CN105353343A - Electronic equipment, terminal device and information processing method - Google Patents
Electronic equipment, terminal device and information processing method Download PDFInfo
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- CN105353343A CN105353343A CN201410412259.7A CN201410412259A CN105353343A CN 105353343 A CN105353343 A CN 105353343A CN 201410412259 A CN201410412259 A CN 201410412259A CN 105353343 A CN105353343 A CN 105353343A
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Abstract
An embodiment of the invention provides electronic equipment, a terminal device, and an information processing method. The electronic equipment includes: a radio frequency signal transmission unit which is configured to transmit a radio frequency signal; an identifying information receiving unit which is configured to receive identifying information fed back by the terminal device responding to the radio frequency signal, from at least one terminal device, wherein the identifying information is only corresponding to the terminal device; a position determining unit which is configured to determine a position of the terminal device according to the identifying information; and a processing unit which is configured to perform specified processing when an motion track of the terminal device, obtained based on the change of the position of the terminal device, meets a specified condition. According to the electronic equipment, the terminal device, and the information processing method, the terminal device can be positioned through the radio frequency technique, and the ID identifying function and positioning function can be achieved in one module, so that the space and the cost can be reduced.
Description
Technical field
The present invention relates to a kind of electronic equipment, end device and information processing method, particularly relate to and radio-frequency technique can be utilized to position end device, thus in a module, realize the electronic equipment of ID recognition function and positioning function, end device and information processing method.
Background technology
Along with developing rapidly of infotech, in order to guarantee data security, ID is usually used to carry out rights management.In addition, such as, when electronic equipment and end device carry out interconnected, electronic equipment sometimes needs according to the corresponding relation between user ID and end device ID and carries out different operations.Particularly, such as, when user's handheld terminal apparatus and electronic equipment carry out interconnected, electronic equipment needs acquisition to be which user holds end device, and realizes rights management according to the corresponding relation of device id and user ID.
Electronic equipment also needs to position end device, to realize certain function sometimes.Such as in order to make electronic equipment hommization more, the movement locus that can obtain according to positioning end device realizes certain function.Such as, when user wishes the photo in smart mobile phone to be presented on the electronic equipment of giant display, can by smart mobile phone being toppled over action on the display device, thus photo is transferred in the middle of electronic equipment from smart mobile phone shows.Realize this function and have multiple method, electronic equipment wherein can be made to position smart mobile phone, thus obtain the movement locus of this smart mobile phone.When the movement locus judging to obtain is as toppling over operation, connects, carrying out the transmission of data.
Now, electronic equipment had both needed ID recognition function, also needed positioning function.But above-mentioned two functions realize by existing electronic equipment in two functional modules.
Summary of the invention
The present invention completes in view of above problem, its object is to, a kind of electronic equipment, end device and information processing method are provided, radio-frequency technique is utilized to position end device, and according to the various function of path implementation of this end device that the change of this position obtains, namely in a module, realize ID recognition function and positioning function, reduce space and cost.
According to an aspect of the present invention, provide a kind of electronic equipment, comprising: radiofrequency signal transmitting element, configuration sends radiofrequency signal; Identifying information receiving element, configure and receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal, described identifying information is uniquely corresponding with described end device; Position determination unit, the position of described end device is determined in configuration according to described identifying information; And processing unit, configuration comes when the movement locus of the described end device that the change of the position according to described end device obtains conforms with the regulations condition, the process put rules into practice.
According to another aspect of the present invention, provide an end device, be fixed on first operating body of user, comprising: identifying information storage unit, configuration carrys out storaging identificating information, described identifying information is uniquely corresponding with described end device, and be fed back to described electronic equipment in response to the described radiofrequency signal from electronic equipment, described identifying information can be used in the position that described end device determined by described electronic equipment, when the movement locus of the described end device that the change of the position according to described end device obtains is consistent with the movement locus of the second terminal, mated with described second terminal by described electronic equipment.
According to another aspect of the present invention, provide a kind of end device, comprising: identifying information storage unit, configuration carrys out storaging identificating information, described identifying information is uniquely corresponding with described end device, and be fed back to described electronic equipment in response to the described radiofrequency signal from electronic equipment, described identifying information can be used in the position that described end device determined by described electronic equipment; And processing unit, configuration comes when the movement locus of the described end device that the change of the position according to described end device obtains is consistent with the movement locus of first terminal, mated with described first terminal by described electronic equipment, and carry out data transmission with described electronic equipment.
According to another aspect of the present invention, provide a kind of end device, comprising: track identification unit, configuration identifies the movement locus of described end device; And processing unit, when the movement locus of described end device and the movement locus of first terminal consistent time, put by electronic equipment and mate with described first terminal, and carry out data transmission with electronic equipment, wherein, the movement locus of described first terminal receives the identifying information of described first device by electronic equipment, and obtains the position of described first terminal according to described identifying information, obtains according to the change of the position of described first terminal.
According to an aspect of the present invention, additionally provide a kind of information processing method, be applied to electronic equipment, comprising: send radiofrequency signal; Receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal, described identifying information is uniquely corresponding with described end device; The position of described end device is determined according to described identifying information; And when the movement locus of the described end device that the change of the position according to described end device obtains conforms with the regulations condition, the process put rules into practice.
According to electronic equipment of the present invention, end device and information processing method, radio-frequency technique is utilized to position end device, and according to the various function of path implementation of this end device that the change of this position obtains, namely in a module, realize ID recognition function and positioning function, reduce space and cost.
Accompanying drawing explanation
Fig. 1 is the functional block diagram for illustration of electronic equipment according to an embodiment of the invention.
Fig. 2 is the schematic diagram for illustration of electronic equipment according to an embodiment of the invention.
Fig. 3 is the process flow diagram for illustration of information processing method according to an embodiment of the invention.
Fig. 4 is for illustration of the interconnected schematic diagram between the electronic equipment of first preferred embodiment according to the present invention and end device.
Fig. 5 is the functional block diagram for illustration of first terminal according to an embodiment of the invention.
Fig. 6 is the functional block diagram of the second terminal for illustration of first preferred embodiment according to the present invention.
Fig. 7 is the process flow diagram of the action of electronic equipment for illustration of first preferred embodiment according to the present invention.
Fig. 8 is for illustration of the interconnected schematic diagram between the electronic equipment of second preferred embodiment according to the present invention and end device.
Fig. 9 is the functional block diagram of the second terminal for illustration of second preferred embodiment according to the present invention.
Figure 10 is the process flow diagram of the action of electronic equipment for illustration of second preferred embodiment according to the present invention.
Embodiment
For enabling those skilled in the art to understand technical scheme of the present invention better, describe the embodiment of electronic equipment of the present invention, end device and information processing method in detail below in conjunction with accompanying drawing.Obviously, the invention is not restricted to the specific embodiment in following record, the every other embodiment that those of ordinary skill in the art obtain according to these embodiments under the prerequisite of not making creative work, all belong to the scope of protection of the invention.
Below, describe in detail by reference to the accompanying drawings according to each embodiment of the present invention.
Electronic equipment of the present invention can be such as panel computer, notebook computer, desktop computer etc., also can be other any electronic equipments.Conveniently understand, in the examples below, be described for the panel computer that horizontal positioned uses.
Next, electronic equipment is according to an embodiment of the invention described in detail by reference to the accompanying drawings.
Fig. 1 is the functional block diagram for illustration of electronic equipment according to an embodiment of the invention.As shown in Figure 1, electronic equipment 100 comprises: radiofrequency signal transmitting element 110, identifying information receiving element 120, position determination unit 130 and processing unit 140.
Radiofrequency signal transmitting element 110 is such as the transmitting antenna of RFID or NFC, for sending radio wave energy and the radiofrequency signal of characteristic frequency.
Identifying information receiving element 120 is such as the receiving antenna of RFID or NFC, for receiving the identifying information fed back in response to radiofrequency signal from least one end device.This identifying information is uniquely corresponding with the end device of this identifying information of feedback, such as, be FRID label information.In order to prevent disturbing between radiofrequency signal and identifying information, preferably the frequency of identifying information is set to different values from the frequency of radiofrequency signal.Such as, the frequency of identifying information is set to the twice of the frequency of radiofrequency signal.
Position determination unit 130 is connected with identifying information receiving element 120, for determining the position of the end device feeding back this identifying information according to identifying information.It should be pointed out that position determination unit can not by with above-mentioned each unit independently hardware realize, also can be realized by the mode performing correlative code at processing unit 140 as software module.
Processing unit 140 can be such as microprocessor, be connected with position determination unit 130, for obtaining the positional information of end device from position determination unit 130, and the movement locus of end device is gone out according to the change calculations of positional information, when movement locus conforms with the regulations condition, the process put rules into practice.
Fig. 2 is the schematic perspective view for illustration of electronic equipment according to an embodiment of the invention.As shown in Figure 2, at least two identifying information receiving elements 120 can be set diverse location on an electronic device.Preferably, these identifying information receiving elements 120 are set as much as possible dispersedly, such as, identifying information receiving element 120 can be set in the center at each edge of electronic equipment 100.Now, the identifying information that end device feeds back in response to described radiofrequency signal can be received in each identifying information receiving element 120, but because the distance between end device from each identifying information receiving element 120 is different, therefore the phase place of identifying information that receives of each identifying information receiving element 120 is different.Now, the phase place of the identifying information that position determination unit 130 receives according to each identifying information receiving element 120 determines the distance of end device and each identifying information receiving element 120, thus can calculate the position of end device.
Below, the composition graphs 3 action i.e. information processing method according to an embodiment of the invention that describes electronic equipment 100 in detail.Fig. 3 is the process flow diagram for illustration of the action of information processing method according to an embodiment of the invention.As shown in Figure 3, first, radiofrequency signal transmitting element 110 sends radiofrequency signal (step S301).After the radiofrequency signal sent is received by end device, the energy back identifying information that this end device relies on induction current to obtain, or the identifying information of a certain frequency of end device active feedback.This identifying information and this terminal device are unique corresponding, such as, be RFID label tag.Identifying information receiving element 120 receives from least one end device the identifying information (step S302) that this end device feeds back in response to described radiofrequency signal.Here, preferably the frequency of the signal of this identifying information is set to different values from the frequency of radiofrequency signal, thus avoids the interference between signal.Such as, the frequency of identifying information is set to the twice of the frequency of radiofrequency signal.Next, position determination unit 130 determines the position (step S303) of the end device feeding back this identifying information according to identifying information.Specifically, such as, plural identifying information receiving element 120 is set and receives identifying information respectively, and determine the position of end device according to the phase place of the identifying information of each identifying information receiving element 120 reception.Next, the movement locus of end device is gone out according to the change calculations of the position of end device, judge whether this movement locus conforms with the regulations condition (step S304), (the step S304 when movement locus conforms with the regulations condition, be), the process (step S305) put rules into practice.Such as, when the movement locus recognizing end device be rock time, connection request can be sent to terminal device, thus realize the transmission etc. of data.Specifically, can be on electronic equipment 100 by the image transmitting that shows on the terminal device.Obviously, the present invention is not limited thereto, can be associated various process operation and different movement locus formation contingency table in advance, thus when movement locus belongs to the movement locus stored in contingency table in advance, perform the operation corresponding with this movement locus.When movement locus condition against regulation (step S304, no), do not perform the process of this regulation and end process.
By above-mentioned electronic equipment, end device and information processing method, can realize utilizing radio-frequency technique to position end device, thus realize ID recognition function and positioning function in a module, reduce space and cost.
Below, composition graphs 4-10 describes two preferred embodiments of embodiments of the invention in detail.In these two preferred embodiments, all by electronic equipment respectively with carry out communicating between first terminal and the second terminal and obtain the movement locus of first terminal and the second terminal, and whether interconnected, thus realize data transmission if unanimously realizing between electronic equipment and the second terminal according to the movement locus both judging.
First terminal can be any end device at a certain position that can be worn on user's body, preferably, the hand of first terminal and user is fixed, make first terminal identical with the track of the motion of the hand of user, the bracelet etc. being such as worn on the finger ring on user's finger or being worn in user's wrist.Conveniently understand, first terminal is described for the finger ring be worn on user's finger.
Second terminal can be the end devices such as smart mobile phone, PDA, e-book, game paddle, is preferably user and can uses the hand-held end device had wearing first terminal.Conveniently understand, be described for smart mobile phone.
Fig. 4 is for illustration of the interconnected schematic diagram between the electronic equipment of first preferred embodiment according to the present invention and end device.As shown in Figure 4, first preferred embodiment of the present invention comprises first terminal 500 and the second terminal 600.Mainly be applicable to first terminal 500 at first preferred embodiment of the present invention and possess radio frequency recognition function and the second terminal 600 does not possess the situation of radio frequency recognition function.
Fig. 5 is the functional block diagram for illustration of first terminal according to an embodiment of the invention.As shown in Figure 5, first terminal 500 comprises identifying information storage unit 510, for storing corresponding identifying information unique with this first terminal 500.Identifying information can be such as RFID label tag.Specifically, the radiofrequency signal that electronic equipment 100 sends is received behind the magnetic field that the radiofrequency signal entering electronic equipment 100 transmission when first terminal 500 is formed.After receiving radiofrequency signal, the energy that identifying information storage unit 510 relies on induction current to obtain sends out stored identifying information, or initiatively sends identifying information by identifying information storage unit 510.
Fig. 6 is the functional block diagram of the second terminal for illustration of first preferred embodiment according to the present invention.As shown in Figure 6, the second terminal 600 comprises track identification unit 610 and processing unit 620.But the parts that the second terminal 600 comprises are not limited thereto, obviously, the second terminal can also comprise display unit, internal memory, shooting other any parts first-class.
Track identification unit 610 is for identifying the movement locus of this second terminal 600.Specifically, track identification unit 610 can be such as gravity sensor or gyroscope.
Processing unit 620 is such as microprocessor, for performing the various process of the second terminal 600.Specifically, when the movement locus of the second terminal 600 is consistent with the movement locus of first terminal 500, mated with first terminal 500 by electronic equipment 100, and carry out data transmission with electronic equipment 100.
In the present embodiment, electronic equipment 100 is except radiofrequency signal transmitting element 110 recited above, identifying information receiving element 120, position determination unit 130 and processing unit 140, also comprise positional information receiving element (not shown), for receiving the movement locus of this second terminal 600 from the second terminal 600.
Next, composition graphs 7 illustrates in first preferred embodiment of the present invention, and the action of electronic equipment 100 is namely according to the information processing method of first preferred embodiment of the present invention.
Fig. 7 is the process flow diagram of the action of electronic equipment for illustration of first preferred embodiment according to the present invention.As shown in Figure 7:
First, positional information receiving element receives the movement locus (step S701) of the second terminal 600 from the second terminal 600.Specifically, the movement locus of the second terminal 600 that track identification unit 610 can identify by the processing unit 620 of the second terminal 600 sends to electronic equipment 100, and receives the movement locus of this second terminal 600 by the positional information receiving element of electronic equipment 100.Then, identifying information receiving element 120 receives the identifying information (step S702) of the first terminal 500 that first terminal 500 feeds back in response to radiofrequency signal from first terminal 500.Subsequently, position determination unit 130 determines the position (step S703) of described first terminal 500 according to this identifying information, and obtains the movement locus of first terminal 500 according to the change of the position of described first terminal 500.Subsequently, the movement locus whether consistent with the movement locus of the second terminal 600 (step S704) of first terminal 500 is judged.(the step S704 when the movement locus of first terminal 500 is consistent with the movement locus of the second terminal 600, be), namely can be judged as that user uses the hand wearing first terminal 500 (such as finger ring) to hold the second terminal 600 (such as smart mobile phone), therefore electronic equipment 100 can mate first terminal 500 and the second terminal 600, and utilizes this coupling and the second terminal 600 to carry out data transmission (step S705).Specifically, electronic equipment 100 can send connection request to the second terminal 600, and what realize between electronic equipment 100 and the second terminal 600 after the second terminal 600 accepts connection request is interconnected, thus carries out data transmission.Here, mated with the second terminal 600 (smart mobile phone) by first terminal 500 (finger ring), electronic equipment 100 can know which user is holding the second terminal 600, thus can carry out rights management.Such as, some specific user (namely wearing the user of the first terminal 500 of specific ID) is only allowed to send connection request when holding the second terminal 600 and operating according to particular track to electronic equipment 100, even and if other users hold the second terminal 600 and carry out operating according to this track and also do not send connection request to electronic equipment 100, thus achieve rights management.In addition, self-defined contingency table can also be created according to different user, when different user is operated according to identical track, perform different process.Such as, the image that second terminal 600 is showing is shown on electronic equipment 100 when rocking the second terminal 600 to electronic equipment 100 by the some users wearing first terminal A, and the user wearing first terminal B when rocking the second terminal 600 to electronic equipment 100, the image that electronic equipment 100 is showing to be shown to the second terminal 600 first-class.When the movement locus of first terminal 500 and the movement locus of the second terminal 600 inconsistent time (step S704, no), end process.
By said method, the movement locus of two kinds of equipment can be utilized to process flexibly with interconnected, thus function hommization and the variation more of electronic equipment and end device can be made.
Next, composition graphs 8 illustrates in second preferred embodiment of the present invention, and the action of electronic equipment 100 is namely according to the information processing method of second preferred embodiment of the present invention.
Fig. 8 is for illustration of the interconnected schematic diagram between the electronic equipment of second preferred embodiment according to the present invention and end device.As shown in Figure 8, second preferred embodiment of the present invention comprises first terminal 500 and the second terminal 900.The situation that first terminal 200 and the second terminal 400 all possess radio frequency recognition function is mainly applicable at second preferred embodiment of the present invention.
In the present embodiment, first terminal 500 is identical with the first terminal in first preferred embodiment, and the explanation therefore in order to avoid repeating, no longer elaborates.
Fig. 9 is the functional block diagram of the second terminal for illustration of second preferred embodiment according to the present invention.As shown in Figure 9, the second terminal 900 comprises identifying information storage unit 910 and processing unit 920.
Identifying information storage unit 910 is for storing corresponding identifying information unique with this second terminal 900.Identifying information can be such as RFID label tag.Specifically, the radiofrequency signal that electronic equipment 100 sends is received behind the magnetic field that the radiofrequency signal entering electronic equipment 100 transmission when the second terminal 900 is formed.After receiving radiofrequency signal, the energy that identifying information storage unit 910 relies on induction current to obtain sends out stored identifying information, or initiatively sends identifying information by identifying information storage unit 910.
Processing unit 920 is such as microprocessor, for performing the various process of the second terminal 900.Specifically, when the movement locus of the second terminal 900 is consistent with the movement locus of first terminal 500, mated with first terminal 500 by electronic equipment 100, and carry out data transmission with electronic equipment 100.
Figure 10 is the process flow diagram of the action of electronic equipment for illustration of second preferred embodiment according to the present invention.
First, identifying information receiving element 120 receives the identifying information of the first terminal 500 that first terminal 500 feeds back in response to radiofrequency signal from first terminal 500, and receives the identifying information (step S1001) of the first terminal 900 that the second terminal 900 is fed back in response to radiofrequency signal from the second terminal 900.Subsequently, position determination unit 130 determines the position (step S1002) of described first terminal 500 and the second terminal 900 respectively according to the respective identifying information of first terminal 500 and the second terminal 900, and obtains their movement locus according to the change of the position of described first terminal 500 and the second terminal 900.Subsequently, the movement locus whether consistent with the movement locus of the second terminal 900 (step S1003) of first terminal 500 is judged.(the step S1003 when the movement locus of first terminal 500 is consistent with the movement locus of the second terminal 900, be), namely can be judged as that user uses the hand wearing first terminal 500 (such as finger ring) to hold the second terminal 900 (such as smart mobile phone), therefore electronic equipment 100 can mate first terminal 500 and the second terminal 900, and utilizes this coupling and the second terminal 900 to carry out data transmission (step S1004).Specifically, electronic equipment 100 can send connection request to the second terminal 900, and what realize between electronic equipment 100 and the second terminal 900 after the second terminal 900 accepts connection request is interconnected, thus carries out data transmission.Here, mated with the second terminal 900 (smart mobile phone) by first terminal 500 (finger ring), electronic equipment 100 can know which user is holding the second terminal 900, thus can carry out rights management.Such as, some specific user (namely wearing the user of the first terminal 500 of specific ID) is only allowed to send connection request when holding the second terminal 900 and operating according to particular track to electronic equipment 100, even and if other users hold the second terminal 900 and carry out operating according to this track and also do not send connection request to electronic equipment 100, thus achieve rights management.In addition, self-defined contingency table can also be created according to different user, when different user is operated according to identical track, perform different process.Such as, the image that second terminal 900 is showing is shown on electronic equipment 100 when rocking the second terminal 900 to electronic equipment 100 by the some users wearing first terminal A, and the user wearing first terminal B when rocking the second terminal 900 to electronic equipment 100, the image that electronic equipment 100 is showing to be shown to the second terminal 900 first-class.When the movement locus of first terminal 500 and the movement locus of the second terminal 900 inconsistent time (step S1003, no), end process.
By said method, the movement locus of two kinds of equipment can be utilized to process flexibly with interconnected, thus function hommization and the variation more of electronic equipment and end device can be made.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required hardware platform by software and realize, and can certainly all be implemented by hardware.Based on such understanding, what technical scheme of the present invention contributed to background technology can embody with the form of software product in whole or in part, this computer software product can be stored in storage medium, as ROM/RAM, magnetic disc, CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform the method described in some part of each embodiment of the present invention or embodiment.
Be explained above multiple embodiments of electronic equipment of the present invention, end device and information processing method.Obviously, those skilled in the art can make various combination, amendment or distortion to above-described embodiment without departing from the spirit and scope of the present invention.Those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Claims (14)
1. an electronic equipment, comprising:
Radiofrequency signal transmitting element, configuration sends radiofrequency signal;
Identifying information receiving element, configure and receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal, described identifying information is uniquely corresponding with described end device;
Position determination unit, the position of described end device is determined in configuration according to described identifying information; And
Processing unit, configuration comes when the movement locus of the described end device that the change of the position according to described end device obtains conforms with the regulations condition, the process put rules into practice.
2. electronic equipment as claimed in claim 1, wherein, comprising:
Be positioned at least two described identifying information receiving elements of diverse location,
The phase place of the signal of the described identifying information that described position determination unit receives according to identifying information receiving element described in each determines the position of described end device.
3. electronic equipment as claimed in claim 1, wherein,
The frequency of the signal of described identifying information is set to different values from the frequency of described radiofrequency signal.
4. electronic equipment as claimed in claim 1, wherein, also comprises:
Positional information receiving element, configuration carrys out the movement locus receiving described second terminal from the second terminal,
Described identifying information receiving element receives from first terminal the identifying information that described first terminal feeds back in response to described radiofrequency signal,
Described position determination unit determines the position of described first terminal according to the identifying information received from described first terminal,
Described processing unit, when the movement locus of described second terminal is consistent with the movement locus of the described first terminal that the change of the position according to described first terminal obtains, mates with described second terminal described first terminal and carries out data transmission with described second terminal.
5. electronic equipment as claimed in claim 1, wherein,
Described identifying information receiving element receives from first terminal and the second terminal the respective identifying information that described first terminal and described second terminal response feed back in described radiofrequency signal respectively,
Described position determination unit determines the position of described first terminal and described second terminal respectively according to the respective identifying information received from first terminal and the second terminal;
Described processing unit is when the movement locus of the described first terminal that the change of the position according to described first terminal obtains is consistent with the movement locus of described second terminal that the change of the position according to described second terminal obtains, described first terminal is mated with described second terminal, and carries out data transmission with described second terminal.
6. an end device, is fixed on first operating body of user, comprising:
Identifying information storage unit, configuration carrys out storaging identificating information, and described identifying information is uniquely corresponding with described end device, and is fed back to described electronic equipment in response to the described radiofrequency signal from electronic equipment,
Described identifying information can be used in the position that described end device determined by described electronic equipment,
When the movement locus of the described end device that the change of the position according to described end device obtains is consistent with the movement locus of the second terminal, mated with described second terminal by described electronic equipment.
7. an end device, comprising:
Track identification unit, configuration identifies the movement locus of described end device; And
Processing unit, when the movement locus of described end device and the movement locus of first terminal consistent time, mated with described first terminal by electronic equipment, and carry out data transmission with electronic equipment,
Wherein, the movement locus of described first terminal receives the identifying information of described first device by electronic equipment, and obtains the position of described first terminal according to described identifying information, and obtains according to the change of the position of described first terminal.
8. end device according to claim 7, wherein,
Described track identification unit is gravity sensor or gyroscope.
9. an end device, comprising:
Identifying information storage unit, configuration carrys out storaging identificating information, described identifying information is uniquely corresponding with described end device, and be fed back to described electronic equipment in response to the described radiofrequency signal from electronic equipment, described identifying information can be used in the position that described end device determined by described electronic equipment; And
Processing unit, configuration comes when the movement locus of the described end device that the change of the position according to described end device obtains is consistent with the movement locus of first terminal, mated with described first terminal by described electronic equipment, and carry out data transmission with described electronic equipment.
10. an information processing method, is applied to electronic equipment, comprising:
Send radiofrequency signal;
Receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal, described identifying information is uniquely corresponding with described end device;
The position of described end device is determined according to described identifying information; And
When the movement locus of the described end device that the change of the position according to described end device obtains conforms with the regulations condition, the process put rules into practice.
11. methods as claimed in claim 10, wherein,
Describedly determine that the position of described first terminal device comprises:
Described identifying information is received from being positioned at least two diverse locations,
The position of described end device is determined according to the phase place of the signal of the described identifying information received in each position.
12. methods as claimed in claim 11, wherein,
The frequency of the signal of described identifying information is set to different values from the frequency of described radiofrequency signal.
13. methods as claimed in claim 11, wherein,
Describedly receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal and comprise:
The movement locus of described second terminal is received from the second terminal;
The identifying information that described first terminal feeds back in response to described radiofrequency signal is received from first terminal,
Describedly determine that the position of described end device comprises according to described identifying information:
The position of first terminal is determined according to the identifying information received from first terminal,
The movement locus of the described end device that the described change when the position according to described end device obtains conform with the regulations condition time, the process put rules into practice comprises:
When the movement locus of described second terminal is consistent with the movement locus of the described first terminal that the change of the position according to described first terminal obtains, described first terminal is mated with described second terminal and carries out data transmission with described second terminal.
14. methods as claimed in claim 11, wherein,
Describedly receive from least one end device the identifying information that described end device feeds back in response to described radiofrequency signal and comprise:
The respective identifying information that described first terminal and described second terminal response feed back in described radiofrequency signal is received respectively from first terminal and the second terminal,
Describedly determine that the position of described end device comprises according to described identifying information:
The position of described first terminal and described second terminal is determined respectively according to the respective identifying information received from first terminal and the second terminal;
The movement locus of the described end device that the described change when the position according to described end device obtains conform with the regulations condition time, the process put rules into practice comprises:
When the movement locus of the described first terminal that the change of the position according to described first terminal obtains is consistent with the movement locus of described second terminal that the change of the position according to described second terminal obtains, described first terminal is mated with described second terminal, and carries out data transmission with described second terminal.
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