CN102123522A - Data transmission method and electronic devices thereof - Google Patents
Data transmission method and electronic devices thereof Download PDFInfo
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- CN102123522A CN102123522A CN2010100035303A CN201010003530A CN102123522A CN 102123522 A CN102123522 A CN 102123522A CN 2010100035303 A CN2010100035303 A CN 2010100035303A CN 201010003530 A CN201010003530 A CN 201010003530A CN 102123522 A CN102123522 A CN 102123522A
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Abstract
The embodiment of the invention provides a data transmission method and electronic devices thereof. The data transmission method is used for transmitting data of a local end electronic device to a far end electronic device. The method comprises the following steps of: firstly, selecting the data from the local end electronic device; secondly, generating a direction signal by using the local end electronic device, wherein the direction signal is used for indicating the direction in which the data is transmitted, and the direction in which the data is transmitted corresponds to the direction of the far end electronic device; and finally, transmitting electromagnetic waves in the direction in which the data is transmitted represented by the direction signal by the local end electronic device so as to transmit the data.
Description
Technical field
The present invention relates to a kind of data transmission method, and be particularly related to a kind of data transmission method easy to use and electronic installation thereof.
Background technology
Transfer files is a kind of common action between electronic installation, and the user may upload to the far-end electronic installation with the file of local terminal electronic installation by network, and for example the photograph that mobile phone is photographed is transferred in the personal computer.Yet, when carrying out file transfer, the user must select it will place the remote location of file, the Internet protocol network address (Internet Protocoladdress, IP address) of for example selecting computer is " 10.36.141.235's " the data folder of " C: Temp RemoteFile ".
Yet this action of " selection will be placed the remote location of file " has two trouble parts to the user.Trouble person of being to use may must click several times the subdata folder just can choose the position that will place file, this action can allow the user feel miscellaneous, another trouble is to select the far-end electronic installation that will deposit this moves not intuition, can allow the user feel confused.The envoy can choose pairing far-end electronic installation with the network address that must know pairing far-end electronic installation.For example local computer can be attached to the far-end computer more than two, its IP network location is respectively " 10.36.141.235 " and " 10.36.141.240 ", though the user knows this two positions of far-end computer on real space, but because of not knowing this two the pairing IP network of far-end computer locations, and file might be misinformated.
Prior art can allow the user by wireless or wired far-end electronic installation that is wired to, but the setting of this line can also be stored except setting access power.For example operating system can be pressed from both sides to the remote data that this machine have access right according to the setting and the password automatic connecting of storage when personal computer is started shooting.Though line can be established automatically, the user still must must select certain subdata folder of certain far-end electronic installation in the time of will doing the file transmission.In sum, above-mentioned document transmission method be all because must select the data folder of far-end electronic installation by the user, thereby causes the user in operational inconvenience.
Summary of the invention
Illustrative example of the present invention provides a kind of data transmission method, and this data transmission method is used for the data of local terminal electronic installation are sent to the far-end electronic installation.At first, select data from the local terminal electronic installation.Then, use the local terminal electronic installation to produce direction signal, wherein direction signal send direction in order to the tendency to develop of expression data, and the tendency to develop of these data to send direction be the direction that corresponds to the far-end electronic installation.Afterwards, the local terminal electronic installation send direction to transmit electromagnetic wave towards the tendency to develop of direction signal representative, to transmit data by this.
Illustrative example of the present invention provides a kind of electronic installation, and this electronic installation is in order to transmit its data to the far-end electronic installation.This electronic installation comprises link module, user's interactive module, signal transmitting and receiving module and control unit.Link module is weighed with the data access of setting up to each other with so that electronic installation and far-end electronic installation link.User's interactive module is in order to the mode of operation according to the user, selects data and produces direction signal, and wherein direction signal is in order to the direction of transfer of expression data, and the direction of transfer of data is corresponding to the direction of far-end electronic installation.The signal transmitting and receiving module is in order to send data and to receive the transmission electromagnetic wave, to transmit data between electronic installation and far-end electronic installation.Control unit is in order to control link module and receive direction signal, and wherein control unit is according to the direction of transfer transmission electromagnetic wave of direction signal control signal transceiver module towards the direction signal representative, to transmit data by this.
Based on above-mentioned, the data transmission method that illustrative example of the present invention provided and its electronic installation can allow and data be sent to the far-end electronic installation easy to usely, and do not need to know the interconnected network address or the bluetooth recognition sign indicating number of far-end electronic installation.As long as the user is according to the direction of far-end electronic installation in real world, just can be in electronic installation selected data, and data are transmitted the far-end electronic installation of specified direction.In addition, the user more need be when the transmission data, and the file of manually specifying the far-end electronic installation to deposit file is deposited the path.Therefore, data transmission method that illustrative example of the present invention provided and electronic installation thereof have the convenience of certain degree to the user.
For above-mentioned feature and advantage of the present invention can be become apparent, illustrative example cited below particularly, and conjunction with figs. is described in detail below.
Description of drawings
Figure 1A is the data transmission method schematic diagram that illustrative example of the present invention provides.
Figure 1B is the data transmission method schematic diagram that another illustrative example of the present invention provides.
Fig. 1 C is the data transmission method schematic diagram that another illustrative example of the present invention provides.
Fig. 2 is the system block diagrams of the electronic installation 30 that provides of illustrative example of the present invention.
Fig. 3 is the system block diagrams of the electromagnetic wave transmitter module 40 that provides of illustrative example of the present invention.
Fig. 4 is that the electronic installation 50 that illustrative example of the present invention provides transmits the schematic diagram of data to electronic installation 20.
Fig. 5 is the flow chart of the data transmission method that provides of illustrative example of the present invention.
Fig. 6 is the data transmission method schematic diagram that another illustrative example of the present invention provides.
Fig. 7 is the data transmission method schematic diagram that another illustrative example of the present invention provides.
Fig. 8 is the flow chart of the data transmission method that provides of another illustrative example of the present invention.
[main element symbol description]
10,20,40,50,60,70: electronic installation
101: rocking bar
102,502: screen
103,503: file
S, 40, S1～S4: electromagnetic wave transmitter module
R: electromagnetic wave receiver module
D: direction signal is represented direction
θ: irradiation of electromagnetic waves angle
31: link module
311: the path buffer
32: control unit
33: the signal transmitting and receiving module
331: receiver module
332: transmitter module
341: shake module
342: the rocking bar module
343: touch-control module
400: the antenna control chip
401～408: oriented antenna
S501～S503, S801～S808: steps flow chart
Embodiment
For the user of electronic installation, if transmission during data, can directly transmit data toward the direction that will receive the far-end electronic installation of data, so action will come conveniently to the user.In other words, the user does not need to know the interconnected network address of far-end electronic installation or bluetooth recognition sign indicating number etc., and the file that does not also need the far-end electronic installation manually is set is deposited path etc.
Please refer to Figure 1A, Figure 1A is the data transmission method schematic diagram that illustrative example of the present invention provides.Suppose the employed local terminal electronic installation of electronic installation 10 persons of being to use, electronic installation 20 is the far-end electronic installations that will receive data, when the data that will transmit local terminal electronic installation 10 as the user are given far-end electronic installation 20, the user needs only the direction D whipping of local terminal electronic installation 10 past far-end electronic installations 20, swings or shake, and just can smoothly transfer of data to the file of far-end electronic installation 20 be deposited under the path.
The transmitter module of local terminal electronic installation 10 has electromagnetic wave transmitter module S, and this electromagnetic wave transmitter module S can produce toward the electromagnetic wave of direction D emission, to carry out transfer of data by this according to direction D.Wherein the irradiation of electromagnetic waves angle is the θ degree, and the angle of radiation angle is restriction not, and the selection of its angle can design according to the demand of cost and accuracy, but in general angle should not be too big or too little.The receiver module of far-end electronic installation 20 has electromagnetic wave receiver module R, and electromagnetic wave receiver module R is in order to receive 10 electromagnetic waves of being launched toward direction D of local terminal electronic installation, to receive data by this, set binding or to check whether will receive data etc.
In addition, local terminal electronic installation 10 can transmit binding information and return information by the binding that configures with far-end electronic installation 20 and come the above-mentioned file of automatic setting to deposit the path, or it can be that the file of presetting is deposited the path that above-mentioned file is deposited the path.In sum, the user need not import or select internet address, bluetooth recognition sign indicating number or other similar information of far-end electronic installation 20 once more, simultaneously, user's file of also not needing far-end electronic installation 20 all will manually be set when each transmission data is deposited the path.
Then please refer to Figure 1B and Fig. 1 C, Figure 1B is the data transmission method schematic diagram that another illustrative example of the present invention provides, and Fig. 1 C is the data transmission method schematic diagram that another illustrative example of the present invention provides.If the local terminal electronic installation 10 of Figure 1A by the user to local terminal electronic installation 10 toward direction D whippings, swing or shake and transmit data and give far-end electronic installation 20 at its direction D, Figure 1B and 1C have then provided other two kinds and have informed that local terminal electronic installation 10 transmits the mode of data to the far-end electronic installation 20 of its direction D.
In Figure 1B, local terminal electronic installation 10 has rocking bar 101, and the user can promote toward direction D rocking bar 100, so that local terminal electronic installation 10 can transmit data to the far-end electronic installation 20 at its direction D.In Fig. 1 C, the screen 102 of local terminal electronic installation 10 is a Touch Screen, and the user can utilize the mode of touch-control with data, and for example file 103, past direction D slides apace or pulls, so that local terminal electronic installation 10 can transmit data to the far-end electronic installation 20 at its direction D.In addition, Touch Screen 102 also can demonstrate the virtual direction button, the user can Touch Screen one of them of 102 shown virtual direction buttons, just can assigned direction D, then, local terminal electronic installation 10 just can transmit data to the far-end electronic installation 20 at its direction D.
What deserves to be explained is, though above-mentionedly illustrate how to inform that local terminal electronic installation 10 transmits data and gives far-end electronic installation 20 at its direction D, the present invention is not limited to this with several illustrative example.The voice signal that local terminal electronic installation 10 can also the identification user be used transmits data and gives far-end electronic installation 20 at its direction D, for example the user says the voice of " northeast " two words, and local terminal electronic installation 10 just can transmit data to the far-end electronic installation 20 in its northeastward.Local terminal electronic installation 10 also can have the direction button of the direction represented, the user can push these direction buttons one of them come assigned direction D, thus, local terminal electronic installation 10 just can transmit data and give far-end electronic installation 20 at its direction D.In addition, the above-mentioned data that will transmit can be a file, a plurality of file or crossfire signal etc.
Then, please refer to Fig. 2, Fig. 2 is the system block diagrams of the electronic installation 30 that provides of illustrative example of the present invention.Electronic installation 30 is when transmitting data, and it is the local terminal electronic installation, and electronic installation 30 is when receiving data, and it is the far-end electronic installation.Electronic installation 30 comprises link module 31, control unit 32, signal transmitting and receiving module 33 and user's interactive module 34.Electronic installation 30 itself can be that pen an electricity, personal computer, mobile phone or other have the electronic installation of communication function, therefore, and the electronic installation 30 of Fig. 2 even may comprise elements such as keyboard, button, mouse, Trackpad, screen and drafting card.In brief, the electronic installation 30 of Fig. 2 only is an illustrative example, is not in order to limit the present invention.
When electronic installation 30 is local terminal electronic installations, and will transmit data to the far-end electronic installation time, its link module 31 can make electronic installation 30 and far-end electronic installation link, to set up data access power to each other.Wherein link module 31 also has path memory 311, deposit the path in order to storage and a plurality of files of the far-end electronic installation of its binding, link module 31 can from a plurality of files that path memory 311 is stored deposit Path selection one of them, and will choose file and deposit the file that the path is made as far-end electronic installation store data and deposit the path.With the Ethernet is example, link module 31 can link by router with the far-end electronic installation, and router respectively distributes an Internet protocol network address to give electronic installation 30 and far-end electronic installation respectively, and link module 31 is set up electronic installation 30 and far-end electronic installation data access power to each other by router and above-mentioned a plurality of Internet protocol network address.Be example again with the bluetooth communication, link module 31 links by the blue-tooth device identification code of electronic installation 30 with the far-end electronic installation, and sets up electronic installation 30 and far-end electronic installation data access power to each other by this.It should be noted that link module 31 once even can set up several network connections, for example set up Ethernet and bluetooth communication simultaneously and link.
User's interactive module 34 is selected the data that will transmit and is produced direction signal in order to the mode of operation according to the user, and wherein direction signal is in order to the direction of transfer of expression data.User's interactive module 34 comprises touch-control module 343, rocking bar module 342 and shakes module 341.Wherein touch-control module 343 is selected the data that will transmit according to the screen of user's touch-control electronic device 30, and rocking bar module 342 is selected the data that will transmit according to the rocking bar of user's operating electronic devices 30 respectively.Touch-control module 34 produces direction signal according to the screen of user's touch-control electronic device 30, for example apace file is slided or towing toward direction D, rocking bar module 342 produces direction signal according to the direction that the user promotes the rocking bar of electronic installation 30, shake module 341 according to the user shake, the direction of whipping or swing electronic installation 30 produces direction signal, shake module 341 and for example can be a gravity sensor.
Be noted that, user's interactive module 34 comprises above-mentioned touch-control module 343, rocking bar module 342 incessantly and shakes module 341, user's interactive module can also comprise key-press module, mouse module and the voice module etc. that Fig. 2 does not illustrate, and user's module 34 one of them or its combination that can comprise above-mentioned touch-control module 343, rocking bar module 342, shake module 341, key-press module, mouse module and voice module.Wherein mouse module and key-press module all can be selected the data that will transmit according to the mouse of user's operating electronic devices 30 and button, and key-press module also produces direction signal according to the direction button that user's operating electronic devices 30 is pushed.Voice module is selected the data that will transmit according to user's voice, and produces direction signal according to user's voice.
Signal transmitting and receiving module 33 receives electromagnetic wave in order to transceive data and transmission, to transmit data between electronic installation 30 and far-end electronic installation.Control unit 32 is in order to control link module 31 and signal transmitting and receiving module 33, and reception comes from the direction signal that user's interactive module 34 is produced.Wherein control unit is according to the direction of transfer transmission electromagnetic wave of direction signal control signal transceiver module 32 towards the direction signal representative, to transmit data by this.Wherein electromagnetic wave can have the link information of electronic installation 30 and far-end electronic installation, and electromagnetic wave is the θ degree at the radiation angle of the direction of transfer of direction signal representative.Signaling module 33 can comprise transmitter module 332 and receiver module 331, transmitter module 332 is in order to transmit data, just can be used for sending electromagnetic wave, receiver module 331 comes from the data that another electronic installation transmits in order to reception, just can be used for receiving electromagnetic wave.
Being noted that in addition that link module 31 also is used for receiving comes from the return information that the far-end electronic installation is replied according to link information.These a little files of the far-end electronic installation that link module 31 is stored in path memory 311 according to return information are deposited and are selected a file to deposit the path in the path, and the selecteed file that data are sent to the far-end electronic installation is deposited the path.After the far-end electronic installation was received the data that electronic installation 30 transmitted, far-end electronic installation 30 became and can carry out follow-up processing to received data.For example the data that far-end electronic installation 30 received are figure shelves, and then it can print out or be shown in screen these figure shelves, and for example the data that received of far-end electronic installation 30 are music crossfire signal again, then this music crossfire signal can be done instant broadcast.
Please refer to Fig. 3, Fig. 3 is the system block diagrams of the electromagnetic wave transmitter module 40 that provides of illustrative example of the present invention.Above-mentioned transmitter module 332 can comprise electromagnetic wave transmitter module 40, and this electromagnetic wave transmitter module 40 comprises antenna control chip 400 and a plurality of oriented antennas 401～408.Antenna control chip 400 is selected an oriented antenna according to a little since then oriented antennas 401～408 of direction signal, and uses the oriented antenna launching electromagnetic wave of selecting.When for example the direction of direction signal representative was D, then antenna control chip 400 can select oriented antenna 406 to launch this electromagnetic wave.In this illustrative example, above-mentioned irradiation of electromagnetic waves angle can be about 45 degree, that is θ=45.The electromagnetic wave transmitter module 40 that is noted that Fig. 3 only is an illustrative example, and the design of electromagnetic wave transmitter module also can be revised according to different demands, and for example the quantity of antenna can be adjusted according to the requirement of cost and accuracy.
In addition, above-mentioned transmitter module 332 also can comprise a plurality of electromagnetic wave transmitter modules.Please refer to Fig. 4, Fig. 4 is that the electronic installation 50 that illustrative example of the present invention provides transmits the schematic diagram of data to electronic installation 20.The transmitter module of the electronic installation 50 of Fig. 4 has comprised a plurality of electromagnetic wave transmitter module S1～S4 and electromagnetic wave transmitter module control chip, and wherein the position of these a plurality of electromagnetic wave transmitter module S1～S4 is scattered within the screen 502.The a little since then electromagnetic wave transmitter module S1～S4 in position that electromagnetic wave transmitter module control chip is presented at according to selected data on the screen 502 of electronic installation 50 select one of them, and use selected electromagnetic wave transmitter module to transmit electromagnetic wave.
When for example working as the data that transmitted and being file 503, the user can slide apace or pulls toward direction D at 50 pairs of files of screen 503, then, electromagnetic wave transmitter module control chip can select electromagnetic wave transmitter module S2 emission to give far-end electronic installation 20 toward the electromagnetic wave of direction D, to transmit the file 503 that will transmit.Wherein electromagnetic wave transmitter module S2 generation can be used as design or the use aerial array of Fig. 3 toward the electromagnetic mode of direction D emission and realize, when electromagnetic wave transmitter module S2 uses aerial array to realize, it mainly is the transmission direction that utilizes after electric current dynamically changes the electromagnetic wave coupling, and making electromagnetic biography dial direction is direction D.
In addition, when electronic installation 30 is far-end electronic installations, the receiver module 331 of above-mentioned signal receiving/transmission device 33 can receive the link information that electromagnetic wave had, and gives control unit 32 this link information.Whether control unit 32 can will send the electronic installation of data to carry out the transmission of data with tendency to develop according to the link information decision.When electronic installation 30 will send the electronic installation of data to carry out the transmission of data with tendency to develop, control unit 32 can indication link modules 31 be sent restore message and is sent the electronic installation of data to tendency to develop, send the electronic installation of data can begin to carry out the transmission of data to inform tendency to develop.Control unit 32 whether send the electronic installation of data to link before for example can be judged according to link information that electromagnetic wave had with the institute tendency to develop, if, then control unit 32 can be sent restore message send data to tendency to develop electronic installation by indication link module 31, send the electronic installation of data can begin to carry out the transmission of data to inform tendency to develop, if not, inform that then tendency to develop send the transmission of the electronic installation end data of data.
Then, please refer to Fig. 5, Fig. 5 is the flow chart of the data transmission method that provides of illustrative example of the present invention, and wherein the data transmission method of Fig. 5 can be executed in the described electronic installation 30 as Fig. 2.This data transmission method of Fig. 5 can be when local terminal electronic installation and far-end electronic installation link as yet, or use when having linked.At first, in step S501, the user uses the local terminal electronic installation to select to send to the data of far-end electronic installation.Then, in step S502, the user operates the local terminal electronic installation and produces direction signal, and wherein the direction signal that produced of local terminal electronic installation is in order to the direction of transfer of expression data.Then, in step S503, the local terminal electronic installation transmits electromagnetic wave towards the direction that direction signal transmitted, to transmit data by this.
The electromagnetic wave of above-mentioned steps S503 may have link information, for example the bluetooth recognition sign indicating number of local terminal electronic installation, Internet protocol network address or other similar information for identification.In one case, the local terminal electronic installation does not need the return information of far-end electronic installation, facility sends the data that will transmit to the far-end electronic installation with above-mentioned electromagnetic wave, and this moment, the far-end electronic installation can be with received deposit data in depositing the path for the file of deposit data.Certainly, above-mentioned situation also might be to specify the specific file of far-end electronic installation to deposit the path by the local terminal electronic installation to deposit the data that it transmits.In addition, above-mentioned far-end electronic installation can also be jumped out the dialogue form on its screen when receiving this electromagnetic wave, whether will receive the data that the local terminal electronic installation is transmitted with inquiry far-end user.In addition, when above-mentioned far-end electronic installation receives this electromagnetic wave, can also whether receive the data that the local terminal electronic installation is transmitted according to the link information decision.In brief, the protocol mode between local terminal electronic installation and the far-end electronic installation is not in order to limit the present invention.
Generally speaking, whether electromagnetic wave comprises the link information of the data access power that obtains the far-end electronic installation, is the design of depending on communications protocol.For example, in a kind of communications protocol, the local terminal electronic installation can not obtained under the situation of data access power of far-end electronic installation, and video directly and forcibly is pushed to the far-end electronic installation.In another kind of communications protocol, the local terminal electronic installation must be obtained the data access power of far-end electronic installation, just sends video to the far-end electronic installation.In another kind of network was fixed, the local terminal electronic installation just used the electromagnetic wave communications of control data directly to login forcibly the far-end electronic installation under the situation that does not obtain access right.In brief, whether the data transmission method that illustrative example of the present invention provided must not limit to such an extent that obtain the data access power of far-end electronic installation earlier, and this data transmission method can be applied to various network service.In addition, in the above-mentioned data transmission method, the local terminal electronic installation may be formerly behind the communications of control data, just obtains the data access power of far-end electronic installation.The local terminal electronic installation may be a servomechanism installation, after the configuration of sending control data setting far-end electronic installation, for example the communications protocol with the far-end electronic installation is set at control transmission agreement/Internet protocol (TCP/IP), just obtain the data access power of far-end electronic installation, and carry out the reliable transmission of general data.
In addition, in another case, the local terminal electronic installation must could determine whether can begin to send data to the far-end electronic installation according to the return information of far-end electronic installation.This kind data transmission manner will in after Fig. 8 introduction, before this, introduce the transfer of data situation of many-one and one-to-many earlier.
Please refer to Fig. 6, Fig. 6 is the data transmission method schematic diagram that another illustrative example of the present invention provides.In this illustrative example, electronic installation 20 and 60 is all the far-end electronic installation, electronic installation 10 is the local terminal electronic installation, because electronic installation 20 and the 60 same directions at electronic installation 10, so electronic installation 10 may be received by electronic installation 20 and 60 simultaneously toward the data that direction D is transmitted.If the user plans to transmit data electronic installation 20 and 60 simultaneously, as long as then design the corresponding protocols mode, just local terminal electronic installation 10 can be toward the data of a certain direction broadcasting or its transmission that multicasts.Yet when the user only planned to transmit the some far-end electronic installation of data, the local terminal electronic installation must decide to send which far-end electronic installation to according to the return information that the far-end electronic installation is replied.
Fig. 7 is the data transmission method schematic diagram that another illustrative example of the present invention provides.When two electronic installations 10 and 70 will transmit data simultaneously and give electronic installation 20, if electronic installation 20 not simultaneously return information give electronic installation 10 and at 70 o'clock, the situation of data collision then may take place.Therefore, under this situation, electronic installation 20 must be replied return information respectively according to link information and be given electronic installation 10 and 70, transmits the time of data or whether can begin to transmit data to inform electronic installation 10 and 70.Based on above explanation, below will introduce the local terminal electronic installation must could determine whether can begin data are sent to the far-end electronic installation according to the return information of far-end electronic installation data transmission method.
Please refer to Fig. 8, Fig. 8 is the flow chart of the data transmission method that provides of another illustrative example of the present invention.At first, in step 801, local terminal electronic installation and far-end electronic installation are set up data access power to each other.That is to say that local terminal electronic installation and far-end electronic installation can be set up binding in advance, discerning each other.With the Ethernet is example, local terminal electronic installation and far-end electronics can install by router and link, and router respectively distributes an Internet protocol network address to give local terminal electronic installation and far-end electronic installation respectively, and local terminal electronic installation and far-end electronic installation are weighed by the data access of being set up to each other by device and above-mentioned Internet protocol network address.With the bluetooth communication agreement is example, and local terminal electronic installation and far-end electronic installation link by blue-tooth device identification code each other, to set up data access power to each other.
Then, in step S802, the user operates the local terminal electronic installation and selects the data that will transmit.In step S803, the user operates the local terminal electronic installation and produces direction signal, and wherein the direction signal that produced of local terminal electronic installation is in order to the direction of transfer of expression data.Then, in step S804, the local terminal electronic installation transmits electromagnetic wave towards the direction that direction signal transmitted, and to transmit data by this, wherein electromagnetic wave has the link information of local terminal electronic installation and far-end electronic installation.Then, in step S805, the far-end electronic installation receives this electromagnetic wave.
Afterwards, in step S806, whether the far-end electronic installation will carry out the transmission of data with the local terminal electronic installation according to the link information decision that electromagnetic wave had.In more detail, the local terminal electronic installation judges whether to link with the local terminal electronic installation according to the link information that electromagnetic wave had, if, then the far-end electronic installation will carry out the transmission of data with the local terminal electronic installation, and carry out step S807, if not, then inform the flow process of local terminal electronic installation end data transmission.With the Ethernet is example, and whether whether the Internet protocol network address of the local terminal electronic installation in the far-end electronic installation inspection link information belongs to it belongs to same router, link with the far-end electronic installation to judge the local terminal electronic installation.Be example with the bluetooth communication agreement again, the far-end electronic installation checks whether whether the bluetooth recognition sign indicating number of the local terminal electronic installation in the link information is discerned in the inventory at the blue-tooth device of far-end electronic installation, link with the far-end electronic installation to judge the local terminal electronic installation.
In step S807, the far-end electronic installation transmits restore message and gives the local terminal electronic installation.In step S808, the local terminal electronic installation is deposited the path according to the file of restore message decision far-end electronic installation store data, and the file that data are sent to the far-end electronic installation is deposited the path.
In view of the above, the data transmission method that illustrative example of the present invention provided and its electronic installation can allow the user easily data be sent to the far-end electronic installation, and do not need to know the interconnected network address or the bluetooth recognition sign indicating number of far-end electronic installation.As long as the user is according to the direction of far-end electronic installation in real world, just can be in electronic installation selected data, and data are transmitted the far-end electronic installation of specified direction.In addition, the user more need be when the transmission data, and the file of manually specifying the far-end electronic installation to deposit file is deposited the path.Therefore, data transmission method that illustrative example of the present invention provided and electronic installation thereof have the convenience of certain degree to the user.
Though the present invention with illustrative example openly as above; right its is not in order to qualification the present invention, those skilled in the art, without departing from the spirit and scope of the present invention; when doing a little change and retouching, so protection scope of the present invention is as the criterion when looking the appended claims person of defining.
Claims (10)
1. electronic installation, in order to transmission one data to far-end electronic installation, this electronic installation comprises:
One link module with so that this electronic installation and this far-end electronic installation link, is weighed with the data access of setting up to each other;
One user's interactive module in order to the mode of operation according to the user, is selected these data and is produced a direction signal, and wherein this direction signal is in order to representing the direction of transfer of these data, and corresponding to the direction of this far-end electronic installation;
One signal transmitting and receiving module is in order to send the electromagnetic wave that includes these data with reception one, with these data of transmission between this electronic installation and this far-end electronic installation; And
One control unit in order to controlling this link module and this signal transmitting and receiving module, and receives this direction signal;
Wherein this control unit is controlled this signal transmitting and receiving module according to this direction signal and is transmitted this electromagnetic wave towards the direction of transfer of this direction signal representative, to transmit this data by this.
2. electronic installation as claimed in claim 1, wherein this link module comprises:
One path memory is deposited the path in order to storage and a plurality of files of the far-end electronic installation of its binding.
3. electronic installation as claimed in claim 1, wherein this link module and this far-end electronic installation link by a router, and this router respectively distributes an Internet protocol network address to give this electronic installation and this far-end electronic installation respectively, and this link module is set up this electronic installation and this far-end electronic installation data access power to each other by this router and these Internet protocol network address.
4. electronic installation as claimed in claim 1, wherein this link module links by the blue-tooth device identification code of this electronic installation and this far-end electronic installation, and sets up this electronic installation and this far-end electronic installation data access power to each other by this.
5. electronic installation as claimed in claim 2, wherein this electromagnetic wave also includes a link information that is used to set up binding between this electronic installation and this far-end electronic installation.
6. electronic installation as claimed in claim 5, wherein this signal transmitting and receiving module comprises an electromagnetic wave transmitter module, this electromagnetic wave transmitter module comprises an antenna control chip and a plurality of oriented antenna, this antenna control chip is selected an oriented antenna according to this direction signal from these oriented antennas, and uses this oriented antenna of selecting to launch this electromagnetic wave.
7. electronic installation as claimed in claim 5, this signal transmitting and receiving module comprises a plurality of electromagnetic wave transmitter modules and an electromagnetic wave transmitter module control chip, one of them is selected from these electromagnetic wave transmitter modules in the position that this electromagnetic wave transmitter module control chip is presented at according to selected these data on the screen of this electronic installation, and uses selected this electromagnetic wave transmitter module to transmit this electromagnetic wave.
8. electronic installation as claimed in claim 5, wherein this link module also is used for receiving and comes from the return information that this far-end electronic installation is replied according to this link information, make this far-end electronic installation if will carry out this transfer of data with this local terminal electronic installation the time, this far-end electronic installation transmits this return information and gives this local terminal electronic installation, carries out the transmission of these data to inform this local terminal electronic installation.
9. electronic installation as claimed in claim 5, wherein this link module also is used for receiving and comes from the return information that this far-end electronic installation is replied according to this link information, make after this far-end electronic installation and this local terminal electronic installation link, this far-end electronic installation transmits this return information by the binding of having set up and gives this local terminal electronic installation, carries out the transmission of these data to inform this local terminal electronic installation.
10. electronic installation as claimed in claim 5, wherein this link module also is used for receiving and comes from the return information that this far-end electronic installation is replied according to this link information, and these files of this far-end electronic installation of being stored in this path memory according to this return information deposit and select a file to deposit the path in the path, and selecteed this document that these data are sent to this far-end electronic installation is deposited the path.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010100035303A CN102123522A (en) | 2010-01-12 | 2010-01-12 | Data transmission method and electronic devices thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010100035303A CN102123522A (en) | 2010-01-12 | 2010-01-12 | Data transmission method and electronic devices thereof |
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| CN102123522A true CN102123522A (en) | 2011-07-13 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102833325A (en) * | 2012-08-16 | 2012-12-19 | 北京小米科技有限责任公司 | Method and device for uploading files |
| CN103677537A (en) * | 2013-12-27 | 2014-03-26 | 联想(北京)有限公司 | Information processing method and electronic device |
| CN105376318A (en) * | 2015-11-23 | 2016-03-02 | 小米科技有限责任公司 | File transmission method, device and system |
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| US20070264976A1 (en) * | 2006-03-30 | 2007-11-15 | Sony Ericsson Mobile Communication Ab | Portable device with short range communication function |
| CN101180904A (en) * | 2005-05-19 | 2008-05-14 | 英特尔公司 | Directional transmissions to multiple wireless devices |
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| CN101180904A (en) * | 2005-05-19 | 2008-05-14 | 英特尔公司 | Directional transmissions to multiple wireless devices |
| US20070264976A1 (en) * | 2006-03-30 | 2007-11-15 | Sony Ericsson Mobile Communication Ab | Portable device with short range communication function |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102833325A (en) * | 2012-08-16 | 2012-12-19 | 北京小米科技有限责任公司 | Method and device for uploading files |
| CN103677537A (en) * | 2013-12-27 | 2014-03-26 | 联想(北京)有限公司 | Information processing method and electronic device |
| CN103677537B (en) * | 2013-12-27 | 2017-11-07 | 联想(北京)有限公司 | A kind of information processing method and electronic equipment |
| CN105376318A (en) * | 2015-11-23 | 2016-03-02 | 小米科技有限责任公司 | File transmission method, device and system |
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Application publication date: 20110713 |