CN201860177U - Vehicle-mounted wireless charging device - Google Patents
Vehicle-mounted wireless charging device Download PDFInfo
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- CN201860177U CN201860177U CN2010202892142U CN201020289214U CN201860177U CN 201860177 U CN201860177 U CN 201860177U CN 2010202892142 U CN2010202892142 U CN 2010202892142U CN 201020289214 U CN201020289214 U CN 201020289214U CN 201860177 U CN201860177 U CN 201860177U
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- 238000004891 communication Methods 0.000 claims abstract description 65
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- 230000008859 change Effects 0.000 description 4
- 239000012467 final product Substances 0.000 description 4
- WHXSMMKQMYFTQS-UHFFFAOYSA-N Lithium Chemical compound [Li] WHXSMMKQMYFTQS-UHFFFAOYSA-N 0.000 description 3
- 230000001276 controlling effect Effects 0.000 description 3
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- 238000010168 coupling process Methods 0.000 description 3
- 238000005859 coupling reaction Methods 0.000 description 3
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- 229910052744 lithium Inorganic materials 0.000 description 3
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Abstract
The utility model discloses a vehicle-mounted wireless charging device. A primary coil in the vehicle-mounted wireless charging device is coupled with a wireless power supply system and mobile equipment; a communication interface in the vehicle-mounted wireless charging device is connected with a second auto data bus and a communication controller, and the communication interface is coupled with the mobile equipment; a controller in the vehicle-mounted wireless charging device is connected with the communication controller, a memorizer and a power governor, meanwhile the controller is coupled with a drive circuit, a transceiver, a circuit sensor, a variable inductor in a tank circuit and a variable capacitor; and an inverter in the device is connected with the tank circuit and the power governor, and the power governor is connected with an external DC power supply. The vehicle-mounted wireless charging device has the advantages of simple structure, convenience in charging, low cost, simplicity, safety, reliability, good charging effect, adjustable charging power and voltage, and adaptation to different mobile communication equipment.
Description
Technical field
The utility model belongs to automobile wireless charging technique field, more specifically relates to a kind of vehicle-mounted wireless charging device, is specially adapted to wireless charging and communication system in the automobile.
Background technology
People may carry different personal electronic equipments (as PDA, MP3, MP4, notebook computer or mobile phone), and these portable electronic equipments have different functions, such as communication, and information storage, information retrieval and amusement.Because these equipment all are of portable form, they are placed in the car or in car through regular meeting and use.Because this kind equipment is powered battery basically, therefore the situation of electricity appears not having through regular meeting.
Now be useful on the vehicle-mounted charging device of these equipment, but each equipment all there is own distinctive charger usually.Yet these chargers often make and become all in tumble in the car, because they need be inserted on 12 volts of DC power supply by cigar lighter usually, and can not give a plurality of equipment charges simultaneously.Therefore the charger of this quasi-tradition just becomes very impracticable when a plurality of equipment need charge in car.Existing technology: though present stage closely have the mobile phone wireless charging device, but still for finding wireless charging device at automotive interior.And the wireless charging device of certain mobile phone just at this mobile phone, does not have generality yet.
Therefore, can press for for these equipment provide the device of charging again for various portable sets provide data-interface one of automotive interior.
Summary of the invention
The purpose of this utility model is to be to provide a kind of vehicle-mounted wireless charging device (being in the wireless charging device of automotive interior), and is simple in structure, and charging is convenient, and is with low cost, realizes simple, safety, reliable.Provide electric energy by DC power supply in the car to this device, thereby be of coupled connections by primary coil in this device and mobile device, charging effect is very good, and charge power and voltage are adjustable, adapt to various mobile communication equipment.
In order to realize above-mentioned purpose, the technical measures that the utility model adopts are:
Be in the wireless charging device of automotive interior, it comprises: first vehicle data bus, second vehicle data bus, gateway controller, grillage (that is: charging zone), primary coil, wireless power supply system, transceiver, communication interface, controller, power governor, inverter, accumulator, circuit sensor, memory, drive circuit.Its annexation is: the primary coil in the vehicle-mounted wireless charging device is of coupled connections with wireless power supply system, mobile device respectively; Communication interface in the vehicle-mounted wireless charging device is connected with second vehicle data bus, communication controller respectively simultaneously, and communication interface and one or more mobile device are of coupled connections; Controller in this vehicle-mounted wireless charging device links to each other with communication controller, memory, power governor respectively, simultaneously this controller also respectively with drive circuit, transceiver, circuit sensor, accumulator in variable inductor and variable capacitor be of coupled connections; Inverter in this device is connected with accumulator, power governor respectively in addition, and power governor is connected with external dc power.
Primary coil is of coupled connections with first mobile device, second mobile device, the 3rd mobile device respectively, communication interface in the vehicle-mounted wireless charging device is connected with second vehicle data bus, communication controller respectively, and communication interface is of coupled connections with first mobile device, second mobile device, the 3rd mobile device respectively.
Described vehicle-mounted wireless charging device 7 comprises a grillage, and primary coil is placed on the edge of grillage, and primary coil is connected with wireless power supply system, and wireless power supply system links to each other with DC power supply, second vehicle data bus respectively.
Described mobile device and controller, transceiver are of coupled connections, and wireless power supply system links to each other with controller, power governor respectively.
Described communication interface links to each other with transceiver, second vehicle data bus respectively, and controller links to each other with second vehicle data bus, power governor respectively, and power governor links to each other with DC power supply, wireless power supply system, controller respectively.
Described vehicle-mounted wireless charging device is installed on the operating platform of automotive interior and in the tail gate handrail.
The mobile device that is placed in the vehicle-mounted wireless charging device can be because the weight of self remains in this zone always.The edge of this vehicle-mounted wireless charging device is a primary coil.This primary coil is connected with a wireless power supply system, and this wireless power supply system passes through DC power supply.Wireless power supply system also is connected with second vehicle data bus simultaneously.Therefore when any one portable electric appts was placed in the grillage, this equipment can be charged by vehicle-mounted wireless charging device, also can with the second vehicle data bus communication.
The utility model compared with prior art has the following advantages and effect:
Advantage of the present utility model: the method for attachment feasibility of this covering device and use is strong, stable performance, cost is low, the coefficient of safety height, but and can effectively avoid promptly not having under the situation of AC power by design cleverly, some emergent mobile devices do not have electric situation suddenly.And can carry out wireless charging at different model, dissimilar mobile devices, thereby fundamentally guarantee the power supply of mobile device in automobile, simple in structure, the feasibility height, cost is low, and very big practical commercial value is arranged.
According to this wireless charging device, call in a mobile phone hereby, its battery size is JCL-5585A, and battery capacity is 1750mAh, and nominal voltage is 3.7V, and the charging deboost is the experiment of charging of the battery of 4.2V, its charging curve is seen Fig. 7.Fig. 7 is lithium battery current/voltage time history plot in charging process.
The part experimental data of different phase is as shown in Figure 7 in this curve:
Description of drawings
Fig. 1 is a kind of two parallel port data network schematic diagrames of automotive interior
Fig. 2 is applied in schematic diagram on the operating platform of automotive interior for a kind of vehicle-mounted wireless charging device
Fig. 3 is a kind of cutaway view of vehicle-mounted wireless charging device
Fig. 4 is applied in the interior schematic diagram of handrail at back door in the car for a kind of vehicle-mounted wireless charging device
Fig. 5 is a kind of control schematic diagram of vehicle-mounted wireless charging device
Fig. 6 is the detailed schematic diagram that a kind of vehicle-mounted wireless charging device and a plurality of mobile device charge simultaneously
Fig. 7 is a kind of lithium cell charging curve chart
Wherein: the handrail 14-handrail groove 15-mobile device (mobile phone at back door in operating platform 9-grillage 10-primary coil 11-DC power supply (MD70-2412) the 12-wireless power supply system 13-car of the 1-first vehicle data bus 2-second vehicle data bus 3-palmtop PC 4-mobile phone 5-MP3 6-gateway controller (Altera FPGA EP3C40) the 7-vehicle-mounted wireless charging device 8-automotive interior, MP3, palmtop PC or handheld device etc., be placed in the wireless charging device and get final product, these mobile devices can be of coupled connections with this device) 16-transceiver (DM9161AEP) 17-communication interface 18-controller (S9C2410) 19-power governor (LM1117-3.3) the 20-first mobile device (mobile phone, MP3, palmtop PC or handheld device etc., be placed in the wireless charging device and get final product, these mobile devices can be of coupled connections with this device) the 21-second mobile device (mobile phone, MP3, palmtop PC or handheld device etc., be placed in the wireless charging device and get final product, these mobile devices can be of coupled connections with this device) 22-the 3rd mobile device (mobile phone, MP3, palmtop PC or handheld device etc., be placed in the wireless charging device and get final product, these mobile devices can be of coupled connections with this device) 23-inverter (DC-AC-DC) 24-accumulator (mainly comprises a common variable capacitance (that is: farad capacitor), a common variable inductance and a primary coil; Its effect is when the DC power supply short time stops power supply, and 1-2 minute electric energy can be provided) 25-circuit sensor (AD7705) 26-memory (SDRAM:M7482C4M32B2TG; NAND:K9F1208) the 27-drive circuit (mainly comprises isolation optocoupler: 6N137 and bridge chip for driving: IK2110; It act as the adjusting inverter) 28-variable inductor 29-variable capacitor 30-communication controller (SIM300).
Embodiment
Below in conjunction with accompanying drawing the utility model is described in further detail:
A kind of vehicle-mounted wireless charging device, it comprises first vehicle data bus 1, second vehicle data bus 2, gateway controller 6, grillage 9 (that is: charging zone), primary coil 10, wireless power supply system 12, transceiver 16, communication interface 17, controller 18, power governor 19, inverter 23, accumulator 24, circuit sensor 25, memory 26, drive circuit 27.Its annexation is: the primary coil 10 in the vehicle-mounted wireless charging device 7 is of coupled connections with wireless power supply system 12, mobile device 15 respectively; Primary coil 10 is of coupled connections with first mobile device 20, second mobile device 21, the 3rd mobile device 22 respectively, communication interface 17 in the vehicle-mounted wireless charging device 7 is connected with second vehicle data bus 2, communication controller 30 respectively simultaneously, and communication interface 17 is of coupled connections with first mobile device 20, second mobile device 21, the 3rd mobile device 22 respectively; Controller 18 in this vehicle-mounted wireless charging device 7 links to each other with communication controller 17, memory 26, power governor 19 respectively, simultaneously this controller 18 also respectively with drive circuit 27, transceiver 16, circuit sensor 25, accumulator 27 in variable inductor 28 and variable capacitor 29 be of coupled connections; Inverter 23 in this device is connected with accumulator 24, power governor 19 respectively in addition, and power governor 19 is connected with external dc power 11.
According to Fig. 1 as can be known, it is made up of first vehicle data bus 1, second vehicle data bus 2, palmtop PC 3, mobile phone 4, MP3 5, gateway controller 6, and two parallel port data networks are arranged in the inside of automobile.First network is first vehicle data bus 1.First vehicle data bus 1 is a kind of network controller of vehicle.Automobile bus is a kind of low speed data bus that keeps communication between the various controllers of automotive interior.Second network is second vehicle data bus 2.Second vehicle data bus 2 keeps the communication between one or more mobile devices in the car.Second vehicle data bus 2 is connected respectively with palmtop PC 3, mobile phone 4, MP35 or mobile entertainment equipment.Gateway controller (6) is being managed the communication between first vehicle data bus 1 and second vehicle data bus 2.These data can be the sound and the image informations of encrypting.
According to Fig. 2 as can be known, a kind of vehicle-mounted wireless charging device 7 is installed on the operating platform 8 of automotive interior.Mobile phone 4 and MP35 are placed on the vehicle-mounted wireless charging device 7 and charge, and simultaneously, mobile devices such as mobile phone 4, MP3 5 can also be linked into second vehicle data bus 2, keep communication between the two.
According to Fig. 3 as can be known, it is made up of vehicle-mounted wireless charging device 7, grillage 9, primary coil 10, DC power supply 11, wireless power supply system 12, second vehicle data bus 2, its annexation is: this vehicle-mounted wireless charging device 7 comprises a grillage 9, and the mobile device that is placed on 9 li of grillages can be because the weight of self remains in this zone always.Primary coil 10 is placed on the edge of grillage 9, this primary coil 10 is connected with wireless power supply system 12, this wireless power supply system 12 also links to each other with DC power supply 11, second vehicle data bus 2 respectively simultaneously, and this wireless power supply system 12 is by DC power supply 11 power supplies.Therefore when any one portable electric appts was placed on 9 li of grillages, this equipment can be charged by vehicle-mounted wireless charging device 7, also can with 2 communications of second vehicle data bus.
According to Fig. 4 as can be known, it is made up of vehicle-mounted wireless charging device 7, handrail 13, handrail groove 14, and vehicle-mounted wireless charging device 7 is placed in the handrail 13 at back door in the car, and primary coil 10 is placed in handrail 13 edges at back door in the car.Mobile device is contained in the handrail groove 14.The mobile device that is placed on 14 li of handrail grooves can be charged by vehicle-mounted wireless charging device 7, and and second vehicle data bus, 2 communications.Near a lot of places primary coil 10 can be used for placing mobile device.
According to Fig. 5 as can be known, Fig. 5 is the control diagram of a basic vehicle-mounted wireless charging device (7).It is by second vehicle data bus 2, primary coil 10, DC power supply 11, wireless power supply system 12, mobile device 15, transceiver 16, communication interface 17, controller 18, power governor 19 is formed, its annexation is: primary coil 10 respectively with mobile device 15, wireless power supply system 12 couplings link to each other, mobile device 15 links to each other with controller 18, mobile device 15 is of coupled connections with transceiver 16 simultaneously, wireless power supply system 12 respectively with controller 18, power governor 19 links to each other, communication interface 17 respectively with transceiver 16, second vehicle data bus 2 links to each other, controller 18 respectively with second vehicle data bus 2, power governor 19 links to each other, power governor 19 respectively with DC power supply 11, wireless power supply system 12, controller 18 links to each other.Mobile device 15 produces inductance coupling high with wireless power supply system 12 by 9 li primary coils of grillage 10 and is connected, and this moment, mobile device 15 was charged by wireless power supply system 12.Simultaneously, this mobile device 15 and transceiver 16 are of coupled connections.Transceiver 16 can be directly and mobile device 15 communications.The communication that communication interface 17 is responsible between the mobile device 15 and second vehicle data bus 2 by transceiver 16.Some agreements of other that can the distributing IP address give that the mobile device 15 or second vehicle data bus 2 require such as communication interface 17.The transmission rate between second vehicle data bus 2 and mobile device 15 or different agreement and the Communication Layer can be controlled, sets up or be monitored to communication interface 17.Controller 18 is optional.If any, it can controlling mobile equipment 15 and second vehicle data bus 2 between communication.Controller 18 also can be given the output power of mobile device 15 by wireless power supply system 12 controls.Simultaneously controller 18 can also power controlling adjuster 19, and power governor 19 can be regulated the electric energy that receives from DC power supply 11, offers wireless power supply system 12, and wireless power supply system 12 both can be digital, also can simulate.
According to Fig. 6 as can be known, Fig. 6 is the detailed diagram that vehicle-mounted wireless charging device 7 and a plurality of mobile devices charge simultaneously.It comprises vehicle-mounted wireless charging device 7, first mobile device 20, second mobile device 21, the 3rd mobile device 22, second vehicle data bus 2, DC power supply 11.Wherein vehicle-mounted wireless charging device 7 it by primary coil 10, transceiver 16, communication interface 17, controller 18, power governor 19, inverter 23, accumulator 24, circuit sensor 25, memory 26, drive circuit 27, communication controller 30 is formed, its annexation is: the primary coil 10 in the vehicle-mounted wireless charging device 7 respectively with first mobile device 20, second mobile device 21, the 3rd mobile device 22 is of coupled connections, communication interface 17 in the vehicle-mounted wireless charging device 7 respectively with first mobile device 20, second mobile device 21, the 3rd mobile device 22 is of coupled connections, communication interface 17 respectively with second vehicle data bus 2, communication controller 30 connects, controller 18 respectively with communication controller 30, memory 26, power governor 19 links to each other, simultaneously controller 18 also with drive circuit 27, transceiver 16, circuit sensor 25, variable inductor 28 in the accumulator 24, variable capacitor 29 in the accumulator 24 is of coupled connections, inverter 23 respectively with accumulator 24, power governor 19 connects, and power governor 19 is connected with external dc power 11.DC power supply 11 provides electric energy for vehicle-mounted wireless charging device 7.DC power supply 11 is provided by automobile, is generally about 12 volts.The voltage and current that leads to inverter 23 that power governor 19 control DC power supply 11 provide.Inverter 23 changes into alternating current to direct current.In fact inverter 23 is played the part of is role to the AC power of accumulator 24 power supplies.Accumulator 24 is resonant circuits, and it is by the secondary inductance coupling of primary coil 10 and first mobile device 20, second mobile device 21, the 3rd mobile device 22.The secondary coil of the primary coil 10 and first mobile device 20, second mobile device 21, the 3rd mobile device 22 all belongs to no wire-core coil.Primary coil 10 is on the edge of vehicle-mounted wireless charging device 7.The output of circuit sensor 25 and accumulator 24 is of coupled connections, and simultaneously and controller 18 be of coupled connections.Circuit sensor 25 provides the relevant parameter about inverter 23 and accumulator 24.Such as, circuit sensor 25 can be a current sensor, and the phase place about accumulator 24 electric currents is provided, the information of frequency and amplitude.Controller 18 can be the most of different microprocessor that exists on the market, for example changes a model, as ATmega16L, or other some microprocessors.Controller 18 has a ROM and RAM on chip, have a series of analog-and digital-output to bring in the various functions of control vehicle-mounted wireless charging device 7.Every function of controller 18 can be finished by microprocessor and memory chip.Controller 18 is connected with memory 26, also is of coupled connections with drive circuit 27.Drive circuit 27 plays adjusting inverter 23, such as the time and the frequency of inverter 23.Controller 18 also is of coupled connections with power governor 19, the output voltage that it can power controlling adjuster 19.As everyone knows, by changing the principal voltage of power governor 19, can change the output amplitude of inverter 23.At last, variable inductor 28 and the variable capacitor 29 in controller 18 and the accumulator 24 is of coupled connections.Controller 18 can be revised the inductance value of variable inductor 28 and the capacitance of variable capacitor 29.By revising the resonance frequency that these parameters change accumulator 24.Accumulator 24 has first resonance frequency and second resonance frequency.It also can have a plurality of resonance frequencys.Resonance frequency refers to a series of frequencies that can make accumulator 24 produce resonance herein.As everyone knows, an accumulator has a resonance frequency, makes it produce the frequency of resonance but also have other in the scope around the resonance frequency.Accumulator 24 has a variable impedance element at least.Change variableimpedance, can change the resonance frequency of accumulator.The variableimpedance element can be that variable inductance 28 or variable capacitance 29 or both are.Variable inductor 28 can be a controlled variable inductance, a variable compression inductance, parallel laminate core variable inductance, serial inductance and be placed into fixed inductance selector switch on the accumulator 24, or some other controlled variable inductance.Variable capacitor 29 can be a switched capacitor array, serial electric capacity and be placed into fixed capacity selector switch on the accumulator 24, or other controlled variable capacitances.Accumulator 24 comprises primary coil 10.Primary coil 10 and variable inductor 28 separate.But sometimes both also can be combined into an independent assembly.Accumulator 24 is serial resonant circuits, can certainly be a parallel resonant circuit.Power supply transceiver 16 also is of coupled connections on controller.It can be a simple information transceiver 16, and need not be the equipment of a binary channels communication.Power supply transceiver 16 is communicated by letter with different first mobile device 20, second mobile device 21, the 3rd mobile device 22.Obviously more equipment can be used for this system.Vehicle-mounted wireless charging device 7 also has the communication interface 17 that connects second vehicle data bus 2.Communication between communication interface 17 management second vehicle data bus 2 and first mobile device 20, second mobile device 21, the 3rd mobile device 22.Communication interface 17 has also been born the task of converting communication protocol and non-first mobile device 20, second mobile device 21, the 3rd mobile device 22 distribution network addresses.Vehicle-mounted wireless charging device 7 has a communication controller 30.Communication controller 30 is responsible for data by communication interface 17.Communication controller 30 also is responsible for code conversion, protocol conversion, and buffering, data compression, false retrieval, synchronously and the task of channel selecting and collection management information.Communication controller 30 is set up the communication session between the equipment that first mobile device 20, second mobile device 21, the 3rd mobile device 22 and second vehicle data bus 2 or other and second vehicle data bus 2 be of coupled connections.Communication controller 30 also can be a high-end communication processor of font.In the limit of power of controller 18, communications manager 30 also can be a software module that operates on the controller 18.
According to Fig. 7 as can be known, Fig. 7 is that this vehicle-mounted wireless charging device is the lithium cell charging curve chart of JCL-5585A to model.By to this battery trickle charge 30 minutes, its experimental result shows that charge volume reaches 78% of quota electric weight, and the most common failure of chargers such as the loose contact that does not have the frequent plug of existing charger interface of picture and plug and cause, oxidation, broken string makes charging effect more reliable.Therefore, no matter be mobile phone, mp3 or other mobile devices, can both reach safety, charging effect efficiently.
Claims (6)
1. vehicle-mounted wireless charging device, it comprises second vehicle data bus (2), primary coil (10), wireless power supply system (12), transceiver (16), communication interface (17), controller (18), accumulator (24), circuit sensor (25), memory (26), drive circuit (27), it is characterized in that: the primary coil (10) in the vehicle-mounted wireless charging device (7) is of coupled connections with wireless power supply system (12), mobile device (15) respectively; Primary coil (10) is of coupled connections with first mobile device (20), second mobile device (21), the 3rd mobile device (22) respectively, communication interface (17) in the vehicle-mounted wireless charging device (7) is connected with second vehicle data bus (2), communication controller (30) respectively, and communication interface (17) is of coupled connections with first mobile device (20), second mobile device (21), the 3rd mobile device (22) respectively; Controller (18) in the vehicle-mounted wireless charging device (7) links to each other with communication controller (30), memory (26), power governor (19) respectively, controller (18) respectively with drive circuit (27), transceiver (16), circuit sensor (25), accumulator (24) in variable inductor (28) and variable capacitor (29) be of coupled connections; Inverter in the device (23) is connected with accumulator (24), power governor (19) respectively, and power governor (19) is connected with external dc power (11).
2. a kind of vehicle-mounted wireless charging device according to claim 1, it is characterized in that: described vehicle-mounted wireless charging device (7) comprises a grillage (9), primary coil (10) is placed on the edge of grillage (9), primary coil (10) is connected with wireless power supply system (12), and wireless power supply system (12) links to each other with DC power supply (11), second vehicle data bus (2) respectively.
3. a kind of vehicle-mounted wireless charging device according to claim 1, it is characterized in that: described mobile device (15) links to each other with controller (18), and mobile device (15) is of coupled connections with transceiver (16), wireless power supply system (12) links to each other with controller (18), power governor (19) respectively.
4. a kind of vehicle-mounted wireless charging device according to claim 1, it is characterized in that: described communication interface (17) links to each other with transceiver (16), second vehicle data bus (2) respectively, controller (18) links to each other with second vehicle data bus (2), power governor (19) respectively, and power governor (19) links to each other with DC power supply (11), wireless power supply system (12), controller (18) respectively.
5. a kind of vehicle-mounted wireless charging device according to claim 1 is characterized in that: described second vehicle data bus (2) is connected respectively with palmtop PC (3), mobile phone (4), MP3 (5).
6. a kind of vehicle-mounted wireless charging device according to claim 1 is characterized in that: described vehicle-mounted wireless charging device (7) is installed in the operating platform (8) of automotive interior and goes up and tail gate handrail interior (13).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202892142U CN201860177U (en) | 2010-08-06 | 2010-08-06 | Vehicle-mounted wireless charging device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010202892142U CN201860177U (en) | 2010-08-06 | 2010-08-06 | Vehicle-mounted wireless charging device |
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| CN201860177U true CN201860177U (en) | 2011-06-08 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101902062A (en) * | 2010-08-06 | 2010-12-01 | 武汉中原电子集团有限公司 | Vehicle-mounted wireless charging device |
| CN103051015A (en) * | 2011-08-12 | 2013-04-17 | 通用汽车环球科技运作有限责任公司 | Wireless battery charging apparatus mounted in a vehcle designed to reduce electromagnetic interference |
| CN104283238A (en) * | 2013-07-01 | 2015-01-14 | 比亚迪股份有限公司 | On-automobile wireless charging system for mobile terminal |
| CN105835724A (en) * | 2016-03-21 | 2016-08-10 | 哈尔滨工业大学 | n-shaped power supply rail applied to dynamic wireless power supply of mobile equipment |
-
2010
- 2010-08-06 CN CN2010202892142U patent/CN201860177U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101902062A (en) * | 2010-08-06 | 2010-12-01 | 武汉中原电子集团有限公司 | Vehicle-mounted wireless charging device |
| CN103051015A (en) * | 2011-08-12 | 2013-04-17 | 通用汽车环球科技运作有限责任公司 | Wireless battery charging apparatus mounted in a vehcle designed to reduce electromagnetic interference |
| CN104283238A (en) * | 2013-07-01 | 2015-01-14 | 比亚迪股份有限公司 | On-automobile wireless charging system for mobile terminal |
| CN104283238B (en) * | 2013-07-01 | 2017-11-17 | 比亚迪股份有限公司 | Onboard wireless charging system for mobile terminal |
| CN105835724A (en) * | 2016-03-21 | 2016-08-10 | 哈尔滨工业大学 | n-shaped power supply rail applied to dynamic wireless power supply of mobile equipment |
| CN105835724B (en) * | 2016-03-21 | 2018-11-02 | 哈尔滨工业大学 | N-shaped power supply rail applied to the power supply of mobile device dynamic radio |
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