CN104917210A - Wireless charging well cover, system and method - Google Patents
Wireless charging well cover, system and method Download PDFInfo
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- CN104917210A CN104917210A CN201410086492.0A CN201410086492A CN104917210A CN 104917210 A CN104917210 A CN 104917210A CN 201410086492 A CN201410086492 A CN 201410086492A CN 104917210 A CN104917210 A CN 104917210A
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- wireless charging
- well lid
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
Abstract
The invention provides a wireless charging well cover, a wireless charging system and a wireless charging method, which are used for solving the problem that conventional power supply equipment is not convenient for the charging of a vehicle. The wireless charging well cover comprises a control module, a power supply module, a voltage conversion module, a transmitting module and an antenna, wherein the control module, the power supply module, the voltage conversion module, the transmitting module and the antenna are sequentially connected together; the control module receives a charging start signal, carries out wireless charging, and controls the wireless charging process; the power supply module provides an alternating current; the voltage conversion module converts the alternating current input by the power supply module into a voltage with a specified frequency; the transmitting module converts the voltage with the specific frequency into a wireless radio-frequency signal; and the antenna transmits the wireless radio-frequency signal to the outside. The wireless charging system comprises a client terminal, at least one wireless charging well cover, a power supply platform and an electric vehicle to be charged. The wireless charging well cover, the wireless charging system and the wireless charging method can be installed at a dedicated charging station and a parking lot, can be installed at other places where a power network is laid, and can easily achieve the wireless charging of the vehicle.
Description
[technical field]
The present invention relates to wireless charging field, especially a kind of wireless charging well lid, system and method.
[background technology]
Along with the propelling day by day of process of industrialization, the electronic vehicles get more and more, electric motor car has been applied in the life of people widely, motor vehicle also progressively meets the needs of the market, its power of motor vehicle generally adopts storage battery power supply mode, and it is much less than traditional vehicular discharge amount, very little on the impact of environment, unanimously appeal the today strengthening environmental protection in the whole world, motor vehicle is bound to obtain fast development and extensive use because of advantages such as its nonstaining property and easy expansions.But adopt traditional power supply unit to carry out charging to vehicle and have a lot of disadvantageous place, comprise multiconductor existence, dangerous, also have the infringement of outdoor wired charging pile.
[summary of the invention]
The invention provides a kind of wireless charging well lid, system and method, charging is carried out to vehicle there is a lot of disadvantageous problem in order to solve existing power supply unit.
A kind of wireless charging well lid of the present invention, comprising: be connected control module, power module, photovoltaic conversion module, transmitter module and antenna successively; Wherein, described control module receives and starts charging signals and start wireless charging process, and controls described wireless charging process; Described power module provides alternating current; The AC conversion that power module inputs by described photovoltaic conversion module is the voltage of assigned frequency; The photovoltaic conversion of described assigned frequency is radio frequency signal by described transmitter module; Described radio frequency signal is outwards launched by described antenna.
Wherein, also comprise: the detection module be connected with described control module, described detection module carries out inverse detection to the radio frequency signal of antenna transmission, and testing result is passed to control module; Described control module is also connected with photovoltaic conversion module, the magnitude of voltage transformed according to the testing result control voltage conversion module received by described control module.
Wherein, described control module is also connected with photovoltaic conversion module, by the control to photovoltaic conversion module, adjusts the resonance frequency of described radio frequency signal.
Wherein, described wireless charging well lid is hard non-metallic material towards the watchcase of earth's surface one side.
Wherein, described photovoltaic conversion module, detection module and control module are produced within housing.
Wherein, described antenna is external antenna, and it is peripheral to be centered around photovoltaic conversion module, detection module and control module.
Wherein, described antenna is three dimensional coils.
Wherein, described antenna is the metal tube of hollow, and the top layer of described metal tube scribbles three anti-paints.
A kind of wireless charging system of the present invention, comprising: client terminal, at least one wireless charging well lid, power supply platform and motor vehicle to be charged; Described client terminal is connected respectively with power supply platform and motor vehicle to be charged, described wireless charging well lid is connected with power supply platform and motor vehicle to be charged, and the position of described wireless charging well lid and motor vehicle to be charged matches; By the mutual confirmation charge requirement of described client terminal and power supply platform, and after described wireless charging well lid receives the beginning charging signals that power supply platform sends, wireless charging is carried out to described motor vehicle to be charged; Described wireless charging well lid is above-mentioned arbitrary wireless charging well lid.
Wherein, the wireless charging well lid mated most with described motor vehicle position to be charged is that this motor vehicle to be charged carries out wireless charging, or works in coordination with as this motor vehicle to be charged carries out wireless charging with at least two wireless charging well lids that described motor vehicle position to be charged matches.
A kind of wireless charging method of the present invention, comprises the following steps: S1, client terminal controls motor vehicle to be charged and send charge request message to wireless charging well lid; S2, wireless charging well lid confirm described charge request message to power supply Platform Requirements; S3, power supply platform send charging acknowledge message to client terminal; S4, power supply platform receive and charge after message from client terminal feedback, send beginning charging signals to wireless charging well lid; S5, wireless charging well lid are coupled with motor vehicle to be charged and produce induced current, for motor vehicle to be charged carries out wireless charging after receiving and starting charging signals; Above-mentioned wireless charging well lid is adopted to implement.
Wherein, client terminal described in step S1 and motor vehicle to be charged are bound, and described charge request message comprises the information of motor vehicle to be charged, and the beginning charging signals described in step S4 comprises the charge parameter for this motor vehicle to be charged.
Wherein, also comprise in step S5: in wireless charging process, monitored the charge condition of motor vehicle to be charged by client terminal in real time; The mode stopping wireless charging process is that client terminal sends interruption wireless charging message to power supply platform, or motor vehicle to be charged is full of electricity.
Wherein, also comprise after described termination wireless charging: power supply platform pushes the bill information of this wireless charging to client terminal; Client terminal is paid by mails according to described bill information.
Wireless charging well lid of the present invention, system and method can be embodied in special charging station, parking lot, also can be arranged on the place of the laying of other electric power networks, easily realize the wireless charging to motor vehicle.
[accompanying drawing explanation]
Fig. 1 is the structural representation of the wireless charging well lid in the embodiment of the present invention 1;
Fig. 2 is the structural representation of the wireless charging well lid in the embodiment of the present invention 2;
Fig. 3 is the schematic diagram of wireless charging well lid in specific implementation in the embodiment of the present invention 3;
Fig. 4 is the structural representation of wireless charging system in the embodiment of the present invention 4;
Fig. 5 is the flow chart of wireless charging method in the embodiment of the present invention 5;
Fig. 6 is the flow chart of wireless charging method in the embodiment of the present invention 6.
[embodiment]
Wireless power technology (Contactless Power Supply, CPS), electric energy transmission technology (InductiveCoupled Power Transmission is closed also referred to as induction misfortune, ICPT), contactlessly poweredly refer to that transmission line and load side are at not electrical connection and physical contact, when also having relative motion even between which, complete the transmission of electric energy.The theoretical foundation of contactlessly powered technology is electromagnetic induction principle, utilizes modern electric energy conversion technology, magnetic field misfortune conjunction technology, by means of modern control theory and Controlled by micro computer technology, realizes energy from static equipment to the transmission of movable equipment.Discovery is studied through inventor, adopt wireless charging technology, just can charge to it as long as motor vehicle is parked in fixed position, even can charge to vehicle in vehicle travel process, these advantages are beneficial to the penetration and promotion of motor vehicle all very much, and solve existing power supply unit carries out charging existence some problem to vehicle.Describe in detail below by way of some embodiments.
Embodiment 1, shown in Figure 1, it is inner that the radiating portion of wireless charging is arranged on existing Utilities Electric Co. Manhole covers by the wireless charging well lid of the present embodiment, and Manhole covers uses existing Utilities Electric Co. network, is powered by Utilities Electric Co.'s power cable.Comprise: be connected control module 101, power module 102, photovoltaic conversion module 103, transmitter module 104 and antenna 105 successively.
In concrete charging process, control module 101 receives and starts charging signals and start wireless charging process, and control described wireless charging process, above-mentioned beginning charging signals can from power supply platform, completed alternately by client terminal and power supply platform user, when confirming to need to carry out wireless charging, power supply platform can send beginning charging signals to the wireless charging well lid of the present embodiment.Power module 102 provides alternating current, is connected in the present embodiment with Utilities Electric Co. power cable.The AC conversion that power module 102 inputs by photovoltaic conversion module 103 is the voltage of assigned frequency.The photovoltaic conversion of described assigned frequency is radio frequency signal by transmitter module 104, by antenna 105, radio frequency signal is outwards launched again, thus cause the coupling closing on coil (coil in wireless charging car-mounted device), and then produce induced current.
Visible, the wireless charging well lid of the present embodiment can be arranged on special charging station, parking lot, also can be arranged on the place of the laying of other electric power networks, easily realizes the wireless charging to motor vehicle.The wireless charging well lid of the present embodiment uses existing electric power networks circuit, engineered smaller, economical and practical, is convenient to popularizing of wireless charging.
Embodiment 2, shown in Figure 2, it is inner that the radiating portion of wireless charging is arranged on existing Utilities Electric Co. Manhole covers by the wireless charging well lid of the present embodiment, and Manhole covers uses existing Utilities Electric Co. network, is powered by Utilities Electric Co.'s power cable.Comprise: become control module 201, power module 202, photovoltaic conversion module 203, transmitter module 204, antenna 205 and detection module 206 that closed loop is connected, photovoltaic conversion module 203 is also connected with control module 201 in addition.
In concrete charging process, control module 201 receives and starts charging signals and start wireless charging process, and control described wireless charging process, above-mentioned beginning charging signals can from power supply platform, completed alternately by client terminal and power supply platform user, when confirming to need to carry out wireless charging, power supply platform can send beginning charging signals to the wireless charging well lid of the present embodiment.Power module 202 provides alternating current, is connected in the present embodiment with Utilities Electric Co. power cable.The AC conversion that power module 202 inputs by photovoltaic conversion module 203 is the voltage of assigned frequency.The photovoltaic conversion of described assigned frequency is radio frequency signal by transmitter module 204, by antenna 205, radio frequency signal is outwards launched again, thus cause the coupling closing on coil (coil in wireless charging car-mounted device), and then produce induced current.The radio frequency signal that detection module 206 pairs of antennas 205 are launched carries out inverse detection, and testing result is passed to control module 201, the magnitude of voltage transformed according to the testing result control voltage conversion module 203 received by control module 201.More preferred, can also be controlled by control module 201 pairs of photovoltaic conversion modules 203, and then the resonance frequency of adjustment radio frequency signal.
Visible, the wireless charging well lid of the present embodiment possesses all advantages of embodiment 1, and introduces detection module 206.When on the wireless charging well lid that common metal is placed on the present embodiment, the inverse detection result by detection module 206 judges whether it is charge coil, and whether detect vehicle stand suitable.For different by fill device, can by detecting the change of voltage, thus by the charging voltage of control module 201 control voltage conversion module 203, and then adjustment transmitting power.By the control to photovoltaic conversion module 203, the resonance frequency of radio frequency signal can be adjusted, and then can be formed better to resonate with the charging antenna of vehicle-mounted part and mate, be beneficial to the efficiency improving wireless charging.
Embodiment 3, the present embodiment are the specific implementations of above-described embodiment 1 and 2, can be shown in Figure 3.The wireless charging well lid of the present embodiment is made towards the non-metallic material of the watchcase employing hard on earth's surface one side (namely towards the one side of motor vehicle), is convenient to electromagnetic projection, facilitates wireless charging.Photovoltaic conversion module 303, detection module 306 and control module 301 are produced within housing, make it not by external damage, and waterproof anti-corrosion.Antenna 305 can adopt external antenna, is centered around photovoltaic conversion module 303, detection module 306 and control module 301 peripheral.Antenna 305 can adopt the mode of copper pipe, and copper pipe surface scribbles three anti-paints, can be used for long term outdoor engineering, specifically can surround the mode of three dimensional coils, also by the radianting capacity of the coil winding raising antenna 305 of multi-turn.Finally whole parts can be re-used outer cover packaging to get up to be arranged on below Manhole covers, make it integration.
The wireless charging system of embodiment 4, the present embodiment, shown in Figure 4, comprising: client terminal 401, at least one wireless charging well lid 402, power supply platform 403 and motor vehicle 404 to be charged.Client terminal 401 is connected respectively with power supply platform 403 and motor vehicle 404 to be charged, wireless charging well lid 402 is connected respectively with power supply platform 403 and motor vehicle 404 to be charged, and wireless charging well lid 402 matches with the position of motor vehicle 404 to be charged.Above-mentioned some places connection includes but not limited to wired electrical connection and wireless connections.
Wherein, client terminal 401 can be car-mounted terminal on the mobile phone of user or motor vehicle 404 to be charged or PC terminal.Client terminal 401 can by wireless network and power supply platform 403 interconnected, and by wireless network, wireless signal or can be connected with the vehicle-mounted wireless charging device on motor vehicle 404 to be charged by patching connected mode.
Any wireless charging well lid in wireless charging well lid 402 i.e. above-described embodiment 1 to 3.Wireless charging well lid 402 is by wireless network or wireless signal and motor vehicle 404 intercommunication to be charged, and wireless charging well lid 402 is linked with the power supply platform 403 of Utilities Electric Co. by network laying.And wireless charging well lid 402 also needs the position of parking with motor vehicle to be charged 404 to match, can select by being that this motor vehicle 404 to be charged carries out wireless charging with the wireless charging well lid 402 that motor vehicle 404 position to be charged is mated most, also at least two wireless charging well lids 402 by matching with motor vehicle 404 position to be charged can be selected to work in coordination with as this motor vehicle 404 to be charged carries out wireless charging according to the size of concrete deployment scenario and motor vehicle 404 to be charged, such as: motor vehicle 404 chassis area to be charged is larger, one of them wireless charging well lid 402 reaches 70% with the position coverage rate of motor vehicle 404 to be charged, another wireless charging well lid 402 reaches 40% with the position coverage rate of motor vehicle 404 to be charged, then can be worked in coordination with as motor vehicle 404 to be charged carries out wireless charging by above-mentioned two wireless charging well lids 402.
In specific implementation, when motor vehicle 404 to be charged is parked in above wireless charging well lid 402, user can be connected with vehicle-mounted wireless charging device by client terminal 401 (as mobile phone), control motor vehicle 404 to be charged and whether carry out wireless charging, if carry out wireless charging, then control vehicle-mounted wireless charging device and send the charge request message of wireless signal to wireless charging well lid 402.Wireless charging well lid 402 communicates with power supply platform 403, require to confirm described charge request message, power supply platform 403 can send charging acknowledge message to client terminal 401, user is as confirmed to start charging by client terminal 401, then return to power supply platform 403 and start message of charging, power supply platform 403 sends beginning charging signals to wireless charging well lid 402, and this starts the charge parameter that also can include in charging signals for this motor vehicle 404 to be charged.Wireless charging well lid 402 (namely control module) wherein starts wireless charging process after receiving and starting charging signals.Produce induced current by being coupled with the vehicle-mounted wireless charging device of motor vehicle 404 to be charged, and then charge for motor vehicle 404 to be charged.User can monitor the charge condition of motor vehicle 404 to be charged in real time by client terminal 401, can communicate at any time, interrupt charging process with power supply platform 403.After charging terminates, user pays by mails by the charge volume statistics of client terminal 401 according to Utilities Electric Co..
Visible, in the wireless charging system of the present embodiment, wireless charging well lid 402 connects the power supply platform 403 of Utilities Electric Co., can add up charge volume.User controls vehicle-mounted wireless charging device by mobile phone, has coordinated wireless charging with wireless charging well lid 402.The mode that user pays by mobile phone electronic, convenient and swift, be convenient to popularizing of wireless charging system.In the wireless charging system of the present embodiment, wireless charging well lid 402 can be cooperatively interacted by the mode of Background control and other wireless charging well lid 402, motor vehicle 404 to be charged is charged, reach the object of parallel charging like this, improve the efficiency of charging.
The wireless charging method of embodiment 5, the present embodiment, can adopt any wireless charging well lid in above-described embodiment 1 to 3 to implement, and the mode of embodiment 4 can be adopted to carry out networking, specifically shown in Figure 5, comprises following key step:
S501, client terminal control motor vehicle to be charged and send charge request message to wireless charging well lid.
In specific implementation, client terminal can be the mobile phone of user or the car-mounted terminal of motor vehicle to be charged or PC terminal, client terminal is by wired or wireless mode and power supply platform linkage, and preferably client terminal and motor vehicle to be charged are bound, and can carry out registering, putting on record at power supply platform.When the motor vehicle of user is parked in above wireless charging well lid or time neighbouring, wireless charging well lid can sense the existence of motor vehicle, and send wireless signal to this motor vehicle, inform the condition possessing and carry out wireless charging, such as: motor vehicle is sounded a buzzer or the mode such as indicator light flicker.Now, user controls the motor vehicle to be charged charge request message to wireless charging well lid transmission wireless signal by client terminal, the information of motor vehicle to be charged can be comprised in this charge request message, such as: vehicle model, charged battery capacity used etc., also the client terminal information with its binding can be comprised, such as: the user name etc. of IP address, cell-phone number, registration.
S502, wireless charging well lid confirm described charge request message to power supply Platform Requirements.
S503, power supply platform send charging acknowledge message to client terminal.
In specific implementation, the client terminal information that power supply platform comprises according to charge request message navigates to client terminal, and sends charging acknowledge message to this client terminal.
S504, power supply platform receive and to charge message from client terminal feedback.
S505, power supply platform send beginning charging signals to wireless charging well lid.
In specific implementation, start the charge parameter that can comprise in charging signals for this motor vehicle to be charged, thus the motor vehicle to be charged with this better mates, promote charge efficiency and energy savings.
S506, wireless charging well lid are coupled with motor vehicle to be charged and produce induced current, for motor vehicle to be charged carries out wireless charging after receiving and starting charging signals.
In S507, the present embodiment, automatically stop wireless charging process when motor vehicle to be charged has been full of electricity.
The wireless charging method of embodiment 6, the present embodiment, can adopt any wireless charging well lid in above-described embodiment 1 to 3 to implement, and the mode of embodiment 4 can be adopted to carry out networking, specifically shown in Figure 6, comprises following key step:
S601, client terminal control motor vehicle to be charged and send charge request message to wireless charging well lid.
In specific implementation, client terminal can be the mobile phone of user or the car-mounted terminal of motor vehicle to be charged or PC terminal, client terminal is by wired or wireless mode and power supply platform linkage, and preferably client terminal and motor vehicle to be charged are bound, and can carry out registering, putting on record at power supply platform.When the motor vehicle of user is parked in above wireless charging well lid or time neighbouring, wireless charging well lid can sense the existence of motor vehicle, and send wireless signal to this motor vehicle, inform the condition possessing and carry out wireless charging, such as: motor vehicle is sounded a buzzer or the mode such as indicator light flicker.Now, user controls the motor vehicle to be charged charge request message to wireless charging well lid transmission wireless signal by client terminal, the information of motor vehicle to be charged can be comprised in this charge request message, such as: vehicle model, charged battery capacity used etc., also the client terminal information with its binding can be comprised, such as: the user name etc. of IP address, cell-phone number, registration.
S602, wireless charging well lid confirm described charge request message to power supply Platform Requirements.
S603, power supply platform send charging acknowledge message to client terminal.
In specific implementation, the client terminal information that power supply platform comprises according to charge request message navigates to client terminal, and sends charging acknowledge message to this client terminal.
S604, power supply platform receive and to charge message from client terminal feedback.
S605, power supply platform send beginning charging signals to wireless charging well lid.
In specific implementation, start the charge parameter that can comprise in charging signals for this motor vehicle to be charged, thus the motor vehicle to be charged with this better mates, promote charge efficiency and energy savings.
S606, wireless charging well lid are coupled with motor vehicle to be charged and produce induced current, for motor vehicle to be charged carries out wireless charging after receiving and starting charging signals.
In S607, the present embodiment, user can monitor the charge condition of motor vehicle to be charged in real time by client terminal, when user thinks that electricity is enough, sends interruption wireless charging message, stop wireless charging process by client terminal to power supply platform.
S608, power supply platform push the bill information of this wireless charging to client terminal, comprise charge volume, electricity charge unit price, total cost, electronic payment platform link etc.
S609, client terminal are paid by mails according to described bill information.
Here description of the invention and application are all illustrative and schematic, are not to want by scope restriction of the present invention in the above-described embodiments.Distortion and the change of embodiment disclosed are here completely possible, and for those those of ordinary skill in the art, the replacement of embodiment and the various parts of equivalence are all known.Those skilled in the art it is also clear that, when not departing from spirit of the present invention or substantive characteristics, the present invention can in other forms, structure, layout, ratio, and realize with other assembly, material and parts, and when not departing from the scope of the invention and spirit, can other distortion be carried out here to disclosed embodiment and change.
Claims (14)
1. a wireless charging well lid, is characterized in that, comprising: be connected control module, power module, photovoltaic conversion module, transmitter module and antenna successively;
Wherein, described control module receives and starts charging signals and start wireless charging process, and controls described wireless charging process;
Described power module provides alternating current;
The AC conversion that power module inputs by described photovoltaic conversion module is the voltage of assigned frequency;
The photovoltaic conversion of described assigned frequency is radio frequency signal by described transmitter module;
Described radio frequency signal is outwards launched by described antenna.
2. wireless charging well lid as claimed in claim 1, it is characterized in that, also comprise: the detection module be connected with described control module, described detection module carries out inverse detection to the radio frequency signal of antenna transmission, and testing result is passed to control module;
Described control module is also connected with photovoltaic conversion module, the magnitude of voltage transformed according to the testing result control voltage conversion module received by described control module.
3. wireless charging well lid as claimed in claim 1, it is characterized in that, described control module is also connected with photovoltaic conversion module, by the control to photovoltaic conversion module, adjusts the resonance frequency of described radio frequency signal.
4. wireless charging well lid as claimed in claim 1, is characterized in that, described wireless charging well lid is hard non-metallic material towards the watchcase of earth's surface one side.
5. wireless charging well lid as claimed in claim 2, it is characterized in that, described photovoltaic conversion module, detection module and control module are produced within housing.
6. wireless charging well lid as claimed in claim 2, it is characterized in that, described antenna is external antenna, and it is peripheral to be centered around photovoltaic conversion module, detection module and control module.
7. wireless charging well lid as claimed in claim 1, it is characterized in that, described antenna is three dimensional coils.
8. wireless charging well lid as claimed in claim 7, it is characterized in that, described antenna is the metal tube of hollow, and the top layer of described metal tube scribbles three anti-paints.
9. a wireless charging system, is characterized in that, comprising: client terminal, at least one wireless charging well lid, power supply platform and motor vehicle to be charged; Described client terminal is connected respectively with power supply platform and motor vehicle to be charged, described wireless charging well lid is connected respectively with power supply platform and motor vehicle to be charged, and the position of described wireless charging well lid and motor vehicle to be charged matches;
By the mutual confirmation charge requirement of described client terminal and power supply platform, and after described wireless charging well lid receives the beginning charging signals that power supply platform sends, wireless charging is carried out to described motor vehicle to be charged;
Described wireless charging well lid is the wireless charging well lid described in any one of claim 1 to 8.
10. wireless charging system as claimed in claim 9, it is characterized in that, the wireless charging well lid mated most with described motor vehicle position to be charged is that this motor vehicle to be charged carries out wireless charging, or works in coordination with as this motor vehicle to be charged carries out wireless charging with at least two wireless charging well lids that described motor vehicle position to be charged matches.
11. 1 kinds of wireless charging methods, is characterized in that, comprise the following steps:
S1, client terminal control motor vehicle to be charged and send charge request message to wireless charging well lid;
S2, wireless charging well lid confirm described charge request message to power supply Platform Requirements;
S3, power supply platform send charging acknowledge message to client terminal;
S4, power supply platform receive and charge after message from client terminal feedback, send beginning charging signals to wireless charging well lid;
S5, wireless charging well lid are coupled with motor vehicle to be charged and produce induced current, for motor vehicle to be charged carries out wireless charging after receiving and starting charging signals;
Above-mentioned steps adopts the wireless charging well lid described in any one of claim 1 to 8 to implement.
12. wireless charging methods as claimed in claim 11, it is characterized in that, client terminal described in step S1 and motor vehicle to be charged are bound, and described charge request message comprises the information of motor vehicle to be charged, and the beginning charging signals described in step S4 comprises the charge parameter for this motor vehicle to be charged.
13. wireless charging methods as claimed in claim 11, be is characterized in that, also comprise in step S5: in wireless charging process, monitored the charge condition of motor vehicle to be charged by client terminal in real time; The mode stopping wireless charging process is that client terminal sends interruption wireless charging message to power supply platform, or motor vehicle to be charged is full of electricity.
14. wireless charging methods as claimed in claim 13, is characterized in that, also comprise after described termination wireless charging:
Power supply platform pushes the bill information of this wireless charging to client terminal;
Client terminal is paid by mails according to described bill information.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410086492.0A CN104917210A (en) | 2014-03-10 | 2014-03-10 | Wireless charging well cover, system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410086492.0A CN104917210A (en) | 2014-03-10 | 2014-03-10 | Wireless charging well cover, system and method |
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| CN104917210A true CN104917210A (en) | 2015-09-16 |
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| CN201410086492.0A Pending CN104917210A (en) | 2014-03-10 | 2014-03-10 | Wireless charging well cover, system and method |
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