CN103873155A

Movatterモバイル変換

Info

Publication number: CN103873155A
Application number: CN201210540447.9A
Authority: CN
Inventors: 于海峰; 鞠娜; 尚可
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2012-12-13
Filing date: 2012-12-13
Publication date: 2014-06-18

Abstract

The application discloses a data transmission method, data receiving method and electronic device. The data transmission method is applied to a first electronic device. The first electronic device possesses a first memory cell, a data processing unit in connection with the first memory cell, and a first transmit-receive unit in connection with the data processing unit, and also possesses a first trigger electrode. The data transmission method comprises the steps of: obtaining the data to be transmitted from the first memory cell through the data processing unit; processing the data to be transmitted through the data processing unit to obtain the signals to be transmitted which are capable of being transmitted in a data transmission channel, wherein the data transmission channel is concretely a channel established between the first electronic device and a second electronic device and by using an operating body to trigger the first trigger electrode and the second trigger electrode of the second electronic device; and transmitting the signals to be transmitted to the second electronic device through the data transmission channel by the first transmit-receive unit.

Description

Data transferring method, data receive method and electronic equipment

Technical field

The present invention relates to electronic technology field, particularly data transferring method, data receive method and electronic equipment.

Background technology

Along with the development of electronic technology, increasing electronic equipment has diversified function, such as browsing page, take pictures, reading electronic book, listens to the music etc., and electronic equipment can both be realized, further, electronic equipment, except supporting above-mentioned functions, can also share the transfer of data of storage to other electronic equipments, such as, in A electronic equipment, have a first English song and need to be shared with B electronic equipment, A electronic equipment can use various ways to share.

Such as, in the time that A electronic equipment need to be shared English song, can pass through Internet Transmission instrument, for example QQ is transferred to B electronic equipment, or uses certain transmission medium, as data wire, USB flash disk, network (line) etc. is transferred to B electronic equipment, or uses infrared, bluetooth, the close range wireless communication modes such as NFC etc. are transferred to B electronic equipment

Several transmission meanss are all modes more conventional in prior art above, and the applicant is in the process that realizes the application, finds that prior art at least exists following technical problem:

Several transmission method of the prior art, such as first method, depends on network tool and transmits, and therefore, the speed of transmission needs to depend on the speed of network to a great extent.Further, second method, is to need certain transmission medium just can carry out transfer of data.The third method, needs the operations such as pair verification, can carry out the transmission of data.

To sum up, transmission method of the prior art, need to depend on network, or transmission medium and necessary verification operation, and therefore transmission method of the prior art is comparatively complicated.

Summary of the invention

The invention provides data transferring method, data receive method and electronic equipment, in order to solve the comparatively complicated technical problem of transmission method of prior art.

On the one hand, the present invention, by the application's a embodiment, provides following technical scheme:

A kind of data transferring method, described method is applied to the first electronic equipment, described the first electronic equipment has the first memory cell, the data processing unit being connected with described the first memory cell, and the first Transmit-Receive Unit being connected with data processing unit, described the first electronic equipment also comprises the first trigger electrode, and described method comprises: by described data processing unit, from described the first memory cell, obtain data to be transmitted; By described data processing unit, described data to be transmitted is processed, the signal to be transmitted that acquisition can be transmitted in data transmission channel, wherein, described data transmission channel is specially by operating body by the second trigger electrode of described the first trigger electrode of contact and the second electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation; By described the first Transmit-Receive Unit, described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel.

Preferably, described by described data processing unit, from described the first memory cell, obtain data to be transmitted, specifically comprise: respond the operation of described operating body, generating run instruction; Carry out described operational order, by described data processing unit, from described the first memory cell, read described data to be transmitted.

Preferably,, described data to be transmitted is processed, before the signal to be transmitted that acquisition can be transmitted in data transmission channel by described data processing unit described, described method also comprises: respond the trigger action of described operating body, trigger described the first Transmit-Receive Unit in accepting state; Within the scheduled time, by described the first Transmit-Receive Unit, detect and whether receive the link information being transmitted by described data transmission channel being sent by described the second electronic equipment, wherein, described link information is used for characterizing described the second electronic equipment in accepting state; If so, execution step: by described data processing unit, described data to be transmitted is processed the signal to be transmitted that acquisition can be transmitted in data transmission channel.

Preferably, described by described data processing unit, described data to be transmitted is processed to the signal to be transmitted that acquisition can be transmitted in data transmission channel, specifically comprise: by described data processing unit, described data to be transmitted is modulated to the weak current that acquisition can be transmitted in described data transmission channel, or coupling electric charge, or surface acoustic wave, and by described weak current, or described coupling electric charge, or described surface acoustic wave is as signal to be transmitted.

Preferably, described by described the first Transmit-Receive Unit, after described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel, described method also comprises: the transmission progress that shows described signal to be transmitted on the display unit of described the first electronic equipment.

On the other hand, the present invention provides by another embodiment of the application:

A kind of electronic equipment, described electronic equipment has the first memory cell, the data processing unit being connected with described the first memory cell, and the first Transmit-Receive Unit being connected with data processing unit, described the first electronic equipment also comprises the first trigger electrode, described electronic equipment comprises: described data processing unit, for obtaining data to be transmitted from described the first memory cell; Described data processing unit, for described data to be transmitted is processed, the signal to be transmitted that acquisition can be transmitted in data transmission channel, wherein, described data transmission channel is specially by operating body by the second trigger electrode of described the first trigger electrode of contact and the second electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation; Described the first Transmit-Receive Unit, for being transferred to described the second electronic equipment by described signal to be transmitted by described data transmission channel.

Preferably, described data processing unit specifically comprises: receiving element, for responding the operation of described operating body, generating run instruction; Obtain unit, for carrying out described operational order, by described data processing unit, from described the first memory cell, read described data to be transmitted.

Preferably, described electronic equipment also comprises: trigger element, for passing through described data processing unit, described data to be transmitted is processed, before the signal to be transmitted that acquisition can be transmitted in data transmission channel, respond the trigger action of described operating body, trigger described the first Transmit-Receive Unit in accepting state; Detecting unit, for within the scheduled time, by described the first Transmit-Receive Unit, detect and whether receive the link information being transmitted by described data transmission channel being sent by described the second electronic equipment, wherein, described link information is used for characterizing described the second electronic equipment in accepting state; If so, carry out described data processing unit: by described data processing unit, described data to be transmitted is processed the signal to be transmitted that acquisition can be transmitted in data transmission channel.

Preferably, described data processing unit is specifically for modulating described data to be transmitted, the weak current that acquisition can be transmitted in described data transmission channel, or coupling electric charge, or surface acoustic wave, and by described weak current, or described coupling electric charge, or described surface acoustic wave is as signal to be transmitted.

Preferably, described electronic equipment also comprises: display unit, for passing through described the first Transmit-Receive Unit, after described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel, on the display unit of described the first electronic equipment, show the transmission progress of described signal to be transmitted.

A kind of data receive method, described method is applied to the second electronic equipment, described the second electronic equipment has the second memory cell, and the CPU being connected with described the second memory cell, and the second Transmit-Receive Unit being connected with described CPU, described the second mobile device is connected with the second trigger electrode, described method comprises: by the second Transmit-Receive Unit, receive the signal to be transmitted being transmitted by data transmission channel, wherein, described data transmission channel is specially by operating body by the first trigger electrode and described second trigger electrode of contact the first electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation, by described CPU, described signal to be transmitted is processed, obtain data to be transmitted, by described CPU, store described data to be transmitted into second memory cell.

Preferably, at described second Transmit-Receive Unit that passes through, before receiving the signal to be transmitted being transmitted by data transmission channel, described method also comprises: receive the first operational order of described operating body, trigger described the second Transmit-Receive Unit in transmission state; Based on described the first operational order, by described the second Transmit-Receive Unit, described link information is transferred to described the first electronic equipment by described data transmission channel, described link information is used for characterizing described the second mobile device in accepting state.

Preferably, described by described CPU, described signal to be transmitted is processed, obtain data to be transmitted, be specially: by described CPU, will form the weak current of described signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, obtain described data to be transmitted.

A kind of electronic equipment, described electronic equipment has the second memory cell, and the CPU being connected with described the second memory cell, and the second Transmit-Receive Unit being connected with described CPU, described the second mobile device is connected with the second trigger electrode, described electronic equipment comprises: the second Transmit-Receive Unit, for receiving the signal to be transmitted being transmitted by data transmission channel, wherein, described data transmission channel is specially by operating body by the first trigger electrode and described second trigger electrode of contact the first electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation, described CPU, for described signal to be transmitted is processed, obtains data to be transmitted, described CPU, for storing described data to be transmitted into second memory cell.

Preferably, described electronic equipment also comprises: receiving element, for passing through the second Transmit-Receive Unit, before receiving the signal to be transmitted being transmitted by data transmission channel, receive the first operational order of described operating body, trigger described the second Transmit-Receive Unit in transmission state; Transmission unit, be used for based on described the first operational order, by described the second Transmit-Receive Unit, described link information is transferred to described the first electronic equipment by described data transmission channel, described link information is used for characterizing described the second mobile device in accepting state.

Preferably, described CPU is specifically for forming the weak current of described signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, obtains described data to be transmitted.

One or more technical schemes in technique scheme, have following technique effect or advantage:

In one or more embodiment of the application, data transferring method has been described, data receive method and electronic equipment, further, in data transferring method, by using by operating body, the first trigger electrode, the data transmission channel of setting up between the second trigger electrode three transmits data, and further data to be transmitted is treated to the weak current that can transmit by human body, or coupling electric charge, or surface acoustic wave is to transmit, avoid using method of the prior art, and then need not depend on network, or transmission medium, or need the requirements such as checking, there is advantage simple to operate.

Further, in data receive method, by using by operating body, the first trigger electrode, the data transmission channel of setting up between the second trigger electrode three receives signal to be transmitted, and process and store, avoid using method of the prior art, and then need not depend on network, or transmission medium, or need the requirements such as checking, there is advantage simple to operate.

Accompanying drawing explanation

Fig. 1 is the structure chart of the electronic equipment that in the embodiment of the present application one, data transmission method for uplink is corresponding;

Fig. 2 is the flow chart of data transmission method for uplink in the embodiment of the present application one;

Fig. 3 is the structure chart of the electronic equipment that in the embodiment of the present application three, data receive method is corresponding;

Fig. 4 is the flow chart of data receive method in the embodiment of the present application three.

Embodiment

In order to solve the comparatively complicated technical problem of transmission method of prior art, the embodiment of the present invention has proposed data transferring method, data receive method and electronic equipment, and its solution general thought is as follows:

In this application, data transferring method, data receive method and electronic equipment have been proposed, wherein, this data transferring method is applied to the first electronic equipment, the first electronic equipment has the first memory cell, the data processing unit being connected with the first memory cell, and the first Transmit-Receive Unit being connected with data processing unit, in addition, the first electronic equipment also comprises the first trigger electrode.

Further, first this data transferring method by data processing unit, obtains data to be transmitted from the first memory cell; Then by data processing unit, data to be transmitted is processed to the signal to be transmitted that acquisition can be transmitted in data transmission channel; Finally, by the first Transmit-Receive Unit, signal to be transmitted is transferred to the second electronic equipment by data transmission channel.

And data transmission channel is specially by operating body by the second trigger electrode of contact the first trigger electrode and the second electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

Said method, by at operating body, the first trigger electrode, and second set up data transmission channel between trigger electrode three, by data to be transmitted being treated to signal to be transmitted, then transmit by passage to be transmitted, and then can provide one comparatively simple transmission means, have the complicated technical problem of transmission in order to solve several transmission means of the prior art.

Further, also have in this application data receive method, the method is applied to the second electronic equipment, and the second electronic equipment has the second memory cell, and the CPU being connected with the second memory cell, and the second Transmit-Receive Unit being connected with CPU, in addition, the second mobile device is connected with the second trigger electrode, further, in the method, first by the second Transmit-Receive Unit, receive the signal to be transmitted being transmitted by data transmission channel; Then by CPU, signal to be transmitted is processed, obtained data to be transmitted; Finally, by CPU, store data to be transmitted into second memory cell.

Further, data transmission channel is specially by operating body by the first trigger electrode and second trigger electrode of contact the first electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

In method of reseptance, the data to be transmitted transmitting by receiving data transmission channel, and further process and store, network can not depended on or transmission medium transmits, also the processes such as checking have been avoided using, and then can solve the complicated technical problem of several transmission means existence transmission of the prior art, there is the simple beneficial effect of transmission means.

Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present invention and embodiment is the detailed explanation to technical solution of the present invention, rather than restriction to technical solution of the present invention, in the situation that not conflicting, the technical characterictic in the embodiment of the present invention and embodiment can combine mutually.

Embodiment mono-:

In the embodiment of the present application, provide a kind of data transferring method.

Further, the method is applied to the first electronic equipment.

In actual conditions, the first electronic equipment can be multiple, such as mobile phone, and panel computer, notebook computer, integrated computer, desktop computer etc.

Concrete, the first electronic equipment has thefirst memory cell 101, thedata processing unit 102 being connected with thefirst memory cell 101, and the first Transmit-ReceiveUnit 103 being connected withdata processing unit 102.

Please refer to Fig. 1 below, is the cut-away view of the first electronic equipment, and wherein, thefirst memory cell 101 is connected withdata processing unit 102, anddata processing unit 102 is connected with the first Transmit-Receive Unit 103.

Further, the first electronic equipment also comprises the first trigger electrode, in actual conditions, the first trigger electrode can be arranged on any position on the first electronic equipment surface, such as being arranged on the shell of the first electronic equipment, or, in the time that the first electronic equipment has touch controllable function, can also be arranged on the touching display screen of the first electronic equipment, the first trigger electrode has electric conductivity, it can be metal trigger electrode or for capacitive couplings trigger electrode, in the time that the first trigger electrode is metal trigger electrode, can be arranged on the shell of the first electronic equipment, in the time that the first trigger electrode is capacitive couplings trigger electrode, can be arranged on the touch screen of the first electronic equipment.

Certainly, the first trigger electrode that the embodiment of the present application exemplifies, only for description and interpretation the present invention, is not intended to limit the present invention, the position of the first trigger electrode, and material can select according to actual conditions, do not limit in this application.

Please refer to Fig. 2 below, be the specific implementation process of data transmission method for uplink, as follows:

S201 bydata processing unit 102, obtains data to be transmitted from thefirst memory cell 101.

S202, bydata processing unit 102, processes data to be transmitted, the signal to be transmitted that acquisition can be transmitted in data transmission channel.

Wherein, data transmission channel is specially by operating body by the second trigger electrode of contact the first trigger electrode and the second electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

S203, by the first Transmit-ReceiveUnit 103, is transferred to the second electronic equipment by signal to be transmitted by data transmission channel.

Wherein, in S201, data to be transmitted can be the data of various ways, such as image data, text data etc., and these data, all be stored in thefirst memory cell 101, in actual conditions, while being mobile phone such as the first electronic equipment, thefirst memory cell 101 can be the internal memory of RAM (random access memory) card or mobile phone; If when the first electronic equipment is panel computer, thefirst memory cell 101 can be the internal memory in panel computer.

Therefore, in the time of needs reading out data, operating body can operate the first electronic equipment, such as user operates the first electronic equipment or user uses pointer to operate the first electronic equipment.

And in the first electronic equipment side, operation that can operation response body, generating run instruction; And executable operations instruction bydata processing unit 102, is read data to be transmitted from thefirst memory cell 101.

Further, when take out data from thefirst memory cell 101 after, can carry out S202, data to be transmitted be processed, and before this, first can be set up data transmission channel.

And the foundation of data transmission channel is by operating body, the first trigger electrode, the common foundation of the second trigger electrode three on the second electronic equipment.

Wherein, operating body can be user, can be also one section of metal rod, or has arbitrarily the object of electric conductivity.

If operating body is user, in the time setting up data transmission channel, user is after having selected data to be transmitted, in the first electronic equipment, can eject the option of " log-on data transmission ", after user has clicked this option, in the first electronic equipment side, the data transmission module that data transmission channel is set up in the control operation that can power on, and then in opening.

Now, if user's left hand is held the first electronic equipment, and contact with the first trigger electrode always, in addition, if user is after the option of " log-on data reception " in the second electronic equipment has been opened in the second electronic equipment triggering, user's the right hand has been held the second electronic equipment, and contact with the second trigger electrode always, so, at the first electronic equipment, user, can set up a data transmission channel between the second electronic equipment.

In actual applications, can use any two place's contact trigger electrodes of body surface, can form and lead, and then can composition data transmission channel.

Further, after setting up data transmission channel, also can there is operating process below:

First, the trigger action of operation response body, triggers the first Transmit-ReceiveUnit 103 in accepting state.

In the embodiment of the present application, the first Transmit-ReceiveUnit 103 has transmission state and receive status, at this moment, triggers the first Transmit-ReceiveUnit 103 in accepting state, is the link information sending in order to receive the second electronic equipment.

As follows:

Within the scheduled time, by the first Transmit-ReceiveUnit 103, detect and whether receive the link information being transmitted by data transmission channel being sent by the second electronic equipment.

Wherein, link information is used for characterizing the second electronic equipment in accepting state.

In the time having received link information, show that the second electronic equipment has been ready to receive data.Therefore, now can carry out S202.

And it should be noted that, set up data transmission channel and trigger the first Transmit-ReceiveUnit 103 in two implementation processes of accepting state, not dividing of priority, can first set up data transmission channel, or first trigger the first Transmit-ReceiveUnit 103 in accepting state, in actual conditions, these two kinds of modes are all fine.

And more specifically, in the time carrying out S202, more specifically processing scheme:

Bydata processing unit 102, data to be transmitted is modulated, the weak current that acquisition can be transmitted in data transmission channel, or coupling electric charge, or surface acoustic wave, and by weak current, or coupling electric charge, or surface acoustic wave is as signal to be transmitted.

In actual conditions, data to be transmitted is present in the first electronic equipment with binary-coded form, in the time that needs transmit in data transmission channel, data to be transmitted can be modulated into weak current, or coupling electric charge, or surface acoustic wave,

And concrete modulation system, give an example to be modulated into weak current, bydata processing unit 102, by the binary coding of composition data to be transmitted, the related chip of controlling in the first electronic equipment produces the weak current that can transmit on operating body, and weak current in the embodiment of the present application is harmless, and can be through the weak current of human body.Further, after having produced weak current, weak current is corresponding to data to be transmitted.

Then, can weak current be transferred to the second electronic equipment by data transmission channel.

Further, in the process of transmitting in data to be transmitted, on the display unit of the first electronic equipment, can also show the transmission progress of signal to be transmitted, offer user, so that user is known transmission progress and then carried out subsequent operation.

Above-mentioned implementation process, it is the overall process of data transmission method for uplink in the embodiment of the present application, by using by operating body, the first trigger electrode, the data transmission channel of setting up between the second trigger electrode three transmits data, has avoided using method of the prior art, and then need not depend on network, or transmission medium, or need the requirements such as checking, there is advantage simple to operate.

In the following embodiments, specifically describe electronic equipment corresponding to sending method.

Embodiment bis-:

In the embodiment of the present application, provide a kind of electronic equipment.

Wherein, electronic equipment has thefirst memory cell 101, thedata processing unit 102 being connected with thefirst memory cell 101, and the first Transmit-ReceiveUnit 103 being connected withdata processing unit 102.

Concrete, above-mentioned three's annexation specifically refers to Fig. 1, repeats no more in this embodiment of the present application.

In addition, the first electronic equipment also comprises the first trigger electrode.

In actual conditions, the first trigger electrode can be arranged on the position on any surface of the first electronic equipment, such as being arranged on the shell of the first electronic equipment, or, in the time that the first electronic equipment has touch controllable function, can also be arranged on the touching display screen of the first electronic equipment, the first trigger electrode has electric conductivity, it can be metal trigger electrode or for capacitive couplings trigger electrode, in the time that the first trigger electrode is metal trigger electrode, can be arranged on the shell of the first electronic equipment, in the time that the first trigger electrode is capacitive couplings trigger electrode, can be arranged on the touch screen of the first electronic equipment.

Certainly, the first trigger electrode that the application exemplifies, only for description and interpretation the present invention, is not intended to limit the present invention, the position of the first trigger electrode, and material can select according to actual conditions, do not limit in this application.

The concrete function effect of unit is described below.

Data processing unit 102, for obtaining data to be transmitted from thefirst memory cell 101.

Data processing unit 102, for data to be transmitted is processed, the signal to be transmitted that acquisition can be transmitted in data transmission channel, wherein, data transmission channel is specially by operating body by the second trigger electrode of contact the first trigger electrode and the second electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

The first Transmit-ReceiveUnit 103, for being transferred to the second electronic equipment by signal to be transmitted by data transmission channel.

Further,data processing unit 102 specifically comprises: receiving element, and for the operation of operation response body, generating run instruction.Obtain unit, for executable operations instruction, bydata processing unit 102, from thefirst memory cell 101, read data to be transmitted.

Further, electronic equipment also comprises:

Trigger element, for by data processing unit, processes data to be transmitted, and before the signal to be transmitted that acquisition can be transmitted in data transmission channel, the trigger action of operation response body, triggers the first Transmit-ReceiveUnit 103 in accepting state.

Detecting unit, within the scheduled time, by the first Transmit-ReceiveUnit 103, detects and whether receives the link information being transmitted by data transmission channel being sent by the second electronic equipment, and wherein, link information is used for characterizing the second electronic equipment in accepting state.

If so, executing data processing unit 102: bydata processing unit 102, data to be transmitted is processed the signal to be transmitted that acquisition can be transmitted in data transmission channel.

Further,data processing unit 102 is specifically for data to be transmitted is modulated, the weak current that acquisition can be transmitted in data transmission channel, or coupling electric charge, or surface acoustic wave, and by weak current, or coupling electric charge, or surface acoustic wave is as signal to be transmitted.

Further, electronic equipment also comprises: display unit, for by the first Transmit-ReceiveUnit 103, after signal to be transmitted is transferred to the second electronic equipment by data transmission channel, on the display unit of the first electronic equipment, show the transmission progress of signal to be transmitted.

In above-mentioned two embodiment, specifically describe the specific implementation process of data transmission method for uplink and the structure function of corresponding electronic equipment, in the following embodiments, specific implementation process that will data of description method of reseptance.

Embodiment tri-:

In the embodiment of the present application, a kind of data receive method has been described.

Further, the method is applied to the second electronic equipment.

Further, the second electronic equipment has thesecond memory cell 301, and theCPU 302 being connected with thesecond memory cell 301, and the second Transmit-ReceiveUnit 303 being connected withCPU 302.

Please refer to Fig. 3 below, is the cut-away view of the second electronic equipment.

In Fig. 3, thesecond memory cell 301 is connected withCPU 302, andCPU 302 is connected with the second Transmit-ReceiveUnit 303.

Further, the second mobile device is connected with the second trigger electrode, and now, the second trigger electrode and the first trigger electrode are similar, can be arranged on any position on the second electronic equipment surface, such as being arranged on the shell of the second electronic equipment, or, in the time that the second electronic equipment has touch controllable function, can also be arranged on the touching display screen of the second electronic equipment, the second trigger electrode has electric conductivity, it can be metal trigger electrode or for capacitive couplings trigger electrode, in the time that the second trigger electrode is metal trigger electrode, can be arranged on the shell of the second electronic equipment, in the time that the second trigger electrode is capacitive couplings trigger electrode, can be arranged on the touch screen of the second electronic equipment.

Certainly, and the first trigger electrode is similar, and the second trigger electrode that the embodiment of the present application exemplifies is only for description and interpretation the present invention, be not intended to limit the present invention, the position of the second trigger electrode, and material can select according to actual conditions, do not limit in this application.

Please refer to Fig. 4 below, the specific implementation process of data receive method is as follows:

S401, by the second Transmit-ReceiveUnit 303, receives the signal to be transmitted being transmitted by data transmission channel.

Wherein, data transmission channel is specially by operating body by the first trigger electrode and second trigger electrode of contact the first electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

S402, byCPU 302, processes signal to be transmitted, obtains data to be transmitted.

S403, byCPU 302, stores data to be transmitted intosecond memory cell 301.

Wherein, in S401, data transmission channel is by operating body, the first trigger electrode, the common foundation of the second trigger electrode three on the second electronic equipment.

Before implementation process on carry out, the second electronic equipment also can be accepted user's operation, selects concrete store path, such as the store path of selecting thesecond memory cell 301 as data.

And after having selected store path, the second electronic equipment can eject the option of " turn-on data reception ", after user clicks, in the second electronic equipment side, the data transmission module that data transmission channel is set up in the control operation that can power on, and then in opening.

If the first electronic equipment control set up the data transmission module of data transmission channel also power on operation after, user's left hand has been held the first electronic equipment, and contact with the first trigger electrode always, in addition, user's the right hand has been held the second electronic equipment, and contacts with the second trigger electrode always, so, at the first electronic equipment, user, can set up a data transmission channel between the second electronic equipment.

And before accepting signal to be transmitted, also there is processing procedure below.

First, receive the first operational order of operating body, trigger the second Transmit-ReceiveUnit 303 in transmission state.

When the second Transmit-ReceiveUnit 303 is in the time sending state, can, based on the first operational order, link information be transferred to the first electronic equipment by data transmission channel.

Link information is used for characterizing the second mobile device in accepting state.

When sent link information to the first electronic equipment after, in the first electronic equipment side, can know that the second electronic equipment has been ready to receive data, therefore, the first electronic equipment can send signal to be transmitted to the second electronic equipment.

And in the second electronic equipment side, in the time receiving signal to be transmitted, can carry out S402: it is processed, to obtain data to be transmitted.

Concrete processing procedure, is byCPU 302, will form the weak current of signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, acquisition data to be transmitted.

In the time obtaining data to be transmitted, carry out S403: byCPU 302, store data to be transmitted intosecond memory cell 301.

The processing procedure of describing in above-described embodiment, be whole implementation processes of the data receive method of the second electronic equipment side, by using by operating body, the first trigger electrode, the data transmission channel of setting up between the second trigger electrode three receives data, has avoided using method of the prior art, and then need not depend on network, or transmission medium, or need the requirements such as checking, there is advantage simple to operate.

Use concrete example to be specifically described the sending method in above-described embodiment and method of reseptance below.

Such as, in the embodiment of the present application, the first electronic equipment is specially mobile phone A, and the second electronic equipment is specially mobile phone B, and operating body is specially user itself.

Set up the method for transmission channel, it is user's left-handed mobile phone A, and with the first trigger electrode always in contact condition, the other end, user uses the right hand to grip mobile phone B, and with the second trigger electrode always in contact condition, when user and two trigger electrodes are during all in contact condition, can trigger and set up data transmission channel.

When user finds the picture that a head is comparatively good-looking in mobile phone A, and need to be transferred in mobile phone B time:

First, in mobile phone A, can respond user's operation, from thefirst memory cell 101, take out this pictures bydata processing unit 102.

Then, in mobile phone A, can receive again user's operation, trigger the first Transmit-ReceiveUnit 103 in accepting state.

Further, user A can grip mobile phone A and mobile phone B, between mobile phone A and mobile phone B, sets up data transmission channel.

And it should be noted that two steps above trigger the step of the first Transmit-ReceiveUnit 103 in accepting state or triggering and set up the step of data transmission channel and do not have sequencing.

As user can first set up data transmission channel, then mobile phone A is being operated, and then triggering the first Transmit-ReceiveUnit 103 in accepting state.Or user can trigger the first Transmit-ReceiveUnit 103 in accepting state, and then grip mobile phone A and mobile phone B, set up data transmission channel.

After having set up data transmission channel, in mobile phone B side, can trigger the second Transmit-ReceiveUnit 303 in transmission state, and further send connection signal to mobile phone A.

It should be noted that, setting up the step of data transmission channel and triggering the second Transmit-ReceiveUnit 303 does not have dividing of sequencing in sending the step of state yet herein.

Such as, user can first set up data transmission channel, and then mobile phone B is operated, and then triggers the second Transmit-ReceiveUnit 303 in transmission state; Or user can operating handset B, trigger the second Transmit-ReceiveUnit 303 of mobile phone B in transmission state, and then grip mobile phone A and mobile phone B, set up data transmission channel.

Further, before this, in mobile phone B, also there is the method for store path of selection, such as mobile phone B can be accepted user's operation, select the store path of thesecond memory cell 301 as these pictures of storage.

Further, when mobile phone B has sent link information, and after being transferred to mobile phone A by data transmission channel.

In mobile phone A, can know that mobile phone B has been ready to receive this picture.

Further, mobile phone A can be modulated to weak current by image data, or coupling electric charge, or surface acoustic wave, is then transferred to mobile phone B by data transmission channel.

After mobile phone B receives this signal to be transmitted, can useCPU 302 to analyze it, then obtain image data.

Then, byCPU 302, this image data is stored in thesecond memory cell 301.

Complete when storage, between mobile phone A and mobile phone B, complete transfer of data.

The following examples, specifically introduce the electronic equipment that data receive method is corresponding.

Embodiment tetra-:

Further, electronic equipment has thesecond memory cell 301, and theCPU 302 being connected with thesecond memory cell 301, and the second Transmit-ReceiveUnit 303 being connected withCPU 302.

And the concrete structure of electronic equipment in the embodiment of the present application please refer to the Fig. 3 in embodiment tri-, repeats no more in this application.

Further, the second mobile device is connected with the second trigger electrode, and the second trigger electrode in embodiment tri-tool be described later in detail, therefore, repeat no more in this embodiment of the present application.

Introduce the concrete function of unit in electronic equipment below.

The second Transmit-ReceiveUnit 303, for receiving the signal to be transmitted being transmitted by data transmission channel, wherein, data transmission channel is specially by operating body by the first trigger electrode and second trigger electrode of contact the first electronic equipment, at the passage of the first electronic equipment and the foundation of the second electric room.

CPU 302, for signal to be transmitted is processed, obtains data to be transmitted.

CPU 302, for storing data to be transmitted into thesecond memory cell 301.

Further, electronic equipment also comprises:

Receiving element, for by the second Transmit-ReceiveUnit 303, before receiving the signal to be transmitted being transmitted by data transmission channel, receives the first operational order of operating body, triggers the second Transmit-ReceiveUnit 303 in transmission state.

Transmission unit, for based on the first operational order, by the second Transmit-ReceiveUnit 303, is transferred to the first electronic equipment by link information by data transmission channel, and link information is used for characterizing the second mobile device in accepting state.

Further,CPU 302 is specifically for forming the weak current of signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, acquisition data to be transmitted.

By one or more embodiment of the present invention, can be achieved as follows technique effect:

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, completely implement software example or the form in conjunction with the embodiment of software and hardware aspect.And the present invention can adopt the form at one or more upper computer programs of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) that wherein include computer usable program code.

The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be by the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction that makes to carry out by the processor of computer or other programmable data processing device produces the device for realizing the function of specifying at flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of specifying in flow process of flow chart or multiple flow process and/or square frame of block diagram or multiple square frame on computer or other programmable devices.

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

1. a data transferring method, described method is applied to the first electronic equipment, described the first electronic equipment has the first memory cell, the data processing unit being connected with described the first memory cell, and the first Transmit-Receive Unit being connected with data processing unit, it is characterized in that, described the first electronic equipment also comprises the first trigger electrode, and described method comprises:

By described data processing unit, from described the first memory cell, obtain data to be transmitted;

By described data processing unit, described data to be transmitted is processed, the signal to be transmitted that acquisition can be transmitted in data transmission channel, wherein, described data transmission channel is specially by operating body by the second trigger electrode of described the first trigger electrode of contact and the second electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation;

By described the first Transmit-Receive Unit, described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel.

2. the method for claim 1, is characterized in that, described by described data processing unit, from described the first memory cell, obtains data to be transmitted, specifically comprises:

Respond the operation of described operating body, generating run instruction;

Carry out described operational order, by described data processing unit, from described the first memory cell, read described data to be transmitted.

3. the method for claim 1, is characterized in that, described data to be transmitted is processed by described data processing unit described, and before the signal to be transmitted that acquisition can be transmitted in data transmission channel, described method also comprises:

Respond the trigger action of described operating body, trigger described the first Transmit-Receive Unit in accepting state;

Within the scheduled time, by described the first Transmit-Receive Unit, detect and whether receive the link information being transmitted by described data transmission channel being sent by described the second electronic equipment, wherein, described link information is used for characterizing described the second electronic equipment in accepting state;

If so, execution step: by described data processing unit, described data to be transmitted is processed the signal to be transmitted that acquisition can be transmitted in data transmission channel.

4. method as claimed in claim 3, is characterized in that, described by described data processing unit, and described data to be transmitted is processed, and the signal to be transmitted that acquisition can be transmitted in data transmission channel, specifically comprises:

By described data processing unit, described data to be transmitted is modulated to the weak current that acquisition can be transmitted in described data transmission channel, or coupling electric charge, or surface acoustic wave, and by described weak current, or described coupling electric charge, or described surface acoustic wave is as signal to be transmitted.

5. the method for claim 1, is characterized in that, described, by described the first Transmit-Receive Unit, after described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel, described method also comprises:

On the display unit of described the first electronic equipment, show the transmission progress of described signal to be transmitted.

6. an electronic equipment, described electronic equipment has the first memory cell, the data processing unit being connected with described the first memory cell, and the first Transmit-Receive Unit being connected with data processing unit, it is characterized in that, described the first electronic equipment also comprises the first trigger electrode, and described electronic equipment comprises:

Described data processing unit, for obtaining data to be transmitted from described the first memory cell;

Described data processing unit, for described data to be transmitted is processed, the signal to be transmitted that acquisition can be transmitted in data transmission channel, wherein, described data transmission channel is specially by operating body by the second trigger electrode of described the first trigger electrode of contact and the second electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation;

Described the first Transmit-Receive Unit, for being transferred to described the second electronic equipment by described signal to be transmitted by described data transmission channel.

7. electronic equipment as claimed in claim 6, is characterized in that, described data processing unit specifically comprises:

Receiving element, for responding the operation of described operating body, generating run instruction;

Obtain unit, for carrying out described operational order, by described data processing unit, from described the first memory cell, read described data to be transmitted.

8. electronic equipment as claimed in claim 6, is characterized in that, described electronic equipment also comprises:

Trigger element, for by described data processing unit, described data to be transmitted is processed, before the signal to be transmitted that acquisition can be transmitted in data transmission channel, respond the trigger action of described operating body, trigger described the first Transmit-Receive Unit in accepting state;

Detecting unit, for within the scheduled time, by described the first Transmit-Receive Unit, detect and whether receive the link information being transmitted by described data transmission channel being sent by described the second electronic equipment, wherein, described link information is used for characterizing described the second electronic equipment in accepting state;

If so, carry out described data processing unit: by described data processing unit, described data to be transmitted is processed the signal to be transmitted that acquisition can be transmitted in data transmission channel.

9. electronic equipment as claimed in claim 8, it is characterized in that, described data processing unit is specifically for modulating described data to be transmitted, the weak current that acquisition can be transmitted in described data transmission channel, or coupling electric charge, or surface acoustic wave, and by described weak current, or described coupling electric charge, or described surface acoustic wave is as signal to be transmitted.

10. electronic equipment as claimed in claim 6, is characterized in that, described electronic equipment also comprises:

Display unit for by described the first Transmit-Receive Unit, after described signal to be transmitted is transferred to described the second electronic equipment by described data transmission channel, shows the transmission progress of described signal to be transmitted on the display unit of described the first electronic equipment.

11. 1 kinds of data receive methods, described method is applied to the second electronic equipment, described the second electronic equipment has the second memory cell, and the CPU being connected with described the second memory cell, and the second Transmit-Receive Unit being connected with described CPU, it is characterized in that, described the second mobile device is connected with the second trigger electrode, and described method comprises:

By the second Transmit-Receive Unit, receive the signal to be transmitted being transmitted by data transmission channel, wherein, described data transmission channel is specially by operating body by the first trigger electrode and described second trigger electrode of contact the first electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation;

By described CPU, described signal to be transmitted is processed, obtain data to be transmitted;

By described CPU, store described data to be transmitted into second memory cell.

12. methods as claimed in claim 11, is characterized in that, at described second Transmit-Receive Unit that passes through, before receiving the signal to be transmitted being transmitted by data transmission channel, described method also comprises:

Receive the first operational order of described operating body, trigger described the second Transmit-Receive Unit in transmission state;

Based on described the first operational order, by described the second Transmit-Receive Unit, described link information is transferred to described the first electronic equipment by described data transmission channel, described link information is used for characterizing described the second mobile device in accepting state.

13. methods as claimed in claim 11, is characterized in that, described by described CPU, and described signal to be transmitted is processed, and obtain data to be transmitted, are specially:

By described CPU, will form the weak current of described signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, obtain described data to be transmitted.

14. 1 kinds of electronic equipments, described electronic equipment has the second memory cell, and the CPU being connected with described the second memory cell, and the second Transmit-Receive Unit being connected with described CPU, it is characterized in that, described the second mobile device is connected with the second trigger electrode, and described electronic equipment comprises:

The second Transmit-Receive Unit, for receiving the signal to be transmitted being transmitted by data transmission channel, wherein, described data transmission channel is specially by operating body by the first trigger electrode and described second trigger electrode of contact the first electronic equipment, at the passage of described the first electronic equipment and described the second electric room foundation;

Described CPU, for described signal to be transmitted is processed, obtains data to be transmitted;

Described CPU, for storing described data to be transmitted into second memory cell.

15. electronic equipments as claimed in claim 14, is characterized in that, described electronic equipment also comprises:

Receiving element, for by the second Transmit-Receive Unit, before receiving the signal to be transmitted being transmitted by data transmission channel, receives the first operational order of described operating body, triggers described the second Transmit-Receive Unit in transmission state;

Transmission unit, be used for based on described the first operational order, by described the second Transmit-Receive Unit, described link information is transferred to described the first electronic equipment by described data transmission channel, described link information is used for characterizing described the second mobile device in accepting state.

16. electronic equipments as claimed in claim 14, is characterized in that, described CPU is specifically for forming the weak current of described signal to be transmitted, or coupling electric charge, or surface acoustic wave carries out demodulation, obtain described data to be transmitted.