CN103514113A - Electronic data exchange system and method - Google Patents
Electronic data exchange system and method Download PDFInfo
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- CN103514113A CN103514113A CN201210201731.3A CN201210201731A CN103514113A CN 103514113 A CN103514113 A CN 103514113A CN 201210201731 A CN201210201731 A CN 201210201731A CN 103514113 A CN103514113 A CN 103514113A
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Abstract
The invention discloses an electronic data exchange system and method and a handheld electronic device for transmitting electronic data. The electronic data exchange system comprises the handheld electronic device for transmitting the electronic data and a server. The handheld electronic device is provided with an electronic data exchange application program. A user generates an electronic data transmission control order through the electronic data exchange application program. The server comprises a database. The database is an electronic data book storing the user. When the server mutually transmits electronic data of the user and electronic data of at least one user of at least one handheld electronic device receiving electronic data according to the electronic data transmission control order, the server updates the electronic data book according to the electronic data of the user. Thus, the user can update, edit and manage the electronic data book of the user by means of the electronic data exchange system and method and the handheld electronic device for transmitting electronic data and risks of losing electronic data of others by the user are reduced.
Description
Technical field
The invention relates to a kind of method of electronic data interchange system and electronic data interchange, server update, editor and management user's an electronic data book espespecially, to reduce the electronic data interchange system of risk and the method for electronic data interchange of the electronic data that user loses other people.
Background technology
In the prior art, when user's wish is used portable electric device and other people's exchang electron data, user utilizes the bluetooth transport module of portable electric device and other people's portable electric device (also having bluetooth transport module) exchang electron data, or user utilizes portable electric device by Email and other people's exchang electron data.
User, utilize after portable electric device and other people's exchang electron data (by bluetooth transport module or Email), other people's electronic data is the internal memory being stored in portable electric device.Then, user's electronic data of other people of collating sort voluntarily.But when user loses portable electric device, user is stored in forfeiture other people's of the internal memory in portable electric device electronic data.Therefore, in the prior art, other people's electronic data is stored in to the internal memory in portable electric device, among the risk of electronic data that makes user in losing other people.
Summary of the invention
One embodiment of the invention provide a kind of electronic data interchange system.This electronic data interchange system comprises portable electric device and the server that transmits electronic data.The portable electric device of this transmission electronic data has electronic data interchange application program, and wherein this user who transmits the portable electric device of electronic data passes through this electronic data interchange application program, produces electronic data transfer control instruction; This server comprises database, wherein this database is the electronic data book that stores this user, wherein when this server is according to this electronic data transfer control instruction, transmit this user's electronic data to the portable electric device of at least one reception electronic data, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device during to the portable electric device of this transmission electronic data, this server can upgrade according to this at least one user's electronic data this user's electronic data book; Wherein this at least one receive electronic data portable electric device there is this electronic data interchange application program and this electronic data book comprises this user's electronic data and other people's electronic data.
An also embodiment of the present invention provides a kind of method of electronic data interchange.The method comprises that user opens the electronic data interchange application program of the portable electric device that transmits electronic data; By this electronic data interchange application program, produce electronic data transfer control instruction; According to this electronic data transfer control instruction, exchange this user's electronic data and at least one user's of the portable electric device that at least one receives electronic data electronic data; According to this at least one user's electronic data this user's of new database electronic data book more; Wherein the portable electric device of this at least one reception electronic data has this electronic data interchange application program.
One embodiment of the invention provide a kind of portable electric device that transmits electronic data.The portable electric device of this transmission electronic data comprises electronic data interchange application program, wherein user is by this electronic data interchange application program, produce electronic data transfer control instruction to server or at least one and receive the portable electric device of electronic data, wherein the portable electric device of this at least one reception electronic data has this electronic data interchange application program; Wherein the portable electric device of this server or this at least one reception electronic data is according to this electronic data transfer control instruction, carries out corresponding action.
The invention provides a kind of method of electronic data interchange system and electronic data interchange.This electronic data interchange system and the method are the electronic data interchange application programs of utilizing in the portable electric device that transmits electronic data, produce electronic data transfer control instruction.Then, server is for example, according to the combination group that maybe portable electric device of this transmission electronic data is subordinate to of the position of the portable electric device of this transmission electronic data and orientation (longitude and latitude data) after receiving this electronic data transfer control instruction, transmit user's electronic data to the portable electric device of at least one reception electronic data, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data, or the portable electric device of this transmission electronic data can pass through Wireless Fidelity, the transmission mode of bluetooth or micro-wave access global inter communication transmits the portable electric device of electronic data at least one reception electronic data to this of this user, and the portable electric device of this at least one reception electronic data can pass through this Wireless Fidelity, the transmission mode of this bluetooth or this micro-wave access global inter communication transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data.Finally, when this transmits portable electric device of electronic data and this server and links up, this server can transmit the electronic data book that at least one electronic data of at least one user that receives the portable electric device of electronic data of received this of the portable electric device of electronic data upgrades this user according to this.Therefore, server of the present invention can make this user's renewal, edit and manage this user's electronic data book, loses the risk of other people's electronic data to reduce this user.
Accompanying drawing explanation
Fig. 1 illustrates a kind of schematic diagram of electronic data interchange system for one embodiment of the invention.
Fig. 2 is the schematic diagram for the coordinate axis of explanation portable electric device.
Fig. 3 carries out the schematic diagram of electronic data interchange for explanation server according to the position of portable electric device and orientation.
Fig. 4 carries out the schematic diagram of electronic data interchange for the group that explanation server is subordinate to according to portable electric device.
Fig. 5 is to be explanation portable electric device and the direct schematic diagram of linking up of other portable electric device.
Fig. 6 and Fig. 7 are that user produces the schematic diagram of electronic data interchange application program by portable electric device for explanation is after user's unlocking electronic exchanges data application program.
Fig. 8 illustrates a kind of process flow diagram of method of electronic data interchange for an also embodiment of the present invention.
Wherein, description of reference numerals is as follows:
100 electronic data interchange systems
102,106,108,110,112,114 portable electric devices
104 servers
1022 electronic data interchange application programs
1023 sensors
1024 fingers
1042 databases
1044 electronic data books
A, B group
The transfer control instruction of NTCC electronic data
800 to 816 steps
Embodiment
Please refer to Fig. 1, Fig. 1 illustrates a kind of schematic diagram of electronic data interchange system 100 for one embodiment of the invention.Electronic data interchange system 100 comprises portable electric device 102 and server 104, and wherein portable electric device 102 is to can be mobile phone, flat computer or personal digital assistant.Portable electric device 102 has electronic data interchange application program 1022, wherein the user of portable electric device 102 is by electronic data interchange application program 1022, produce electronic data transfer control instruction NTCC, now portable electric device 102 is to be operable to the portable electric device that transmits electronic data, wherein electronic data interchange application program 1022 is for supporting the electronic data interchange application program of Android (Android) system or the electronic data interchange application program of support apple (Apple) system, but is not limited to this; Server 104 comprises database 1042, and database 1042 is the electronic data books 1044 that store user, and wherein electronic data book 1044 comprises user's electronic data and other people's electronic data.In addition, portable electric device 102 is by Wireless Fidelity (Wireless Fidelity, Wi-Fi), third generation mobile communication technology (third generation, the 3G) or four transmission mode and the server 104 of functioning in an acting capacity of the moving communication technology (fourth generation, 4G) linked up.In addition, user can utilize portable electric device 102 website log by the Internet to server 104, with the electronic data book 1044 in editor and management database 1042, wherein electronic data can be the data such as business card, image, word, but not as limit, user can for example, on portable electric device 102 (mobile phone) and website, edit and administration of electronic data on photo, font, color, pattern, page format and/or background.
As shown in Figure 1, portable electric device 102 also comprises sensor 1023, for example, in order to detect portable electric device 102 position (longitude and latitude of portable electric device 102) and orientation.In addition, other portable electric device 106,108,110 also all comprises this sensor (not illustrating), so that judgement position and orientation.Please refer to the 1st and 2 figure, Fig. 2 is the schematic diagram for the coordinate axis of explanation portable electric device 102.As shown in the 1st and 2 figure, sensor 1023 can be according to the coordinate axis of portable electric device 102, judgement portable electric device 102 orientation.As shown in Figure 1, after server 104 receives electronic data transfer control instruction NTCC in the schedule time, server 104 can be according to portable electric device 102 position, transmit user's electronic data to other portable electric device 106, 108, 110 (all thering is electronic data interchange application program 1022), now portable electric device 106, 108, 110 are all operable to the portable electric device that receives electronic data, wherein portable electric device 106, 108, the 110th, within being positioned at the preset distance of portable electric device 102 position, and preset distance is the default value for electronic data interchange application program 1022, in addition, also can transmit user's the electronic data of portable electric device 106,108,110 to portable electric device 102, in this situation, 106,108,110 of portable electric devices are all operable to the portable electric device that transmits electronic data, and portable electric device 102 is to be operable to the portable electric device that receives electronic data.But the present invention is not limited to three portable electric devices 106,108,110, that is the arbitrary portable electric device within the preset distance apart from portable electric device 102 position (has electronic data interchange application program, and electronic data interchange application program is opened), all can pass through server 104 and portable electric device 102 exchang electron data.But in an also embodiment of the present invention, user can set preset distance by electronic data interchange application program 1022, for example user can be 100 meters by electronic data interchange application program 1022 setting preset distances.Therefore, at a distance of 100 meters, with interior arbitrary portable electric device, (there is electronic data interchange application program with portable electric device 102, and electronic data interchange application program is opened), all can pass through server 104 and portable electric device 102 exchang electron data.In addition, server 104 can upgrade according to the user's of portable electric device 106,108,110 electronic data user's electronic data book 1044.But in an also embodiment of the present invention, when server 104 receives after electronic data transfer control instruction NTCC, server 104 is at once according to portable electric device 102 position, transmit user's electronic data to portable electric device 106,108,110, and the user's of transmission portable electric device 106,108,110 electronic data is to portable electric device 102.In addition, in an also embodiment of Fig. 1, electronic data interchange password and portable electric device 106 when portable electric device 102, 108 electronic data interchange password is identical, and when different with the electronic data interchange password of portable electric device 110, server 104 only transmits user's electronic data to portable electric device 106, 108, and transmission portable electric device 106, 108 user's electronic data is to portable electric device 102, that is the user of the user of portable electric device 102 and portable electric device 110 cannot carry out electronic data interchange by server 104.
Please refer to Fig. 3, Fig. 3 carries out also a kind of schematic diagram of electronic data interchange for explanation server 104 according to portable electric device 102 position and orientation.As shown in Figure 3, after server 104 receives the electronic data transfer control instruction NTCC that portable electric device 102 transmits in the schedule time, server 104 is for example calculated each portable electric device 102,106,108,110,112,114 position and orientation according to electronic compass or sensor 1023, with judgement portable electric device 102, cannot link up with portable electric device 112,114, and judgement portable electric device 102 can be linked up with portable electric device 106,108,110.That is because portable electric device 102 towards east, portable electric device 112 is towards east and portable electric device 114 Souteern Exposures, so server 104 is judged portable electric devices 102, cannot link up with portable electric device 112,114.In addition, because portable electric device 102 towards east and portable electric device 106,108,110 towards west, (be relative direction with portable electric device 102), so server 104 is judged portable electric devices 102, can link up with portable electric device 106,108,110.But the present invention is not limited to above-mentioned server 104 and according to portable electric device 102 position and orientation, carries out the mode of electronic data interchange.Therefore, as shown in Figure 3, after server 104 receives electronic data transfer control instruction NTCC in the schedule time, server 104 can be according to portable electric device 102 position and orientation, transmit user's electronic data to other portable electric device 106,108,110, and the user's of transmission portable electric device 106,108,110 electronic data is to portable electric device 102.In addition, all the other principle of operation of the embodiment of Fig. 3 are all identical with the embodiment of Fig. 1, do not repeat them here.
Please refer to Fig. 4, Fig. 4 is for illustrating that the group that server 104 is subordinate to according to portable electric device 102 carries out also a kind of embodiment schematic diagram of electronic data interchange.As shown in Figure 4, after server 104 receives the electronic data transfer control instruction NTCC of portable electric device 102 transmission, in the schedule time, the group that server 104 can be subordinate to according to portable electric device 102, carries out electronic data interchange.As shown in Figure 4, portable electric device 106,108,110 and portable electric device 102 are to be under the jurisdiction of the A of group, but portable electric device 112 and portable electric device 114 are to be under the jurisdiction of the B of group.Therefore, server 104 is according to portable electric device 102 group (A of group), only transmit user's electronic data to portable electric device 106,108,110, and the user's of transmission portable electric device 106,108,110 electronic data is to portable electric device 102.That is portable electric device 106,108,110 and need not be positioned at the preset distance of portable electric device 102 position within, can pass through server 104 and portable electric device 102 exchang electron data.In addition, all the other principle of operation of the embodiment of Fig. 4 are all identical with the embodiment of Fig. 1, do not repeat them here.
In addition, in an also embodiment of the present invention, server 104 is group and the positions that are subordinate to according to portable electric device 102, carries out electronic data interchange.In addition, in an also embodiment of the present invention, server 104 is group, position and the orientation that are subordinate to according to portable electric device 102, carries out electronic data interchange.
Please refer to Fig. 5, Fig. 5 is to be explanation portable electric device 102 and the direct schematic diagram of linking up of portable electric device 106,108,110.As shown in Figure 5, when portable electric device 106, 108, the 110th, be positioned at the preset distance of portable electric device 102, within Huo Yige group, and portable electric device 106, 108, 110 cannot link up (that is it is bad to communicate by letter) with server 104 with portable electric device 102 time, portable electric device 102 can directly transmit user's electronic data to portable electric device 106, 108, 110 with portable electric device 106, 108, 110 directly transmit portable electric device 106, 108, 110 user's electronic data is to portable electric device 102.That is portable electric device can pass through Wireless Fidelity, bluetooth (Bluetooth) or micro-wave access global inter communication (Worldwide Interoperability for Microwave Access, Wimax) transmission mode transmits user's electronic data to portable electric device 106,108,110, and user's the electronic data of transmission mode transmission portable electric device 106,108,110 that portable electric device 106,108,110 can pass through Wireless Fidelity, bluetooth or micro-wave access global inter communication is to portable electric device 102.When portable electric device 102 is linked up with server 104 again, server 104 can upgrade according to the user's of the received portable electric device 106,108,110 of portable electric device 102 electronic data user's electronic data book 1044.But in an also embodiment of the present invention, user is the communication between manual-lock portable electric device 102 and server 104.After the user's of the portable electric device 106,108,110 receiving at portable electric device 102 electronic data, user selects to open the communication between portable electric device 102 and server 104 again opportune moment.
Please refer to Fig. 6 and Fig. 7, Fig. 6 and Fig. 7 are for explanation is after user's unlocking electronic exchanges data application program 1022, and user produces the schematic diagram of electronic data interchange by portable electric device 102.As shown in Figure 6, user slides in electronic data interchange application program 1022 by pointing 1024, to produce electronic data transfer control instruction NTCC; As shown in Figure 7, after user's unlocking electronic exchanges data application program 1022, user is by shaking portable electric device 102, to produce electronic data transfer control instruction NTCC.
Please refer to Fig. 1 to Fig. 8, Fig. 8 illustrates a kind of process flow diagram of method of electronic data interchange for an also embodiment of the present invention.The method of Fig. 8 is to utilize electronic data interchange system 100 explanations of Fig. 1,
Detailed step is as follows:
Step 800: start;
Step 802: user opens the electronic data interchange application program 1022 of portable electric device 102;
Step 804: by electronic data interchange application program 1022, produce electronic data transfer control instruction NTCC;
Step 806: portable electric device 106,108,110 and portable electric device 102 whether can and server 104 link up if carry out step 808; If not, skip to step 810;
Step 808: server 104 is according to electronic data transfer control instruction NTCC, and exchange user's electronic data and the user's of portable electric device 106,108,110 electronic data, skips to step 814;
Step 810: portable electric device 102 is direct and portable electric device 106,108,110 execution electronic data interchanges according to electronic data transfer control instruction NTCC;
Step 812: portable electric device 102 is linked up with server 104 again;
Step 814: server 104 is according to the user's of portable electric device 106,108,110 the electronic data user's of new database 1042 electronic data book 1044 more;
Step 816: finish.
In step 804, user slides (as shown in Figure 6) in electronic data interchange application program 1022 by pointing 1024, to produce electronic data transfer control instruction NTCC, or after user's unlocking electronic exchanges data application program 1022, user is by shaking portable electric device 102 (as shown in Figure 7), to produce electronic data transfer control instruction NTCC.In step 808, server 104 is after receiving electronic data transfer control instruction NTCC in the schedule time, according to portable electric device 102 position (as shown in Figure 1), group's (as shown in Figure 4) that the combination in position and orientation (as shown in Figure 3) or portable electric device 102 are subordinate to transmits user's electronic data to portable electric device 106, 108, 110, and transmission portable electric device 106, 108, 110 user's electronic data is to portable electric device 102, wherein the sensor 1023 in portable electric device 102 can be detected portable electric device 102 position (for example longitude and latitude of portable electric device 102) and orientation, and portable electric device 102 is to pass through Wireless Fidelity, third generation mobile communication technology or the 4th is functioned in an acting capacity of transmission mode and the server 104 of the moving communication technology and is linked up.But in an also embodiment of the present invention, server 104 be the group that is subordinate to according to the combination in portable electric device 102 position and orientation or portable electric device 102 at once after receiving electronic data transfer control instruction NTCC transmit user electronic data to portable electric device 106,108,110, and user's the electronic data that transmits portable electric device 106,108,110 is to portable electric device 102.In addition, at Fig. 1, in an also embodiment of Fig. 3 and Fig. 4, electronic data interchange password and portable electric device 106 when portable electric device 102, 108 electronic data interchange password is identical, and when different with the electronic data interchange password of portable electric device 110, server 104 only transmits user's electronic data to portable electric device 106, 108, and transmission portable electric device 106, 108 user's electronic data is to portable electric device 102, that is portable electric device 102 and portable electric device 110 cannot be carried out electronic data interchanges by server 104.In step 810, when portable electric device 106, 108, the 110th, within being positioned at the preset distance of portable electric device 102, and portable electric device 106, 108, 110 cannot link up (communicating by letter bad) with server 104 with portable electric device 102 time, portable electric device can pass through Wireless Fidelity, the transmission mode of bluetooth or micro-wave access global inter communication transmits user's electronic data to portable electric device 106, 108, 110, and portable electric device 106, 108, 110 can pass through Wireless Fidelity, the transmission mode of bluetooth or micro-wave access global inter communication transmits portable electric device 106, 108, 110 user's electronic data is to portable electric device 102.But in an also embodiment of the present invention, user is the communication between manual-lock portable electric device 102 and server 104.In step 812, portable electric device 102 can be selected to open the communication between portable electric device 102 and server 104 opportune moment by user, or being placed in the good position of communication links up with server 104 again.
In sum, the method for electronic data interchange system provided by the present invention and electronic data interchange is the electronic data interchange application program of utilizing in portable electric device, produces electronic data transfer control instruction.Then, server be after receiving electronic data transfer control instruction, according to the group being subordinate to of the combination in the position of portable electric device and orientation or portable electric device, transmit user electronic data to other portable electric device, and at least one user's the electronic data that transmits other portable electric device is to portable electric device, or portable electric device can pass through Wireless Fidelity, the transmission mode of bluetooth or micro-wave access global inter communication transmits user's electronic data to other portable electric device, and other portable electric device can pass through Wireless Fidelity, the transmission mode of bluetooth or micro-wave access global inter communication transmits at least one user's the electronic data of other portable electric device to portable electric device.Finally, when portable electric device and server communication, server can upgrade according at least one user's of other received portable electric device of portable electric device electronic data user's electronic data book.Therefore, server of the present invention can make user upgrade, edit and manage user's electronic data book, loses the risk of other people's electronic data to reduce user.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (15)
1. an electronic data interchange system, is characterized in that, comprising:
The portable electric device that transmits electronic data, has electronic data interchange application program, and wherein this user who transmits the portable electric device of electronic data passes through this electronic data interchange application program, produces electronic data transfer control instruction; And
Server, comprise database, wherein this database is the electronic data book that stores this user, wherein when this server is according to this electronic data transfer control instruction, transmit this user's electronic data to the portable electric device of at least one reception electronic data, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device during to the portable electric device of this transmission electronic data, this server can upgrade according to this at least one user's electronic data this user's electronic data book;
Wherein this at least one receive electronic data portable electric device there is this electronic data interchange application program and this electronic data book comprises this user's electronic data and other people's electronic data.
2. electronic data interchange system as claimed in claim 1, is characterized in that, this portable electric device also comprises:
Sensor, in order to detect position and the orientation of this portable electric device.
3. electronic data interchange system as claimed in claim 2, it is characterized in that, this at least one receive electronic data portable electric device be positioned at the preset distance of position of portable electric device of this transmission electronic data within, and wherein this preset distance is the default value for this electronic data interchange application program.
4. electronic data interchange system as claimed in claim 2, it is characterized in that, this server is according to the combination in the position of the portable electric device of this transmission electronic data and orientation, the group that maybe portable electric device of this transmission electronic data is subordinate to, to this, at least one receives the portable electric device of electronic data to the electronic data that transmits this user, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to this portable electric device.
5. electronic data interchange system as claimed in claim 4, it is characterized in that, this server is after receiving this electronic data transfer control instruction in the schedule time, to this, at least one receives the portable electric device of electronic data to the electronic data that transmits this user, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data.
6. electronic data interchange system as claimed in claim 1, is characterized in that, the portable electric device of at least one reception electronic data of the portable electric device and this of this transmission electronic data has identical electronic data interchange password.
7. electronic data interchange system as claimed in claim 1, it is characterized in that, when this at least one portable electric device that receives electronic data be positioned at the preset distance of portable electric device of this transmission electronic data within, and when the portable electric device of this at least one reception electronic data and this portable electric device that transmits electronic data cannot be linked up with this server, the portable electric device of this transmission electronic data is directly to transmit this user's the portable electric device of electronic data at least one reception electronic data to this and at least one user's of the portable electric device that the portable electric device of this at least one reception electronic data directly transmits this at least one reception electronic data electronic data to the portable electric device of this transmission electronic data.
8. electronic data interchange system as claimed in claim 1, it is characterized in that, this user opens after this electronic data interchange application program, in this electronic data interchange application program, to slide or by shaking the portable electric device of this transmission electronic data, to produce this electronic data transfer control instruction by finger.
9. a method for electronic data interchange, comprising:
User opens the electronic data interchange application program of the portable electric device that transmits electronic data; Also the method is characterized in that and comprise:
By this electronic data interchange application program, produce electronic data transfer control instruction; According to this electronic data transfer control instruction, exchange this user's electronic data and at least one user's of the portable electric device that at least one receives electronic data electronic data; And
According to this at least one user's electronic data this user's of new database electronic data book more;
Wherein the portable electric device of this at least one reception electronic data has this electronic data interchange application program.
10. method as claimed in claim 9, it is characterized in that, according to this electronic data transfer control instruction, exchanging at least one electronic data that receives user of this user's electronic data and this comprises: when this at least one portable electric device that receives electronic data be positioned at the portable electric device preset distance of this transmission electronic data within, and when the portable electric device of this at least one reception electronic data and this portable electric device cannot be linked up with server, the portable electric device of this transmission electronic data directly transmits this user's the portable electric device of electronic data at least one reception electronic data to this and at least one user's of the portable electric device that the portable electric device of this at least one reception electronic data directly transmits this at least one reception electronic data electronic data to the portable electric device of this transmission electronic data.
11. methods as claimed in claim 19, it is characterized in that, according to this electronic data transfer control instruction, exchanging at least one electronic data that receives user of this user's electronic data and this comprises: server is according to the combination in the position of this portable electric device and orientation, the group that maybe this transmission electronic data portable electric device is subordinate to, transmit the portable electric device of electronic data at least one reception electronic data to this of this user, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data.
12. methods as claimed in claim 11, is characterized in that, the position of the portable electric device of this transmission electronic data and orientation are detected by the included sensor of the portable electric device of this transmission electronic data.
13. 1 kinds of portable electric devices that transmit electronic data, is characterized in that, comprising:
Electronic data interchange application program, wherein user is by this electronic data interchange application program, produce electronic data transfer control instruction to server or at least one and receive the portable electric device of electronic data, wherein the portable electric device of this at least one reception electronic data has this electronic data interchange application program;
Wherein the portable electric device of this server or this at least one reception electronic data is according to this electronic data transfer control instruction, carries out corresponding action.
The portable electric device of 14. transmission electronic data as claimed in claim 13, it is characterized in that, this server is according to this electronic data transfer control instruction, carry out this corresponding action, for this server is according to this electronic data transfer control instruction, to this, at least one receives the portable electric device of electronic data to the electronic data that transmits this user, and transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data.
The portable electric device of 15. transmission electronic data as claimed in claim 14, it is characterized in that, this at least one portable electric device that receives electronic data is according to this electronic data transfer control instruction, carry out this corresponding action, be the portable electric device that receives electronic data for this at least one directly transmit this at least one receive electronic data at least one user's the electronic data of portable electric device to the portable electric device of this transmission electronic data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210201731.3A CN103514113A (en) | 2012-06-18 | 2012-06-18 | Electronic data exchange system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210201731.3A CN103514113A (en) | 2012-06-18 | 2012-06-18 | Electronic data exchange system and method |
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| CN103514113A true CN103514113A (en) | 2014-01-15 |
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| CN201210201731.3A Pending CN103514113A (en) | 2012-06-18 | 2012-06-18 | Electronic data exchange system and method |
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Application publication date: 20140115 |