CN107221997A - The control method of Wireless electrical appliance system and Wireless electrical appliance system - Google Patents
The control method of Wireless electrical appliance system and Wireless electrical appliance system Download PDFInfo
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- CN107221997A CN107221997A CN201710642351.6A CN201710642351A CN107221997A CN 107221997 A CN107221997 A CN 107221997A CN 201710642351 A CN201710642351 A CN 201710642351A CN 107221997 A CN107221997 A CN 107221997A
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- electrical equipment
- main body
- wireless power
- control
- wireless
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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
- H02J7/0063—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries with circuits adapted for supplying loads from the battery
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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
-
- 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
- H02J50/80—Circuit arrangements or systems for wireless supply or distribution of electric power involving the exchange of data, concerning supply or distribution of electric power, between transmitting devices and receiving devices
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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
- H02J2207/00—Indexing scheme relating to details of circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J2207/10—Control circuit supply, e.g. means for supplying power to the control circuit
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Computer Networks & Wireless Communication (AREA)
- Selective Calling Equipment (AREA)
Abstract
The present invention proposes a kind of Wireless electrical appliance system, including main body electrical equipment and the wireless power supply system for carrying out wireless power for main body electrical equipment；The main body electrical equipment also includes the functional unit to control it to perform corresponding function, and whether the electric connection between the electrical equipment end control process module control function unit and wireless power receiving module connects；The wireless power supply system further comprises feeder ear functional unit corresponding with main body electrical function unit.Invention further provides a kind of control method of wireless power supply system, the control of main body electrical equipment is transferred to wireless power emission system, realize that the passive control that energy is wirelessly transferred is changed into active control, enhance the stability of system, greatly simplify kitchen appliance control system, cost is reduced, is conducive to the popularization of wireless kitchen appliance and uses.
Description
Technical field
The invention belongs to Wireless electrical appliance field, it is related to the control method of a kind of Wireless electrical appliance system and Wireless electrical appliance system.
Background technology
With the improvement of living standards with the development of science and technology, wireless power technology is applied to the numerous of life by people
Field.Traditional wired power supply is different from, the electrical equipment end and wireless power end of wireless power supply system are by the way of being wirelessly transferred
Carry out the transmission of electric energy and signal of communication.
It is electric as disclosed in ZL201220338889.0 so that wireless power technology is in the application of kitchen appliance technical field as an example
Device electric supply installation, also discloses a kind of anury kitchen appliance.Electric power supply device converts electrical energy into electromagnetic energy, utilizes electromagnetic induction
Principle realized to kitchen appliance such as electric cooker, mixer wireless power, make traditional kitchen appliance break away from the constraint of power line with
The security threat of electric leakage, and it is practical more convenient.
In the prior art, there is problems with Wireless electrical appliance electric power system：
Wireless electrical appliance system includes electrical equipment end and feeder ear, and the load control control at electrical equipment end is the function by electrical equipment end
What unit was realized.The electrical equipment species for possessing wireless power function is more, is more conducive to the promotion and application of wireless power electrical equipment.Such as
Fruit electric appliance load control mode is without optimization design, then wireless power receiving module is accomplished by considering to adapt to not in design
The change of the load configuration of electric appliances of the same race and various load conditions, is so unfavorable for the extension of wireless power electrical equipment category and function
Upgrading.
The content of the invention
The above-mentioned technical problem that the present invention exists for wireless power electric system, proposes that one kind can be at wireless power end pair
Novel radio electric system and the control method of Wireless electrical appliance system that electrical equipment to be powered is controlled.
In order to achieve the above object, the technical solution adopted by the present invention is：Wireless electrical appliance system, including main body electrical equipment and use
In the wireless power supply system that wireless power is carried out for main body electrical equipment；The main body electrical equipment includes the electrical equipment end to control its work
Control process module, the wireless power receiving module for obtaining electric energy from wireless power supply system, and, with wireless power supply system
Enter the electrical equipment end communication module of row data communication；Wireless power supply system includes the feeder ear control process mould to control its work
Block, the wireless power transmitter module for carrying out wireless power for main body electrical equipment, and, lead to carry out data with main body electrical equipment
The feeder ear communication module of letter；
The main body electrical equipment also includes the functional unit to control it to perform corresponding function, electrical equipment end control process
Whether the electric connection between module control function unit and wireless power receiving module connects；
The wireless power supply system further comprises feeder ear functional unit corresponding with main body electrical function unit.
Preferably, wireless power supply system further comprises that the electrical equipment that electrical equipment kind of information identification is carried out to main body electrical equipment is known
Other module, the feeder ear functional unit includes multiple function subelements, each one kind human subject electricity of function subelement correspondence
The functional unit of device；Feeder ear control process module calls corresponding function subelement according to the electrical equipment species identified.
Preferably, the functional unit of main body electrical equipment further comprises function selecting module and at least one function submodule
Block, electrical connection of the function selecting module to select turn-on power loss submodule, so that main body electrical equipment performs corresponding function.
Preferably, the main body electrical equipment further comprises electrical equipment end sensing unit, the sensing to obtain main body electrical equipment
Data, and it is transferred to feeder ear communication module through main body electrical equipment communication module.
Preferably, main body electrical equipment and/or wireless power supply system include human-computer interaction interface, main body electrical equipment man-machine interaction circle
Face is connected with electrical equipment end control process module；Electric power system human-computer interaction interface is connected with feeder ear functional unit.
Preferably, Wireless electrical appliance system further comprises third party's control end；The wireless power supply system is further wrapped
Include the wireless communication module to be communicated with third party's control end；Third party's control end disposal subject electrical equipment control software,
Including third party's control end functional unit corresponding with main body electrical function unit.
The control method of Wireless electrical appliance system, comprises the following steps：Assigned by feeder ear functional unit to main body electrical equipment
Function control instruction, feeder ear control process module identified after instruction, control wireless power transmitter module for radio energy
Receiving module is powered；The control instruction is transferred to electrical equipment end control process module simultaneously, and electrical equipment end control process module is according to this
Instruction controls radio energy receiving module to be powered for functional unit.
Preferably, further comprising the steps：Electrical equipment species is identified wireless power supply system, identifies electrical equipment
After species, the corresponding function subelement of this kind of electric appliances is called out, assigning the control to main body electrical equipment by function subelement refers to
Order.
Preferably, further comprising the steps：The function selecting module of feeder ear functional unit or function subelement
Main body electrical function submodule is selected, the selection instruction is transferred to after main body electrical equipment, control process module control in electrical equipment end is connected
It is electrically connected between corresponding function submodule and wireless power receiving module, main body electrical equipment performs corresponding function.
If preferably, main body electrical equipment enters power supply area, not assigned by feeder ear functional unit to main body electrical equipment
During function command, wireless power transmitter module is operated in low-power powering mode, is assigned by feeder ear functional unit to main body
After the function command of electrical equipment, wireless power transmitter module is operated in high power powering mode.
Preferably, after the completion of main body electrical function is performed, wireless power transmitter module returns to low-power powering mode.
Preferably, wireless power transmitter module further comprises quasi- powering mode, the quasi- powering mode is in low work(
Saltus step powering mode between rate powering mode and high power powering mode in mutual handoff procedure, the quasi- powering mode control master
Body electrical equipment terminal voltage is run between ceiling voltage and minimum voltage.
Preferably, can further assign the control instruction to main body electrical equipment by third party's control end functional unit；
The instruction turns to be issued to main body electrical equipment through wireless power supply system.
Compared with prior art, advantages and positive effects of the present invention are：
1st, Wireless electrical appliance system simplifies the function end of original electrical equipment, and function and control are transferred into wireless power transmitting system
System, realizes that the passive control that energy is wirelessly transferred is changed into active control, the stability of enhanced system greatly simplifies kitchen
Electrical apparatus control system, reduces cost, is conducive to the popularization of wireless kitchen appliance and uses.
2nd, the configurable wireless communication module communicated with third party's control end of Wireless electrical appliance system, realizes network terminal state
Check and remote control, lift user experience.
Brief description of the drawings
Fig. 1 is Wireless electrical appliance system structure diagram of the present invention；
Fig. 2 is the structural representation that Wireless electrical appliance system of the present invention is applied in wall-breaking machine；
Fig. 3 is wireless power supply system structural representation of the present invention；
Fig. 4 is wireless power supply system control flow chart；
Fig. 5 is wireless power supply system control flow chart；
Fig. 6 is wireless power supply system control flow chart.
Above in each figure：1- main body electrical equipment, 11- electrical equipment end control process module, 12- wireless power receiving modules, 13- electricity
Device end communication module, 14- functional units, 141- function selecting modules, 142- function sub-modules, 15- electrical equipment end sensing unit,
16- electrical equipment end shows/touch modules, 2- wireless power supply systems, 21- feeder ear control process modules, 22- wireless powers transmitting mould
Block, 23- feeder ear communication modules, 24- feeder ears show/touch modules, 25- wireless communication modules, 26- identification modules.
Embodiment
Below, the present invention is specifically described by exemplary embodiment.It should be appreciated, however, that not entering one
In the case of step narration, element, structure and features in an embodiment can also be advantageously incorporated into other embodiment
In.
In the description of the invention, it is necessary to which explanation, term " height ", " low " are only used for needed for description different working modes
The difference of power, and it is not intended that indicating or implying certain specific relation.
With specific reference to Fig. 1 and Fig. 3.
Wireless electrical appliance system, including main body electrical equipment 1 and the wireless power supply system for carrying out wireless power for main body electrical equipment 1
2, electric energy is both from wireless power supply system 2 needed for main body electrical equipment 1.Main body electrical equipment 1 is the electrical equipment with standalone feature, Ke Yiwei
Polytype electrical equipment such as mixer, cooking machine, electric cooker.
Main body electrical equipment 1 includes the electrical equipment end control process module 11 to control its work, for from wireless power supply system
The wireless power receiving module 12 of electric energy is obtained, and, the electrical equipment end communication module of row data communication is entered with wireless power supply system
3；Wireless power supply system 2 includes the feeder ear control process module 21 to control its work, for carrying out nothing for main body electrical equipment 1
The wireless power transmitter module 22 that line is powered, and, the feeder ear communication module 23 to enter row data communication with main body electrical equipment；
Communication modes between two communication modules include but is not limited to bluetooth communication, carrier communication, ZigBee communications etc., main body electrical equipment
Between wireless power supply system running state data, control data etc. are transmitted by two communication modules.
Main body electrical equipment is the electrical equipment with standalone feature, and the main body electrical equipment is also included to control it to perform corresponding work(
The functional unit 14 of energy, between the control function unit 14 of electrical equipment end control process module 11 and wireless power receiving module 12
Electric connection whether connect；During work, wireless power receiving module 12 obtains electric energy from wireless power transmitter module 22, and is
Functional unit is for 14 electricity；When its electric connection between functional unit 14 is connected, it is corresponding that main body electrical equipment 1 can run execution
Function.Functions described herein can be stirring, heating, pot meal etc., specifically be determined with the species of main body electrical equipment.
Wireless power supply system 2 further comprises and the corresponding feeder ear functional unit of main body electrical function unit 14.Herein
Described " corresponding " is interpreted as the control function identical functional unit with main body electrical function unit 14, for example, main body
Electrical function unit 14 can make main body electrical equipment perform heating function, accordingly, and feeder ear functional unit can also be to main body electricity
Device 1 assigns heating instructions data.
It should be noted that feeder ear functional unit is not used in the calculating for carrying out specific control instruction, instruction is only used for
Assign.After director data is assigned, feeder ear control process module 21 obtains instruction, and controls to connect wireless power transmitter module
Electric energy between 22 and wireless power receiving module 12 communicates, meanwhile, director data is also transferred into the electrical equipment end of main body electrical equipment
Control process module 11, control wireless power receiving module 12 connects the electrical connection with functional unit, is that functional unit is powered.
Feeder ear functional unit has in many forms, the present embodiment, and feeder ear functional unit is shown in the form of function interface,
To be shown by feeder ear/touch modules 24 are called.
Based on above structure, can be shown through feeder ear/touch modules 24 call feeder ear functional unit, to main body electrical equipment
1 assigns control instruction, to control it to perform corresponding function, so as to realize control of the wireless power supply system 2 to main body electrical equipment 1.
In practical application, each usual function of main body electrical equipment 1 is also diversification.By taking wall-breaking machine as an example, typically at least
With agitating function and heating function.In order to which specific function command can be assigned to perform corresponding function, to main body electrical equipment
Functional unit 14 is further designed as follows.Main body electrical function unit 14 further comprises function selecting module 141 and extremely
Few One function submodule 142, function selecting module 141 is to select turn-on power loss submodule 412 and wireless power reception mould
Electrical connection between block 12, to control main body electrical equipment 1 to perform corresponding function.Accordingly, the feeder ear work(of wireless power supply system 2
Energy unit can be assigned and the corresponding function command of function sub-modules 142 accordingly.With specific reference to Fig. 2, by taking mixer as an example, including
Two function sub-modules 142, respectively agitating function module and heating function module.
In practical application, in order to reduce cost, a usual wireless power supply system 2 is for entering for a variety of main body electrical equipment 1
Row power supply.It is further right in order to realize purpose that a wireless power supply system 2 is controlled to a variety of main body electrical equipment 1
The structure of Wireless electrical appliance system 2 carries out following design.
Wireless power supply system 2 further comprises the electrical equipment identification module that electrical equipment kind of information identification is carried out to main body electrical equipment
26, electrical equipment species as described herein is interpreted as the specific name of electrical equipment, and such as wall-breaking machine, mixer, soy bean milk making machine, cooking are mechanical, electrical
The kitchen appliances such as kettle, or other can carry out the electrical equipment of wireless power.The recognition methods of identification module 26 has many kinds, for example
Can be using recognition methods such as NFC, RFID, or use communication recognition methods.Wherein, it is according to feeder ear otherwise that communication, which is known,
The main body appliance information that communication module 23 is obtained from electrical equipment end communication module 13 carries out the electrical equipment of electrical equipment kind of information identification.It is described
Feeder ear functional unit includes multiple function subelements, the function list of one kind human subject electrical equipment of each function subelement correspondence
Member；Feeder ear control process module calls corresponding function subelement according to the electrical equipment species identified.Due to every kind of main body electricity
The concrete function of device 1 is different, therefore every kind of main body electrical equipment 1 corresponds to a set of independent functional unit, accordingly, is also accomplished by
Wireless power supply system 2 has constituent functional units corresponding with every kind of functional unit of main body electrical equipment 1, could complete to different type master
The control of body electrical equipment 1.For example, the functional unit of wall-breaking machine and mixer is necessarily different, and in order to realize wireless confession
Electric system 2 can be controlled to wall-breaking machine and mixer, and the functional unit of feeder ear is with wall-breaking machine function subelement
With mixer function subelement, during control wall-breaking machine, show through feeder ear/touch modules 24 call wall-breaking machine function
Unit.
In order to obtain the running parameter or performance parameter of main body electrical equipment 1, main body electrical equipment 1 further comprises that electrical equipment end sensing is single
Member 15, the sensing data to obtain main body electrical equipment, the sensing data that sensing unit 15 is obtained is first through electrical equipment end control process
The Screening Treatment of module 11, then it is transferred to feeder ear communication module 23 through main body electrical equipment communication module 13.Sensing unit 15 include but
It is not limited to temperature sensor, humidity sensor, switch sensor, pressure sensor etc..
For the control of be more convenient for main body electrical equipment and wireless power supply system, strengthen interactivity, main body electrical equipment and/or wireless confession
Electric system further comprises human-computer interaction interface, main body electrical equipment human-computer interaction interface (electrical equipment end shows/touch modules 16) and electricity
Device end control process module 11 is connected；Wireless power supply system human-computer interaction interface shows with feeder ear/touch modules 24 are connected.Behaviour
Author can assign the control instruction to main body electrical equipment 1 by electric power system human-computer interaction interface, and the control instruction can also be passed on
To the end of main body electrical equipment 1.
In order to which remote control can be realized, further Wireless electrical appliance system is designed as follows.Wireless electrical appliance system 2 is entered
One step includes third party's control end；Wireless power supply system 2 further comprises the radio communication being used to and third party's control end communicates
Module 25；Third party's control end disposal subject electrical equipment control software, including third party corresponding with the functional unit of main body electrical equipment 1 control
End functional unit processed；Also include the information acquisition unit of main body electrical equipment 1, to obtain the status information of main body electrical equipment 1, with third party
Control end is checked.Third party's control end can be the mobile terminals such as mobile phone, palm PC.
The Wireless electrical appliance system provided using the present embodiment, it is possible to achieve real in wireless power supply system or third party's control end
Now to the control of main body electrical equipment.
Illustrate in advance before specific control method is described, wireless power transmitter module can be operated in low-power wireless
Powering mode and high power wireless power pattern.Low-power wireless powering mode can be understood as main body electric appliance standby or progress
Sensing data is gathered or carries out power supply control when low power consuming works such as communicating with wireless power supply system, and now wireless power is sent out
Penetrate module and set up the low electromagnetic field of energy, the electric energy picked up by wireless power receiving module is only capable of maintaining main body electric system just
Normal stand-by operation；Judge that main body electrical equipment is located at the emitting area of wireless power supply system and wireless power system in wireless power supply system
In the case that system does not assign function control instruction to main body electrical equipment, wireless power transmitter module is operated in low-power powering mode.
High power wireless power pattern can be understood as main body electrical equipment and perform powering mode in the case of specific function command, now without
Line, which is powered, sets up normal electromagnetic field between transmitter module and main body electrical equipment, can give the wireless power receiving module of main body electrical equipment
Stable energy is provided, to ensure that it performs normal work, the function to main body electrical equipment is assigned by feeder ear functional unit
After instruction, wireless power transmitter module is operated in high power powering mode.After the completion of main body electrical function is performed, wireless power hair
Module recovery is penetrated to low-power powering mode.
In addition to low-power powering mode and high power powering mode, wireless power transmitter module also has quasi- power supply mould
Formula.Quasi- powering mode is that transition between low-power powering mode and high power powering mode in mutual handoff procedure is powered work
Operation mode.The purpose of quasi- powering mode is between the operation of control main body electrical equipment terminal voltage and ceiling voltage and minimum voltage, wirelessly
Transmitter module power under quasi- powering mode, when switching between low-power powering mode and high power powering mode, Bu Huiyin
Play wireless power receiving module moment interrogation energy excessive (such as overvoltage, then can cause system protection or the damage with device) or mistake
Small (such as under-voltage, main body electrical control module job insecurity can be caused).For example, going to Gao Gong by low-power powering mode
During rate powering mode, quasi- power powering mode is set in before access function module, and the voltage of main body electrical equipment receiving terminal is properly increased,
But less than restriction ceiling voltage, such as 310V, it is ensured that voltage is higher than the minimum voltage limited, such as 100V after access function module；This
Sample, can both ensure the main body electrical equipment end only device failure caused by overvoltage, can ensure that main body electrical equipment end can be because owe again
Pressure and can not normal perform function.Conversely, when function is performed before completion, break function module, main body electrical equipment receiving-end voltage is fitted
Minimum voltage when reducing but higher than limiting, such as
100V, it is ensured that its access break function module after voltage less than limit ceiling voltage, such as 310V；So,
Main body electrical voltage moment can be avoided to reduce.
The frequency, phase or dutycycle of feeder ear control process module by adjusting the drive pulse signal of power coil etc.
Mode, to control its switching between low-power powering mode, quasi- power powering mode and high power powering mode, the core of control
Mind is to control main body electrical equipment end operating voltage to be operated in required scope.
Specific control method is will be described below, and specific control flow is with specific reference to Fig. 4.
S1：Wireless power supply system acquiescence is in stand-by operation state, and monitors whether that legal main body electrical equipment enters in real time
Enter the power supply area of wireless power supply system.Legal main body electrical equipment described herein refers to the master matched with wireless power supply system
Body electrical equipment, that is, the main body electrical equipment that wireless power supply system can power for it.The information of this portion body electrical equipment is stored in
In wireless power supply system, in the course of work, feeder ear communication module gathers the information of main body electrical equipment in real time, and wireless power supply system is sentenced
Whether circuit breaker is legal.
S2：Once detecting the power supply area that legal main body electrical equipment enters wireless power supply system, wireless power supply system is first
Low power consuming relevant configuration work is first carried out, such as：1. wireless power emission system uses low-power to provide electricity for main body electrical equipment control
Energy；Communicated 2. being set up with wireless power supply system；3. upper display corresponding electric appliance on wireless power supply system system human-computer interaction interface
Control interface etc..I.e., now, wireless power transmitter module starts to use low-power powering mode for wireless power receiving module
Power supply, now, main body electric operation is in command status to be received.Wireless power supply system or third party's control end is waited to assign to it
Control instruction.
S3：Assigned by feeder ear functional unit and the function control of main body electrical equipment is instructed, feeder ear control process module
Identify after instruction, control wireless power transmitter module to be powered for radio energy receiving module.The control of feeder ear functional unit
Instruction is transferred to electrical equipment end control process module simultaneously, and electrical equipment end control process module controls radio energy to receive according to the instruction
Module is powered for functional unit.
In this course, scheme preferably is that wireless power transmitter module jumps to quasi- power by low-power powering mode
Powering mode, then jumps to high power powering mode by quasi- power powering mode.With specific reference to Fig. 5.
In particular, if main body electrical equipment has multiple function sub-modules, feeder ear functional unit or function subelement
Function selecting module selection main body electrical function submodule, the selection instruction is transferred to after main body electrical equipment, at the control of electrical equipment end
Manage module control and connect electric connection between corresponding function submodule and wireless power receiving module, main body electrical equipment performs corresponding
Function.
S4：After the execution of main body electrical function terminates, feeder ear control process module control wireless power transmitter module recovers
To low-power powering mode.In this course, scheme preferably is that wireless power transmitter module is jumped by high power powering mode
Quasi- power powering mode is changed to, low-power powering mode is then jumped to by quasi- power powering mode.
S5：After wireless power supply system identifies that main body electrical equipment is moved to beyond the power supply area of wireless power supply system, nothing
Line electric power system is resumed operation to holding state.
If wireless power supply system is configured as to be powered for a variety of different main body electrical equipment, in above step S3
In, before control instruction is assigned by wireless power supply system, first have to that the species of main body electrical equipment is identified.Identify electrical equipment
After species, the corresponding function subelement of this kind of electric appliances is called out, assigning the control to main body electrical equipment by function subelement refers to
Order.
Hereinafter, the controlling party at wireless power supply system end to main body electrical equipment is specifically illustrated by taking the control of wall-breaking machine as an example
Method, flow refers to Fig. 6.
Wireless power supply system acquiescence is in stand-by operation state, and monitors whether that legal main body electrical equipment enters nothing in real time
The power supply area of line electric power system.
Once detecting the power supply area that legal main body electrical equipment enters wireless power supply system, wireless power transmitter module is adopted
It is that main body electrical equipment is powered with low-power consumption powering mode.
SS1：Feeder ear functional unit is called to assign to master by feeder ear man-machine interface (feeder ear shows/touch modules)
The control instruction of body electrical equipment, feeder ear control process module and feeder ear communication module get the instruction simultaneously.
SS2：Feeder ear control process module is obtained after instruction, and control wireless power transmitter module is with high power wireless power
Pattern is powered with wireless power receiving module；Meanwhile, the instruction is transferred to electrical equipment end communication module by feeder ear communication module, with
Connect afterwards and through main body electrical equipment control processing module control function unit and wireless power receiving module and be electrically connected with, specially lead to
The electric connection crossed between function selecting module turn-on power loss submodule and wireless power receiving module, wireless power receiving module
The electric energy of pickup is transferred to corresponding function sub-modules.If what wireless power end was assigned instructs for stirring, wireless power connects
Receive module and connect electric connection with agitating function submodule；If assign for heating instructions, wireless power receiving module with plus
Hot function sub-modules, which are connected, to be electrically connected with.
SS3：If stirring or heating schedule terminate, wireless power transmitter module enters quasi- powering mode, function selection mould
Block disconnects stirring or the electric connection between heating schedule and wireless power receiving module.
SS4：If feeder ear functional unit has assigned new function command again, above-mentioned SS1 and SS3 is repeated；If feeder ear
Functional unit no longer assigns new function command, then determining program is performed and terminated, and the control of feeder ear control process module is wireless to supply
Electric transmitter module enters low-power powering mode.
In above flow, in addition to being controlled using wireless power supply system to main body electrical equipment, the 3rd can also be passed through
Square control end functional unit assigns the control instruction to main body electrical equipment；The instruction is transferred to wireless confession through wireless communication module 25
Electric system turns to be issued to main body electrical equipment 1.Third party's control end obtains the information of main body electrical equipment 1 from wireless power supply system simultaneously, and
Shown by third party's control end.
Wireless electrical appliance control display system is transferred in wireless power emission system by the present invention, the control of simplified radio device
System, reduces cost；Be conducive to the promotion and application of Wireless electrical appliance；Also wireless power emission system can be realized to Wireless electrical appliance
Centralized intelligenceization is controlled, and facilitates Wireless electrical appliance to extend and function upgrading.
Claims (13)
1. Wireless electrical appliance system, including main body electrical equipment and the wireless power supply system for carrying out wireless power for main body electrical equipment；Institute
Stating main body electrical equipment includes the electrical equipment end control process module to control its work, for obtaining electric energy from wireless power supply system
Wireless power receiving module, and, the electrical equipment end communication module of row data communication is entered with wireless power supply system；Wireless power supply system
Including the feeder ear control process module to control its work, the wireless power hair for carrying out wireless power for main body electrical equipment
Module is penetrated, and, the feeder ear communication module to enter row data communication with main body electrical equipment；Characterized in that,
The main body electrical equipment also includes the functional unit to control it to perform corresponding function, the electrical equipment end control process module
Whether the electric connection between control function unit and wireless power receiving module connects；
The wireless power supply system further comprises feeder ear functional unit corresponding with main body electrical function unit.
2. Wireless electrical appliance system as claimed in claim 1, it is characterised in that the wireless power supply system further comprises to master
Body electrical equipment carries out the electrical equipment identification module of electrical equipment kind of information identification, and it is single that the feeder ear functional unit includes multiple functions
Member, the functional unit of one kind human subject electrical equipment of each function subelement correspondence；Feeder ear control process module is according to identifying
Electrical equipment species call corresponding function subelement.
3. Wireless electrical appliance system as claimed in claim 1 or 2, it is characterised in that the functional unit of the main body electrical equipment enters one
Step includes function selecting module and at least one function sub-modules, and the function selecting module is to select turn-on power loss submodule
Electrical connection so that main body electrical equipment performs corresponding function.
4. Wireless electrical appliance system as claimed in claim 1, it is characterised in that the main body electrical equipment further comprises that electrical equipment end is passed
Feel unit, the sensing data to obtain main body electrical equipment, and feeder ear communication module is transferred to through main body electrical equipment communication module.
5. Wireless electrical appliance system as claimed in claim 1 or 2, it is characterised in that the main body electrical equipment and/or wireless power system
System includes human-computer interaction interface, and main body electrical equipment human-computer interaction interface is connected with electrical equipment end control process module；Electric power system is man-machine
Interactive interface is connected with feeder ear functional unit.
6. Wireless electrical appliance system as claimed in claim 1, it is characterised in that：The Wireless electrical appliance system further comprises the 3rd
Square control end；The wireless power supply system further comprises the wireless communication module being used to and third party's control end communicates；It is described
Third party's control end disposal subject electrical equipment control software, including third party's control end function corresponding with main body electrical function unit
Unit.
7. the control method of Wireless electrical appliance system, based on the Wireless electrical appliance system described in any one in claim 1 to 7, its
It is characterised by, comprises the following steps：Assigned by feeder ear functional unit and the function control of main body electrical equipment is instructed, feeder ear control
Processing module processed is identified after instruction, controls wireless power transmitter module to be powered for radio energy receiving module；The control instruction
Electrical equipment end control process module is transferred to simultaneously, and electrical equipment end control process module controls radio energy receiving module according to the instruction
Powered for functional unit.
8. the control method of the Wireless electrical appliance system as described in right wants 7, it is characterised in that：Further comprise the steps：Nothing
Electrical equipment species is identified line electric power system, identifies after electrical equipment species, calls out corresponding function of this kind of electric appliances single
Member, the control instruction to main body electrical equipment is assigned by function subelement.
9. the control method of the Wireless electrical appliance system as described in right wants 7 or 8, it is characterised in that：Further comprise the steps：
The function selecting module selection main body electrical function submodule of feeder ear functional unit or function subelement, selection instruction transmission
To main body electrical equipment, electricity between corresponding function submodule and wireless power receiving module is connected in control process module control in electrical equipment end
Property connection, main body electrical equipment performs corresponding function.
10. the control method of the Wireless electrical appliance system as described in right wants 7, it is characterised in that：If main body electrical equipment enters service area
Domain, when not assigning the function command to main body electrical equipment by feeder ear functional unit, wireless power transmitter module is operated in low work(
Rate powering mode, is assigned after the function command to main body electrical equipment by feeder ear functional unit, the work of wireless power transmitter module
In high power powering mode.
11. the control method of Wireless electrical appliance system as claimed in claim 10, it is characterised in that：Main body electrical function has been performed
Cheng Hou, wireless power transmitter module returns to low-power powering mode.
12. the control method of the Wireless electrical appliance system as described in claim 10 or 11, it is characterised in that：Wireless power launches mould
Block further comprises quasi- powering mode, and the quasi- powering mode is mutual between low-power powering mode and high power powering mode
Saltus step powering mode in handoff procedure, the quasi- powering mode control main body electrical equipment terminal voltage operation and ceiling voltage with it is minimum
Between voltage.
13. the control method of the Wireless electrical appliance system as described in right wants 7, it is characterised in that：Third party can further be passed through
Control end functional unit assigns the control instruction to main body electrical equipment；The instruction turns to be issued to main body electrical equipment through wireless power supply system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710642351.6A CN107221997A (en) | 2017-07-31 | 2017-07-31 | The control method of Wireless electrical appliance system and Wireless electrical appliance system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710642351.6A CN107221997A (en) | 2017-07-31 | 2017-07-31 | The control method of Wireless electrical appliance system and Wireless electrical appliance system |
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| CN201710642351.6A Pending CN107221997A (en) | 2017-07-31 | 2017-07-31 | The control method of Wireless electrical appliance system and Wireless electrical appliance system |
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| CN103683400A (en) * | 2013-11-30 | 2014-03-26 | 深圳小木科技有限公司 | NFC (near field communication) based wireless charging control method and system |
| CN106464307A (en) * | 2014-06-19 | 2017-02-22 | 皇家飞利浦有限公司 | Wireless inductive power transfer |
| CN106856444A (en) * | 2017-02-22 | 2017-06-16 | 美的集团股份有限公司 | Wireless power platform and the man-machine interaction method based on it, wireless power supply system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102625971A (en) * | 2009-08-24 | 2012-08-01 | 捷通国际有限公司 | Wireless power distribution and control system |
| CN103683400A (en) * | 2013-11-30 | 2014-03-26 | 深圳小木科技有限公司 | NFC (near field communication) based wireless charging control method and system |
| CN106464307A (en) * | 2014-06-19 | 2017-02-22 | 皇家飞利浦有限公司 | Wireless inductive power transfer |
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Application publication date: 20170929 |