control signal of electromagnetic conversion unit 32 sending to power module 31, indicates power module 31 to power to electromagnetic conversion unit 32.And, particularly, control module 33 can be connected with power supply by bus, and provide control signal to power supply, the parts controlling power supply are needed for each, corresponding holding wire can be configured, such as, for television set, holding wire corresponding to display screen, loud speaker, backlight etc. can be set, and the holding wire corresponding to electromagnetic conversion unit can be set, when television set is in running order, the level of all holding wires can be set to high level, represent and all need to power to these parts; And when entering holding state, if still need to power to electromagnetic conversion unit, then the level of the holding wire corresponding to electromagnetic conversion unit can be remained height, and the level of the holding wire of the parts such as backlight, loud speaker, display screen is set to low level, now, television set will be powered to electromagnetic conversion unit, then stop power supply for parts such as backlight, loud speaker, display screens.Afterwards, if television set enters normal mode of operation, then the level of holding wire corresponding to backlight, loud speaker, display screen etc. can be set to high level by control module again, recovers the power supply to backlight, loud speaker, display screen etc.If user wishes to stop charging, and continues to watch program, then the level of the holding wire corresponding to electromagnetic conversion unit can be set to low level by control module, thus stops powering to electromagnetic conversion unit.
By controlling power supply flexibly or stopping power supply, make television set all can determine whether to power to electromagnetic conversion unit according to the instruction of user under various states, such as, television set can enter listen mode and (only have the component working of loud speaker and audio decoder, and display screen does not show any image), and in this case, television set according to the setting of user, can stop or continuing to charge to charging equipment equally.
In addition, the selection course of above-mentioned charge mode also can complete together with the parts such as the display screen of control module and electric equipment, and concrete implementation procedure see the description in embodiment of the method, no longer can repeat here.In the present embodiment, electric equipment can be the various equipment such as television set, computer.
In sum, by means of technique scheme of the present invention, by producing magnetic field by the electromagnetic conversion unit of electric equipment, (magnetoelectric induction) charging can be realized to equipment to be charged wirelessly, thus can when not charging to equipment to be charged by when the conditions such as socket, socket and charger, overcome various condition in correlation technique, to the restriction of charging, simply, easily to charge to charging equipment, effectively improve Consumer's Experience; In addition, the plug carrying out electric wire or battery is needed when equipment being charged in correlation technique, not only there is the danger of electric shock, and may equipment is charging but in fact equipment is not occurred by the situation of charging because the factors such as loose contact make user think, by means of the mode of wireless charging, the fail safe of charging can be improved, and the problem of charging misoperation can be avoided.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a control method for equipment charge, is characterized in that, is charged to charging equipment by the electromagnetic conversion unit of electric equipment, and described method comprises:
If under described electric equipment operates in the first running status, and need to charge to described charging equipment, then described electric equipment is powered to described electromagnetic conversion unit;
If described electric equipment needs to enter the second running status by described first running status, then described electric equipment judges whether to need to charge to described charging equipment, and when judged result is for being, powers to described electromagnetic conversion unit;
Further, described first running status be operating state, described second running status be holding state and described electric equipment need under described second running status, described charging equipment is charged when, described method comprises further:
Described electric equipment judges whether it has been set up timing shutdown function or timed sleep function, if judged result is yes, then described electric equipment cancels the described timing shutdown function or described timed sleep function that arrange, and powers to described electromagnetic conversion unit in the said standby state; If described electric equipment judges that described timing shutdown function and described timed sleep function all do not set, then described electric equipment is powered to described electromagnetic conversion unit in the said standby state;
Wherein, described electric equipment in working order lower acquiescence is not powered to described electromagnetic conversion unit, powers after receiving charging instruction to described electromagnetic conversion unit.
2. control method according to claim 1, it is characterized in that, when described first running status is operating state, if the default configuration under described operating state is for needing to charge to described charging equipment or receiving charging instruction during being in described operating state at electric equipment, then described electric equipment is determined to need to charge to described charging equipment under described operating state.
3. control method according to claim 1, it is characterized in that, when described electric equipment needs to enter described second running status by described first running status, if described electric equipment receives charging instruction, then described electric equipment is determined to need to charge to described charging equipment under described second running status.
4. the control method according to Claims 2 or 3, is characterized in that, comprises further, one of in the following manner according to described charging instruction determination charge mode:
Described charge mode is determined in charge mode instruction according to carrying in described charging instruction, and wherein, described charge mode instruction is for identifying charge mode;
Described electric equipment is configured with multiple charge mode option, when receiving charging instruction at every turn, switch to next charge mode option, until receive the confirmation instruction representing and select one of them charge mode option, using charge mode corresponding for the charge mode option of selection as the charge mode determined.
5. control method according to claim 4, is characterized in that, described charge mode comprises the time span performing charging.
6. control method according to claim 5, is characterized in that, comprises further:
During described electric equipment is powered to described electromagnetic conversion unit in the said standby state, if receive the start moment that start-up command or user pre-set to arrive, and charging finish time corresponding to charge mode does not arrive, then described electric equipment enters operating state, and continues to power to described electromagnetic conversion unit.
7. control method according to claim 1, it is characterized in that, when described second running status is holding state, if described electric equipment judges to need in the said standby state to charge to described charging equipment, then described electric equipment enters holding state, and maintains the power supply to described electromagnetic conversion unit.
8. control method according to claim 7, it is characterized in that, when described electric equipment is television set, if described electric equipment enters described holding state, then described electric equipment is while maintaining the power supply to described electromagnetic conversion unit, closes the power supply to backlight, loud speaker and/or display screen.
9. the control method according to claim 7 or 8, is characterized in that, when described electric equipment enters described holding state, described method comprises further:
Described electric equipment forbids that its automatic standby function starts.
10. the control method according to any one of claim 1,2,3,7 and 8, it is characterized in that, described electric equipment comprises control module and power module, described power module is powered to described electromagnetic conversion unit under the control of described control module, wherein, whether described control module, by controlling the level corresponding to the control signal of described electromagnetic conversion unit sending to described power module, indicates power module to power to described electromagnetic conversion unit.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110111438.3A CN102324756B (en) | 2011-04-29 | 2011-04-29 | Equipment charging control method and electric equipment |
| PCT/CN2011/076474 WO2012145965A1 (en) | 2011-04-29 | 2011-06-28 | Control method for charging device and electrical apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110111438.3A CN102324756B (en) | 2011-04-29 | 2011-04-29 | Equipment charging control method and electric equipment |
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| CN102324756A CN102324756A (en) | 2012-01-18 |
| CN102324756B true CN102324756B (en) | 2015-04-15 |
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| CN201110111438.3A Active CN102324756B (en) | 2011-04-29 | 2011-04-29 | Equipment charging control method and electric equipment |
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| WO (1) | WO2012145965A1 (en) |
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| CN103901997A (en) * | 2012-12-27 | 2014-07-02 | 联想(北京)有限公司 | Operating state control method and device |
| KR101787796B1 (en) * | 2013-05-03 | 2017-10-18 | 삼성전자주식회사 | Wireless power transmitter, wireless power receiver and method for controlling each thereof |
| CN103780854B (en) * | 2014-01-06 | 2017-01-25 | 青岛海信电器股份有限公司 | Display device standby realizing method, device and circuit and liquid crystal television |
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Also Published As
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| CN102324756A (en) | 2012-01-18 |
| WO2012145965A1 (en) | 2012-11-01 |
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Effective date of registration: 20151116 Address after: 266101 Haier Industrial Park, No. 1, Haier Road, hi tech park, Laoshan District, Shandong, China Patentee after: haier group corporation Patentee after: Qingdao Haier Electric Appliance Co., Ltd. Patentee after: QINGDAO HAIER MULTI-MEDIA CO., LTD. Address before: 266101 Haier Industrial Park, No. 1, Haier Road, hi tech park, Laoshan District, Shandong, China Patentee before: haier group corporation Patentee before: Qingdao Haier Electric Appliance Co., Ltd. |