CN103200299B - Wireless data synchronized wireless charging base, display device and wireless charging method - Google Patents
Wireless data synchronized wireless charging base, display device and wireless charging method Download PDFInfo
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Abstract
The invention discloses a wireless data synchronized wireless charging base which is connected with a computer host to carry out wireless charging and wireless synchronization on a plurality of mobile devices. The wireless charging base comprises a wireless charging module, a wireless synchronizing module and a processing module. The wireless charging module is used for charging the mobile devices wirelessly, the wireless synchronizing module is used for transmitting data wirelessly to the mobile devices, and the processing module is used for judging whether the running devices are within a charging range or not and whether the running devices are in a full-energy state or not and allowing one charging current to start charging according to an identification code and the electric quantity information of the mobile devices, then the processing module is used for judging whether the computer host and the mobile devices satisfy a synchronizing condition or not, if the computer main and the running devices satisfy the synchronizing condition, synchronizing is carried out.
Description
Technical field
The present invention relates to a kind of wireless charging pedestal, display device and wireless charging method, particularly relate to wireless charging pedestal, display device and wireless charging method that a kind of wireless data is synchronous.
Background technology
Now, the universal of running gear (as: personal digital assistant, intelligent mobile phone, flat computer etc.) brings user great convenience, all running gears are mainly with the energy needed for battery supplied running, therefore, when running gear is brought back dwelling or office, usual needs charge, also need the computer installation (as: personal computer, notebook computer etc.) larger with volume online in addition, new data produced separately during both not connected, synchronously increases newly in running gear and computer installation.
Most electric equipment products all use Wire connection plug seat to obtain the energy needed for running, for running gear, the running gear of each label all has exclusive charging electric wire, usually cannot share each other, if the electric wire of charging is lost, also can only again purchase.Therefore, wireless charging becomes the emphasis of manufacturer's exploitation now.The operation principle of wireless charging utilizes law of physics " faraday electromagnetic induction ", magnetic field is produced after electric current is by the primary coil of a feeder ear, and magnetic field across a suitable distance to the secondary coil coating-forming voltage of a charging end and generation current, had electric current just can charge.When all running gears adopt uniform wireless charging specification, namely above problem achieves a solution.
Data syn-chronization is a key character of running gear, and the file carried with as same, the data in personal computer can be sent on running gear, to consult at any time or to use.And data newly-increased in time going out on device in action, also oppositely can pass personal computer back.Although both cannot synchronized update data in real time, as long as user connects both, data just can synchronized update.At present, synchrodata has been not limited to use transmission line, utilizes the wireless communication technology such as bluetooth or wireless network, also wirelessly can transmit data, reach synchronous effect.But it should be noted that, if when utilizing wireless technology to carry out data syn-chronization, if do not provide the electric power of running gear abundance simultaneously, data syn-chronization is usually caused not yet to complete, the electric power of running gear is just not enough and automatic shutdown or dormancy, causes failure of data synchronization.
As mentioned above, although wireless charging and the synchronous technology of wireless data have reached its maturity and have started to be applied on running gear, but on the other hand, user also gradually starts to have multiple running gear, how side by side new problem to be become to multiple running gear charging and data syn-chronization, therefore, be necessary to seek solution.
Summary of the invention
The first object of the present invention is the wireless charging pedestal providing a kind of wireless data synchronous.
The wireless charging pedestal that wireless data of the present invention is synchronous, be applicable to support one display, and connect the main frame of storage one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, and this wireless charging pedestal comprises a wireless charging module, a wireless synchronization module and a processing module.This wireless charging module is used for wirelessly charging to described running gear, and comprises the identification receiving element that can read the identification module of described running gear, to obtain described cognizance code and described information about power.This wireless synchronization module controls, for wirelessly transmitting data with described running gear for this main frame.This processing module, connects this wireless charging module and this wireless synchronization module.This processing module detects the cognizance code of the identification module of each this action device and information about power to judge each this action device whether in a chargeable range and whether as a full power state by the identification receiving element of this wireless charging module, in addition, from many group charging currents, a charging current is determined according to each this cognizance code, charging is started by this wireless charging module, then, this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device, if meet this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
The wireless charging pedestal that wireless data of the present invention is synchronous, also comprise the input module of this processing module of connection, for generation of signal at the beginning, start signal when processing module detects this, just start cognizance code and the information about power of detecting each this action device.
The wireless charging pedestal that wireless data of the present invention is synchronous, this processing module reads the information about power of the identification module of each this action device constantly by the identification receiving element of this wireless charging module, to determine whether continue charging.
The second object of the present invention is the wireless charging method providing a kind of wireless data synchronous.
The wireless charging method that wireless data of the present invention is synchronous, it is the wireless charging pedestal that use one comprises a processing module, a wireless charging module, a wireless synchronization module, connect the main frame that stores one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, this wireless charging module is used for wirelessly charging to described running gear, and comprises the identification receiving element that can read the identification module of described running gear; This wireless charging method comprises the following step: (a) this processing module detects the cognizance code of the identification module of described running gear by the identification receiving element of this wireless charging module, to have determined whether that described running gear is in a chargeable range.If b () has described running gear in this chargeable range, then this processing module detects the information about power of the identification module of each this action device by the identification receiving element of this wireless charging module, to judge that whether the electricity of each this action device is as a full power state.If c the information about power of () wherein running gear is not this full power state, then this processing module determines wherein charging a charging current according to the cognizance code of this action device from many group charging currents.D () this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device.If e () meets this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
The wireless charging method that wireless data of the present invention is synchronous, before this (a) step, also comprise a step (f), this processing module judges whether an input module produces signal at the beginning, and in this (a) step, if this input module produces start signal, then this processing module starts to have determined whether that described running gear is in this chargeable range.
The third object of the present invention is the wireless charging display device providing a kind of wireless data synchronous.
The wireless charging display device that wireless data of the present invention is synchronous, connect the main frame that stores one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, and this wireless charging display device comprises: a display part and a base portion.This display part comprises one for showing the display screen of the picture of this main frame.This base portion is mounted on this display part, and comprises a wireless charging module, a wireless synchronization module and a processing module.This wireless charging module is used for wirelessly charging to described running gear, and has the identification receiving element that can read the identification module of described running gear, to obtain described cognizance code and described information about power.This wireless synchronization module controls, for wirelessly transmitting data with described running gear for this main frame.This processing module connects this wireless charging module and this wireless synchronization module.This processing module detects the cognizance code of the identification module of each this action device and information about power to judge each this action device whether in a chargeable range and whether as a full power state by the identification receiving element of this wireless charging module, in addition, from many group charging currents, a charging current is determined according to each this cognizance code, charging is started by this wireless charging module, then, this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device, if meet this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
The wireless charging display device that wireless data of the present invention is synchronous, this base portion also comprises the input module of this processing module of connection, for generation of signal at the beginning, start signal when processing module detects this, just start cognizance code and the information about power of detecting each this action device.
The wireless charging display device that wireless data of the present invention is synchronous, the processing module of this base portion reads the information about power of the identification module of each this action device constantly by the identification receiving element of this wireless charging module, to determine whether continue charging.
The wireless charging display device that wireless data of the present invention is synchronous, the processing module of this base portion performs a status bar table, the cognizance code of each this action device detected and information about power converge whole in this status bar table by this processing module, and are shown in the display screen of this display part.
Beneficial effect of the present invention is: provide multiple running gear when data syn-chronization, wireless charging simultaneously, if be combined with display device, can also be apt to the susceptor space with display device, and relevant information can be seen on the screen of a display device, become the optimal bus stop of running gear.
Accompanying drawing explanation
Fig. 1 is a device schematic diagram, and the use aspect of the wireless charging pedestal that wireless data of the present invention is synchronous is described;
Fig. 2 is a system block diagrams, and the preferred embodiment of the wireless charging pedestal that wireless data of the present invention is synchronous is described;
Fig. 3 is a process block diagram, and the preferred embodiment of the wireless charging method that wireless data of the present invention is synchronous is described;
Fig. 4 is a system block diagrams, and the preferred embodiment of the wireless charging display device that wireless data of the present invention is synchronous is described;
Fig. 5 is a device schematic diagram, and a status bar table of this preferred embodiment is described;
Fig. 6 is a process block diagram, and the wireless charging method of this preferred embodiment is described.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
Consult Fig. 1,2, the preferred embodiment of the wireless charging pedestal that wireless data of the present invention is synchronous, be applicable to support one display 7, and connect execution one first synchronization program and store the main frame 1 of one first data, with simultaneously to multiple running gear 2 wireless charging and wireless synchronization.In this preferred embodiment, these first data are address book information, but are not limited thereto, and also can be music archive, photo archive, application program update archives etc.This first synchronization program is that described running gear 2 is a personal digital assistant, an intelligent mobile phone and a flat computer in this preferred embodiment, but is not limited thereto for being in due course by this first data transmission to described running gear 2.
Each running gear 2 comprises the identification module 21 that has a cognizance code and an information about power, and performs one second synchronization program and store one second data.In this preferred embodiment, this identification module 21 is a RFID tag (Radio Frequency IdentificationTag, RFID Tag), and cognizance code and information about power are then stored in RFID tag.The purposes of cognizance code utilizes one group of data, judge why are charging current needed for this action device 2 and charging voltage for wireless charging module 31, but be not limited to this, cognizance code also can be extended for the information directly storing charging current and charging voltage, identifies for wireless charging module 31.Information about power is then the current battery dump energy of this action device 2, the important evidence whether this information charges for providing wireless charging module 31.
Each running gear 2 also comprises a secondary coil (not shown), when applying magnetic force to this secondary coil, will drive secondary coil generation current, for charging to the battery in running gear 2.In addition, in this preferred embodiment, each running gear 2 is equipped with existing bluetooth (Bluetooth) transport module, its object is to wirelessly transmit data.
This wireless charging pedestal comprises wireless charging module 31, wireless synchronization module 32, input module 33, and a processing module 34.
This wireless charging module 31 is the computer hardwares adopting existing wireless charging technology, comprise and organize primary coil more, when described primary coil energising, can magnetic field be produced, drive the secondary coil generation current of running gear 2, reach wirelessly to the effect that described running gear 2 charges.This wireless charging module 31 comprises an identification receiving element 311, for being connected with the identification module 21 of described running gear 2, obtains corresponding cognizance code and information about power.In this preferred embodiment, this identification receiving element 311 is a RFID reader (RFID Reader).This wireless charging module 31 needs the main purpose obtaining cognizance code to be obtain required voltage and electric current when each running gear 2 charges, when wireless charging, if impose incorrect electric current to running gear 2, light then cannot charge or charging rate slow, heavy, charge circuit and the battery of running gear 2 may be damaged.Carry out the different charging setting of identification by cognizance code, wireless charging module 31 could be allowed with correct current charges.Information about power then provides this wireless charging module 31 whether to continue the important evidence of charging, avoid the overcharging charge circuit and cell damage that cause running gear 2.
This wireless synchronization module 32 controls for the first synchronization program of this main frame 1, for being wirelessly connected with described running gear 2, in this preferred embodiment, this wireless synchronization module 32 uses Bluetooth transmission protocol be connected with the Bluetooth communication modules of described running gear 2 and transmit data.Must be noted that according to current Bluetooth transmission protocol, concurrent connections seven blue-tooth devices can be supported and transmit data.This wireless synchronization module 32 and corresponding running gear 2 are not limited to use Bluetooth transmission protocol, also can adopt as wireless transmission protocols such as infrared ray, WLAN (Wireless LAN) and ZigBee according to practical service environment, but be not limited thereto.
This input module 33 comprises a button in this preferred embodiment, can be also knob, driving lever etc., but be not limited thereto.This input module 33 produces signal at the beginning after user presses, and allows the function of wireless charging module 31 and wireless synchronization module 32 come into operation.
This processing module 34 connects wireless charging module 31, wireless synchronization module 32 and input module 33, is a mainboard in this preferred embodiment.If this processing module 34 judges the beginning signal to this input module 33, then start the function of wireless charging module 31 and wireless synchronization module 32.
This processing module 34 detects cognizance code and the information about power of the identification module 21 of each running gear 2 by the identification receiving element 311 of this wireless charging module 31, to judge each running gear 2 whether in a chargeable range and whether as a full power state, in this preferred embodiment, wireless charging module 31 be utilize RFID reader to judge whether the RFID tag of running gear 2 in chargeable range, as 10 centimetres, and possess the function of storage due to RFID tag, therefore in the information about power that running gear 2 is current is also stored in, for RFID reader access.
According to cognizance code, processing module 34 determines the charging current of applicable this action device 2 from many group charging currents, is started with the secondary coil of magnetic drive running gear 2 by the primary coil of this wireless charging module 31 to charge.Must be noted that processing module 34 reads the information about power of the identification module 21 of each running gear 2 constantly by the identification receiving element 311 of this wireless charging module 31, to determine whether continue charging.
This processing module 34 is by this wireless synchronization module 32 each running gear 2 online, make the second synchronization program of the first synchronization program of this main frame 1 each running gear 2 online, judge whether each running gear 2 meets a synchronous condition to provide this first synchronization program according to the first data of this main frame 1 and the second data of each running gear 2.This synchronous condition is a common synchronization means, namely judges after the final updating time, the first data of main frame 1 or the second data whichever of running gear 2 newer.Such as, if the first data to be synchronized and the second data are address book data, then be updated to running gear 2 by after the final updating time in the address book project that main frame 1 is newly-increased, on the contrary, the address book project that after the final updating time, device 2 is newly-increased is in action updated to main frame 1, after above release, namely complete synchronization job.
If this first synchronization program is judged as meeting this synchronous condition, then this processing module 34 provides this first synchronization program to carry out synchronously described running gear 2 by this wireless synchronization module 32.Should be noted that, because wireless synchronization module 32 provides transmission channel when described running gear 2 carries out synchronous, with this preferred embodiment, even if this main frame 1 is not equipped with Bluetooth communication modules originally, but utilize the wireless synchronization module 32 of this employing Bluetooth transmission protocol, also can be successfully synchronous to all running gears 2.
Consult Fig. 1,2,3, the wireless charging method that wireless data of the present invention is synchronous, performed by above-mentioned wireless charging pedestal, this wireless charging pedestal connects one and performs one first synchronization program and store the main frame 1 of one first data, with simultaneously to multiple running gear 2 wireless charging and wireless synchronization, each running gear 2 comprises one to be had the identification module 21 of a cognizance code and an information about power and performs one second synchronization program and store one second data.This wireless charging method comprises the following step:
First, as shown in step 51, the processing module 34 of this wireless charging pedestal is in holding state, and wireless charging module 31 and wireless synchronization module 32 all do not start.
Then, as shown in step 52, this processing module 34 judges whether input module 33 produces beginning signal, when user triggers the button of input module 33 as shown in Figure 1, then input module 33 produces and starts signal, and this wireless charging module 31 and this wireless synchronization module 32 all start and come into operation, on the contrary, then as shown in step 51, continue to maintain holding state.
Then, as indicated by step 53, if this input module 33 produces start signal, processing module 34 detects the cognizance code of the identification module 21 of described running gear 2 by the identification receiving element 311 of wireless charging module 31, to have determined whether that described running gear 2 is in chargeable range.As previously mentioned, identify receiving element 311 be utilize RFID reader to judge the RFID tag of this action device 2 is to judge described running gear 2 whether in chargeable range.
Moreover, if have described running gear 2 in this chargeable range, as shown at 54, then this processing module 34 detects the information about power of each running gear 2 by the identification receiving element 311 of this wireless charging module 31, to judge that whether the electricity of each running gear 2 is as full power state.If the electricity of arbitrary running gear 2 is not full power state, then as indicated by step 55, this processing module 34 judges the cognizance code of this action device 2 by the identification receiving element 311 of this wireless charging module 31, and charging determining a charging current according to this cognizance code from many group charging currents.
Then, as shown in step 56, this processing module 34 is by this wireless synchronization module 32 each running gear 2 online, make the second synchronization program of the first synchronization program of this main frame 1 each running gear 2 online, judge whether described running gear 2 meets synchronous condition to provide this first synchronization program according to the first data of this main frame 1 and the second data of each running gear 2.If described running gear 2 meets synchronous condition, then as indicated by a step 57, this processing module 34 provides this first synchronization program to carry out synchronously described running gear 2 and this main frame 1 by this wireless synchronization module 32.
Get back to shown in step 54, if wherein the electricity of a running gear 2 is full power state, then as shown in step 56, according to the first data of this main frame 1 and the second data of each running gear 2, this processing module 34, by the online this action device 2 of this wireless synchronization module 32, judges whether each running gear 2 meets a synchronous condition to provide the first synchronization program of this main frame 1.Should be noted that, this processing module 34 judges the electricity of each running gear 2 by the identification receiving element 311 of this wireless charging module 31, and according to its full electricity or the state less than electricity, determine whether to take corresponding step 55 for each running gear 2 respectively.
Consult Fig. 4,5, the preferred embodiment of the wireless charging display device that wireless data of the present invention is synchronous, based on above-mentioned wireless charging pedestal, therefore same, this wireless charging display device connects one and performs one first synchronization program and store the main frame 1 of one first data, with simultaneously to multiple running gear 2 wireless charging and wireless synchronization, each running gear 2 comprises the identification module 21 that has a cognizance code and an information about power, and performs one second synchronization program and store one second data.This wireless charging display device comprises: display part 41 and a base portion 42.In this preferred embodiment, this wireless charging display device is TV (Television), monitor (Monitor), liquid crystal display (the LiquidCrystal Display that can connect main frame 1, LCD) etc., or integrate machine personal computer (All-in-One PC) with this main frame 1, but be not limited to this.
This display part 41 comprises one for showing the display screen 411 of the picture of this main frame 1.
This base portion 42 is mounted on the below of this display part 41, comprise wireless charging module 31, wireless synchronization module 32, input module 33 and its function of processing module 34 identical with aforementioned wireless charging pedestal of the present invention haply, but unlike, this base portion 42 also comprises a state display switch 35.
In this preferred embodiment, base portion 42 end face as shown in Figure 5 can place described running gear 2, properly uses desk-top space.This processing module 34 also performs a status bar table 412, is detected cognizance code and the information about power of each running gear 2 by the identification receiving element 311 of this wireless charging module 31, and Jiang Qihui is whole in this status bar table 412.When this state display switch 35 of user operation, then this status bar table 412 is presented in the display screen 411 of display part 41 in the mode of screen display (On ScreenDisplay, OSD), and person easy to use knows the information that charging is relevant in real time.
Consult Fig. 4, 5, 6, the charging method of this preferred embodiment is similar to the wireless charging method of aforesaid wireless charging pedestal, its step 61, step 62, step 63, step 64, step 51 in the wireless charging method of step 66 and step 67 and this wireless charging pedestal, step 52, step 53, step 54, step 56 and step 57 identical, but difference place as shown at step 65, when processing module 34 detects the cognizance code of running gear 2, after determining that wherein a charging current starts charging, this status bar table 412 can be shown in the display screen 411 of this display part 41 momently, a reminding user wherein running gear 2 is starting charging.In addition, when this state display switch 35 of user operation, then this status bar table 412 equally can be presented in the display screen 411 of display part 41, grasps the progress of charging for user.
From illustrating above, the present invention applies existing wireless charging and wireless synchronization is also integrated, and has following effect:
The electrical problems of running gear 2 is confirmed in advance before wireless synchronization, electricity hypodynamic problem during to solve running gear 2 wireless synchronization, in addition, the present invention also can support multi-section running gear 2, and be combined with the display device that main frame 1 must be arranged in pairs or groups, save space and can supervise state on display screen 411 again, so really object of the present invention can be reached.
Claims (9)
1. the wireless charging pedestal that a wireless data is synchronous, be applicable to support one display, and connect the main frame of storage one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, it is characterized in that, this wireless charging pedestal comprises:
One wireless charging module, for wirelessly charging to described running gear, and comprises the identification receiving element that can read the identification module of described running gear, to obtain described cognizance code and described information about power;
One wireless synchronization module, controls, for wirelessly transmitting data with described running gear for this main frame; And
One processing module, connects this wireless charging module and this wireless synchronization module;
This processing module detects the cognizance code of the identification module of each this action device and information about power to judge each this action device whether in a chargeable range and whether as a full power state by the identification receiving element of this wireless charging module, in addition, from many group charging currents, a charging current is determined according to each this cognizance code, charging is started by this wireless charging module, then, this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device, if meet this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
2. the wireless charging pedestal that wireless data according to claim 1 is synchronous, it is characterized in that: the synchronous wireless charging pedestal of this wireless data also comprises the input module of this processing module of connection, for generation of signal at the beginning, start signal when processing module detects this, just start cognizance code and the information about power of detecting each this action device.
3. the wireless charging pedestal that wireless data according to claim 1 is synchronous, it is characterized in that: the processing module of this wireless charging pedestal reads the information about power of the identification module of each this action device constantly by the identification receiving element of this wireless charging module, to determine whether continue charging.
4. the wireless charging method that a wireless data is synchronous, it is the wireless charging pedestal that use one comprises a processing module, a wireless charging module, a wireless synchronization module, connect the main frame that stores one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, this wireless charging module is used for wirelessly charging to described running gear, and comprises the identification receiving element that can read the identification module of described running gear; It is characterized in that: this wireless charging method comprises the following step:
A () this processing module detects the cognizance code of the identification module of described running gear by the identification receiving element of this wireless charging module, to have determined whether that described running gear is in a chargeable range;
If b () has described running gear in this chargeable range, then this processing module detects the information about power of the identification module of each this action device by the identification receiving element of this wireless charging module, to judge that whether the electricity of each this action device is as a full power state;
If c the information about power of () wherein running gear is not this full power state, then this processing module determines wherein charging a charging current according to the cognizance code of this action device from many group charging currents;
D () this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device; And
If e () meets this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
5. the wireless charging method that wireless data according to claim 4 is synchronous, it is characterized in that: before this (a) step, also comprise a step (f), this processing module judges whether an input module produces signal at the beginning, and in this (a) step, if this input module produces start signal, then this processing module starts to have determined whether that described running gear is in this chargeable range.
6. the wireless charging display device that a wireless data is synchronous, connect the main frame that stores one first data, with simultaneously to multiple running gear wireless charging and wireless synchronization, each this action device comprises one to be had the identification module of a cognizance code and an information about power and stores one second data, it is characterized in that, this wireless charging display device comprises:
One display part, comprises one for showing the display screen of the picture of this main frame; And
One base portion, is mounted on this display part, comprises,
One wireless charging module, for wirelessly charging to described running gear, and has the identification receiving element that can read the identification module of described running gear, to obtain described cognizance code and described information about power,
One wireless synchronization module, controls for this main frame, for wirelessly transmitting data with described running gear, and
One processing module, connects this wireless charging module and this wireless synchronization module;
This processing module detects the cognizance code of the identification module of each this action device and information about power to judge each this action device whether in a chargeable range and whether as a full power state by the identification receiving element of this wireless charging module, in addition, from many group charging currents, a charging current is determined according to each this cognizance code, charging is started by this wireless charging module, then, this processing module is by the online each this action device of this wireless synchronization module, make the online each this action device of this main frame, judge whether each this action device meets a synchronous condition to provide the second data of first data of this main frame according to this main frame and each this action device, if meet this synchronous condition, then this processing module provides this main frame and each this action device to carry out synchronously by this wireless synchronization module.
7. the wireless charging display device that wireless data according to claim 6 is synchronous, it is characterized in that: this base portion also comprises the input module of this processing module of connection, for generation of signal at the beginning, start signal when processing module detects this, just start cognizance code and the information about power of detecting each this action device.
8. the wireless charging display device that wireless data according to claim 6 is synchronous, it is characterized in that: the processing module of this base portion reads the information about power of the identification module of each this action device constantly by the identification receiving element of this wireless charging module, to determine whether continue charging.
9. the wireless charging display device that wireless data according to claim 6 is synchronous, it is characterized in that: the processing module of this base portion performs a status bar table, the cognizance code of each this action device detected and information about power converge whole in this status bar table by this processing module, and are shown in the display screen of this display part.
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| CN104682465B (en) * | 2013-11-29 | 2017-04-05 | 英业达科技有限公司 | Wireless charging device and method |
| CN109344597B (en) * | 2015-04-28 | 2022-04-26 | 宏碁股份有限公司 | Device pairing authentication method and computer system applying same |
| CN105550061A (en) * | 2015-12-02 | 2016-05-04 | 杭州禾声科技有限公司 | Wireless charging and data storing device |
| CN106936475B (en) * | 2015-12-31 | 2020-10-20 | 无锡华润矽科微电子有限公司 | One-to-many wireless charging communication method |
| KR20180092391A (en) * | 2017-02-09 | 2018-08-20 | 삼성전자주식회사 | Display apparatus, display system comprising the apparatus and driving methods thereof |
| CN109256821B (en) * | 2017-07-13 | 2023-01-24 | 富士康(昆山)电脑接插件有限公司 | Multifunctional wireless charging system and data transmission method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102257696A (en) * | 2009-02-11 | 2011-11-23 | 高通股份有限公司 | Wireless power and data transfer for electronic devices |
| CN102270872A (en) * | 2010-06-03 | 2011-12-07 | 富达通科技股份有限公司 | Method for identifying photoinduction-type charger |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102257696A (en) * | 2009-02-11 | 2011-11-23 | 高通股份有限公司 | Wireless power and data transfer for electronic devices |
| CN102270872A (en) * | 2010-06-03 | 2011-12-07 | 富达通科技股份有限公司 | Method for identifying photoinduction-type charger |
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