CN107786282A - Information interacting method, electronic equipment and server based on sound wave - Google Patents
Information interacting method, electronic equipment and server based on sound wave Download PDFInfo
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- CN107786282A CN107786282A CN201610741147.5A CN201610741147A CN107786282A CN 107786282 A CN107786282 A CN 107786282A CN 201610741147 A CN201610741147 A CN 201610741147A CN 107786282 A CN107786282 A CN 107786282A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04B—TRANSMISSION
- H04B11/00—Transmission systems employing sonic, ultrasonic or infrasonic waves
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Abstract
The embodiment of the invention discloses a kind of information interacting method based on sound wave, electronic equipment and server, the information interacting method based on sound wave includes：Predetermined information is carried out audio coding and forms the first sonic data by the first electronic equipment according to pre-arranged code rule；Based on first sonic data, the first audio is commenced play out with sound wave；After first audio that n times are completed using first sonic data is played, terminate the broadcasting of first audio；Wherein, first audio is used to obtain the predetermined information using pre-arranged code rule decoding for the second electronic equipment, and the N is the integer not less than 1.
Description
Technical field
The present invention relates to wireless communication field, more particularly to a kind of information interacting method based on sound wave, electronic equipment and
Server.
Background technology
The information interacting method of (for example, in-car) has a variety of in certain space：
For example, information exchange is carried out by Bluetooth technology；Information exchange is carried out using Bluetooth technology, carries out information exchange
Between two equipment, establish first cumbersome during bluetooth connection, efficiency is low；During the non-connection of foundation first, it can connect automatically,
But it so may result in the negative effect such as leakage of data.
In another example it is identified, is connected and during certification, it is necessary to the identification and certification of Quick Response Code by planar bar code technology, together
Sample has the problem of cumbersome and efficiency is low.And in the identification process of Quick Response Code, also there is the requirement to illumination condition,
If illumination condition is inadequate, the identification and certification of Quick Response Code can not be also carried out between equipment.
For another example, applied using instant messaging (Instant Message, IM), such as QQ, wechat or Line enter row information
Interaction, although can with convenient carry out information exchange, it is required that the equipment of interaction is capable to connect to network, if applying without net
During the scene of network, just have no idea to carry out information exchange by IM applications.
The content of the invention
In view of this, the embodiment of the present invention it is expected to provide a kind of information interacting method based on sound wave, electronic equipment and clothes
Business device, at least partly solves the above problems.
To reach above-mentioned purpose, the technical proposal of the invention is realized in this way：
First aspect of the embodiment of the present invention provides a kind of information interacting method based on sound wave, including：
Predetermined information is carried out audio coding and forms the first sonic data by the first electronic equipment according to pre-arranged code rule；
Based on first sonic data, the first audio is commenced play out with sound wave；
After first audio that n times are completed using first sonic data is played, terminate first audio
Play；Wherein, first audio is used to supply the second electronic equipment to obtain described make a reservation for using pre-arranged code rule decoding
Information, the N are the integer not less than 1.
Second aspect of the embodiment of the present invention provides a kind of information interacting method based on sound wave, it is characterised in that including：
Detect the audio of the first electronic equipment broadcasting；The audio comprises at least the first audio；
The audio is parsed, at least obtains the first sonic data corresponding to first audio；
Obtain pre-arranged code rule；
According to the first sonic data described in the pre-arranged code rule parsing, the pre- of first electronic equipment is obtained
Determine information.
The third aspect of the embodiment of the present invention provides a kind of information interacting method based on sound wave, including：
Obtain the first mark of the mark predetermined information of the first electronic equipment transmission；Wherein, the predetermined information is according to pre-
If coding rule is converted into after the first sonic data, played with the audio of sound wave first；
Obtain the second mark of the second electronic equipment transmission；
When the described second mark is identical with first mark, first audio is determined according to the described second mark
Reception parameter；
The reception parameter is sent to first electronic equipment；Wherein, the reception parameter is used to supply
The first electronic equipment output.
Fourth aspect of the embodiment of the present invention provides a kind of electronic equipment, and the electronic equipment is the first electronic equipment, including：
Coding unit, for according to pre-arranged code rule, predetermined information being carried out into audio coding and forms the first sonic data；
Audio playing unit, for based on first sonic data, the first audio to be commenced play out with sound wave；And when utilization
After first sonic data completes first audio broadcasting of n times, terminate the broadcasting of first audio；Wherein, it is described
First audio is used to obtain the predetermined information using pre-arranged code rule decoding for the second electronic equipment, and the N is not
Integer less than 1.
The aspect of the embodiment of the present invention the 5th provides a kind of electronic equipment, and the electronic equipment is the second electronic equipment, including：
Detection unit, the audio played for detecting the first electronic equipment；The audio comprises at least the first audio；
First resolution unit, for parsing the audio, at least obtain the first sonic data corresponding to first audio；
Second acquisition unit, for obtaining pre-arranged code rule；
Second resolution unit, for the first sonic data according to the pre-arranged code rule parsing, obtain described the
The predetermined information of one electronic equipment.
The aspect of the embodiment of the present invention the 6th provides a kind of server, including：
3rd receiving unit, the first mark of the mark predetermined information sent for obtaining the first electronic equipment；Wherein, institute
State after predetermined information is converted into the first sonic data according to pre-arranged code rule, played with the audio of sound wave first；And obtain the
The second mark that two electronic equipments are sent；
Determining unit, for when the described second mark is identical with first mark, being determined according to the described second mark
The reception parameter of first audio；
3rd transmitting element, for the reception parameter to be sent into first electronic equipment；Wherein, it is described to connect
Efficacy parameter is received to be used to export for first electronic equipment.
Information interacting method based on sound wave, electronic equipment and server provided in an embodiment of the present invention, according to default volume
Code rule, predetermined information is subjected to audio coding and forms the first sonic data, the first audio is played using sound wave, so carries out letter
Between two electronic equipments for ceasing interaction, data connection is established without special, without being all connected to internet, it is possible to easy
By sound wave, can carry out information exchange in transmission range in sound wave, simplify information exchange, improve the effect of information exchange
Rate.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of the first information interacting method based on sound wave provided in an embodiment of the present invention；
Fig. 2 is the information exchange signal of a kind of first electronic equipment provided in an embodiment of the present invention and the second electronic equipment
Figure；
Fig. 3 is the structural representation for the audio that a kind of first electronic equipment provided in an embodiment of the present invention plays；
Fig. 4 is a kind of reception parameter display schematic diagram of first electronic equipment provided in an embodiment of the present invention；
Fig. 5 is the schematic flow sheet of the second provided in an embodiment of the present invention information interacting method based on sound wave；
Fig. 6 is the schematic flow sheet of the third information interacting method based on sound wave provided in an embodiment of the present invention；
Fig. 7 is a kind of structural representation of first electronic equipment provided in an embodiment of the present invention；
Fig. 8 is a kind of structural representation of second electronic equipment provided in an embodiment of the present invention；
Fig. 9 is a kind of structural representation of server provided in an embodiment of the present invention；
Figure 10 is the processing timing diagram of sender provided in an embodiment of the present invention and recipient；
Figure 11 is that audio provided in an embodiment of the present invention plays and received schematic diagram；
Figure 12 is the structural representation of the first information system provided in an embodiment of the present invention；
Figure 13 is the structural representation of second of information system provided in an embodiment of the present invention.
Embodiment
Technical scheme is further elaborated below in conjunction with Figure of description and specific embodiment.
Embodiment one：
As shown in figure 1, the present embodiment provides a kind of information interacting method based on sound wave, including：
Step S110：Predetermined information is carried out audio coding and forms first by the first electronic equipment according to pre-arranged code rule
Sonic data；
Step S120：Based on first sonic data, the first audio is commenced play out with sound wave；
Step S130：After first audio that n times are completed using first sonic data is played, terminate described the
The broadcasting of one audio；Wherein, first audio is used to obtain using pre-arranged code rule decoding for the second electronic equipment
The predetermined information, the N are the integer not less than 1.
The information interacting method based on sound wave described in the present embodiment can be applied in the first electronic equipment of information.This
In the first electronic equipment can be the predetermined information transmission equipment.First electronic equipment in this embodiment, according to default volume
Predetermined information is carried out audio coding and forms the first sonic data by code rule, and the first sonic data here is equivalent to the first audio
Data.Here pre-arranged code rule can be that first electronic equipment is previously stored in the first electronic equipment, or
First electronic equipment establishes in the server that data are connected what is received from it.In a word, pre-arranged code rule here
Can be that first electronic equipment and second electronic equipment are all knowable, for carrying out the coding rule of information exchange.
The first sonic data will be based in the step 120, and the first audio is commenced play out with sound wave.Here the first audio
Played data source be first sonic data.Between electronic equipments different in the present embodiment, sound wave can be passed through
The data transfer of easy carry out data, such electronic equipment can not have to Bluetooth pairing, can be with without being connected to internet
Directly pass through the broadcasting of audio and the collection of audio, it becomes possible to complete the interaction of information, be particularly suitable for use in less closing or half
Information exchange in enclosed space.
The first audio at least once can be played in step S130, it is possible to it can sometimes play multiple first audio, i.e., it is heavy
Compound radical plays the audio of n times first according to first sonic data.Such second electronic equipment may can collect multiple first
The broadcasting of audio, so with ensure the second electronic equipment can have correctly received the first electronic equipment transmission information.Due to
One audio is propagated by sound wave in the space environment where the first electronic equipment and the second electronic equipment, can be using space as matchmaker
Jie is propagated.As long as the second electronic equipment is provided with the structures such as audio collection, it becomes possible to is being not connected to the situation of internet
Under, in the transmission range of sound wave, it becomes possible to easy communication.
As shown in Fig. 2 the first electronic equipment 100 is by playing the first audio, around first electronic equipment
Second electronic equipments such as mobile phone 1, mobile phone 2 and intelligent watch, the sound collection structures such as microphone can be utilized, collect the first electricity
First audio of sub- device plays, and by parsing the first audio, the first electronic equipment 100 can be obtained and passed by the first audio
The pre- fixed interest of defeated letter, it is clear that the easy transmission for realizing predetermined information.
Want to be sent to the second electronic equipment it is worth noting that, predetermined information here can be first electronic equipment
Any information.For example, the mobile phone as the first electronic equipment is wanted to send some traffic route that will be planned in map application
Mobile unit is sent to, then now the traffic route is the predetermined information, and predetermined information described in the present embodiment can in a word
It is intended to will be conveyed to any information of the second electronic equipment for first electronic equipment.The traffic route is just in the present embodiment
Can by carrying out information transfer by sound wave between mobile unit and mobile phone, without realize carry out mobile unit and mobile phone it
Between pairing, be all connected to internet without mobile phone and mobile unit, as long as ensure the distance between mobile unit and mobile phone
The first audio near enough, that mobile phone can be caused to play, by media transmissions such as air, mobile unit can receive.
And because predetermined information is by being converted into the first sonic data, and finally played and the first sonic data with sound wave
Corresponding first audio is outwards transmitted, like this, it is clear that with first electronic equipment it is near enough can receive it is corresponding
The electronic equipment of sound wave can receive the predetermined information, it is clear that the information exchange side based on sound wave described in the present embodiment
Method, it is possible to achieve the broadcast of information, realize that an equipment sends the predetermined information to multiple equipment simultaneously, it is clear that without one by one
The predetermined information is individually sent to each each equipment, so as to have the characteristics of information transmitting efficiency is high.
In certain embodiments, the step S130 may include：First audio is played using ultrasonic wave or infrasound.
In the present embodiment in order to avoid the information exchange between the first electronic equipment and the second electronic equipment, caused use
The interference of acoustic environment, carries out predetermined information transmission, such first electronics is set using ultrasonic wave or infrasonic mode where family
The standby predetermined information transmission between the second electronic equipment, it can't hear for a user, be noiseless for a user
's.During specific implementation, in order to avoid the pessimal stimulation to some hearing sensitive groups, more preferably in step
The first audio described in ultrasonic transmission is used in S130.Although user can not perceive sound, the second electronic equipment
The first audio can be detected, so the information by the first audio transmission can be received, simplicity realizes information exchange.
For example, in the car, between the mobile phone of the first electronic equipment and user, tablet personal computer, audio-frequence player device, ultrasonic wave can be passed through
Predetermined information interaction is carried out, for example, mobile unit in the music transmission on mobile phone to mobile unit, will be facilitated to play music etc..
Now, information transfer is carried out, carries out Bluetooth pairing first without Bluetooth transmission is the same, is connected without as being applied using IM
To internet, it is possible to can directly be heard using human ear or ultrasonic wave that human ear cannot be heard carries out the transmission of sound, realization
Easy transmission between information.
In certain embodiments, methods described also includes：
Obtain the second sonic data；
Complete after the first audio plays described in n-th and enter (n+1)th time described the using first sonic data
Before one audio plays, based on the rising tone wave number, sound wave plays the second audio according to this；
Wherein, the n is the positive integer less than the N；Second sonic data is used to identify first sound wave
Original position and final position.
The first audio that first sound wave is formed in the present embodiment can transmit n times, for the second electronic equipment,
How first audio that is connected twice transmits is distinguished.First electronic equipment can obtain rising tone wave number in the present embodiment
According to the second sonic data here can be as the interval data of adjacent first sonic data twice transmission.Described in the present embodiment
The special sonic data that second sonic data can specially be set.First electronic equipment encodes the second sonic data to form
Two audios, such second audio is using as the special audio for separating the first audio twice.Such second electronic equipment is receiving
During the second audio, so that it may think that the transmission of preceding first audio is over, the first adjacent twice audio can be distinguished.
Like this, the first electronic equipment and the second electronic equipment are when transmitting data, without exclusively carrying out synchronizing information,
Second electronic equipment is receiving the second audio twice, so that it may which it is the first electricity to think the audio between two the second audios
Sub- equipment needs to send the first audio, reduces the simultaneously operating of information transfer, and the synchronous required time has been lacked in letter.
As shown in figure 3, inserting the second audio between two the first audios, the second audio is as between the first audio
Sound insulation frequency, facilitates detection and reception of second electronic equipment to the first audio, so as to facilitate the second electronic equipment to the first electricity
The reception of information transmitted by sub- equipment.
During concrete implementation, second sonic data is the special data pre-set, can be with predetermined length
Data.Under normal circumstances, the data volume of second sonic data is few, and the playing duration of second audio is short.
In certain embodiments, methods described also includes：
The first mark of the predetermined information is sent to server；
The step S130 may include：
Based on first sonic data and first mark, first audio is commenced play out with sound wave；Wherein, institute
State the first mark and be sent to server after the tentation data is extracted from first audio for the second electronic equipment；
Receive the reception parameter that the server is sent；Wherein, the reception parameter is the server base
Determined in the first mark that the second electronic equipment reports；
Export the reception parameter.
First electronic equipment can also form the first mark in the present embodiment, this first identify for identify it is described pre-
Determine information.First electronic equipment can together be played out the first mark and first sonic data in a manner of sound wave.This
The electronic equipment of sample second can extract the predetermined letter after first audio is received from first audio
Breath, and extract the message identification of the predetermined information simultaneously, i.e., described first mark.
In the present embodiment, the described first mark can be sent to server apparatus by second electronic equipment.Here
Server apparatus can be that the equipment for having communication connection is established between second electronic equipment.Because the first electronic equipment is realized
Described first mark server is sent to, if server receives the first mark of other equipment transmission, it is possible to think
Other electronic equipments receive predetermined information.Server is according to the device data for being sent to first mark, and transmission institute
State the device identification of the firstth electronic equipment, it is possible to know that how many current equipment receives predetermined information, and/or which
Equipment have received the predetermined information, therefore can generate the reception parameter.
First electronic equipment can also receive the reception parameter from the server in the present embodiment, and
Final output reception parameter.Exporting the reception parameter in the present embodiment can be defeated including display output or voice
Go out.The display output is to utilize reception parameter described in display screen display output；The voice output is can using human ear
The frequency of sound wave heard exports the reception parameter, facilitates user to check.
For example, as shown in Figure 4 for the first electronic equipment, the schematic diagram of reception parameter described in display output, it is clear that
The graph text information that user can be shown by pre-reading the first electronic equipment, it is determined which current equipment outputs the reception
Parameter.
Receiving device is shown in Fig. 4：A, B, C and E.Wherein, described A, B, C and E can be device identification.It is described to set
Standby mark can be the equipment pet name or unit type etc., facilitate user to determine which specific equipment have received predetermined information.
During concrete implementation, first electronic equipment can also be used to detect the second electronic equipment based on the first mark
Know and play the 3rd audio, the 3rd audio of parsing obtains parsing information, if the information of parsing includes first mark, can recognize
The predetermined information is received for corresponding second electronic equipment, first electronic equipment can be by predetermined amount of time
Detection and parsing to the 3rd audio, determine the reception parameter, and final output reception parameter.Certainly it is described
First electronic equipment obtain the reception parameter mode have it is a variety of, be not limited to it is above-mentioned any one.
As shown in figure 5, the present embodiment provides a kind of information interacting method based on sound wave, including：
Step S210：Detect the audio of the first electronic equipment broadcasting；The audio comprises at least the first audio；
Step S220：The audio is parsed, at least obtains the first sonic data corresponding to first audio；
Step S230：Obtain pre-arranged code rule；
Step S240：According to the first sonic data described in the pre-arranged code rule parsing, obtain first electronics and set
The predetermined information of standby transmission.
The information interacting method based on sound wave described in the present embodiment, can be applied in the second electronic equipment, here
The second electronic equipment be receive the first electronic equipment send predetermined information equipment.
Second electronic equipment detects the audio that the first electronic equipment plays in the present embodiment, and audio here can be extremely
Include the first audio less.
Audio will be parsed in the present embodiment, because audio includes the first audio, therefore can at least be parsed and be obtained the first sound
First sonic data corresponding to frequency.
Pre-arranged code rule will be obtained in step S230, pre-arranged code rule here may include to connect from the server place of setting
Pre-arranged code rule is received, the second electronic equipment is may also comprise and the pre-arranged code rule is read into local storage medium.
The execution sequence of the step S210 and step S230 do not have certain sequencing, Ke Yishi in the present embodiment
Step S210 prior to step S230 perform, can also step S230 prior to step S210 perform.
The audio will be parsed in step S230, obtains the first sonic data corresponding to the first audio.Here parsing
The audio obtains first sonic data, can obtain the first sonic data corresponding to the first audio by demodulating.In step
The first sonic data described in pre-arranged code rule parsing is being utilized in rapid S240, so as to obtain the predetermined of the first electronic equipment
Information.First electronic equipment and the second electronic equipment directly can carry out information transfer using sound wave in the present embodiment,
Without carrying out device pairing and network connection etc., have and realize the characteristics of easy.
In certain embodiments, the step S210 may include：
First audio that detection is transmitted using ultrasonic wave or infrasound.
In order to avoid the audio of sonic transmissions first heard using human ear, it can use ultrasonic wave or infrasound plays described the
One audio, second electronic equipment, which will use, in the present embodiment can detect ultrasonic wave or infrasonic audio detection is set
It is standby, detect the first audio.Such first electronic equipment and the second electronic equipment transmit the first audio using ultrasonic wave or infrasound,
The sound interference to user can be so reduced, to reduce because of environmental noise caused by information transfer.
In certain embodiments, the audio also includes the second audio.Second audio of the present embodiment is as adjacent
The interval audio of two the first audios of transmission.Methods described also includes：The audio is parsed, at least obtains second audio
Corresponding second sonic data；According to second sonic data, original position and the termination of first sonic data are determined
Position.
Second sonic data can be the data pre-set in the present embodiment.Specific implementation process this can,
The sonic data that second electronic equipment will obtain from audio, is matched with data boundary, if the match is successful, then it is assumed that
The sonic data part that the match is successful for decoding to obtain from audio is second sonic data.Such second electronic equipment can
To think to obtain the sonic data between two the second sonic datas, as described first sonic data, so in step S240
Then the second electronic equipment can utilize pre-arranged code rule to decode first sonic data, so as to obtain predetermined information.
In certain embodiments, the step S230 may include：
Inquiry request is sent to server；
Receive the pre-arranged code rule that the server is returned based on the inquiry request.
The pre-arranged code rule can be to prestore the coding rule or such as sheet in second electronic equipment
Pre-arranged code rule is obtained in embodiment from server, therefore second electronic equipment can be set to server in the present embodiment
Preparation send inquiry request, and the pre-arranged code rule that the reception server returns, such second electronic equipment just by with server
Information exchange, obtain that parsing sonic data obtains the predetermined information with pre-arranged code rule.
In further embodiments, methods described also includes：
The second mark that the predetermined information is extracted in sonic data is corresponded to from first audio；
When success extracts the predetermined information from first sonic data, the described second mark is sent to clothes
Business device；
Wherein, described second identify that to determine whether second electronic equipment is properly received for the server described pre-
Determine information.
Second mark can be set as the message identification of predetermined information corresponding to using the first electronics in the present embodiment
The first mark in the information interacting method based on sound wave in standby.During concrete implementation, in order to facilitate described second
The extraction of mark, generally described second mark and predetermined information are together using pre-arranged code rule generation sonic data.Usual institute
State the second mark and first sonic data is propagated between two second sonic datas.Second electronics for convenience
Equipment is parsed, and second mark is preferably placed at after the second sonic data and before the first sonic data, is converted into
Audio.Such second electronic equipment first parses the second mark, then parse predetermined letter when parsing audio and parsing predetermined information
Breath；Second electronic equipment is just believed that the described second message identification for being identified as the predetermined information, to simplify electronic equipment
Information processing.
Described in the present embodiment second is identified as second electronic equipment after the predetermined information is extracted, and stands
Send, facilitate server accurately to count to obtain reception parameter.
In a word, a kind of information interacting method based on sound wave is present embodiments provided, applied to receiving the of predetermined information
Two electronic equipments, such second electronic equipment do not have to matched with the first electronic equipment, or establish data connection in the case of,
It can be carried out information exchange.
As shown in fig. 6, the present embodiment provides a kind of information interacting method based on sound wave, including：
Step S310：Obtain the first mark of the mark predetermined information of the first electronic equipment transmission；Wherein, the predetermined letter
After breath is converted into the first sonic data according to pre-arranged code rule, played with the audio of sound wave first；
Step S320：Obtain the second mark of the second electronic equipment transmission；
Step S330：When the described second mark is identical with first mark, according to determining the described second mark
The reception parameter of first audio；
Step S340：The reception parameter is sent to first electronic equipment；Wherein, the reception ginseng
Number is used to export for first electronic equipment.
The information interacting method based on sound wave described in the present embodiment can be applied to the information processing side in server
Method.The first mark of the mark predetermined information of the first electronic equipment transmission will be received in server described in step S310.Here
Predetermined information be that foregoing first electronic equipment needs to be sent to the information of the second electronic equipment.And the predetermined information
It is to be converted into the first sonic data, and the first audio corresponding with first sonic data is finally played with sound wave.
In step s 320, the second mark of the second electronic equipment transmission will be received.Wherein, second mark is described
Second electronic equipment is being properly received first audio, and has successfully been arrived based on the first audio extraction after the predetermined information
Send.
Reception parameter will be determined according to the first mark in step S330, for example, sending the second mark according to receiving
The information such as the number for the second electronic equipment known and the device identification of the second electronic equipment, generates reception parameter.
The reception parameter can be sent to the first electronic equipment in step S340, facilitate the first electronic equipment to obtain
Know the reception of this predetermined information.
Server described in the present embodiment can be to establish to have data respectively with first electronic equipment and the second electronic equipment
The electronic equipment of connection, for example, being established respectively with first electronic equipment and the second electronic equipment straight with bluetooth connection, WiFi
The connection of the mobile communications networks such as company.
In certain embodiments, methods described also includes：
Obtain the inquiry request of the second electronic equipment transmission；
The inquiry request is responded, the pre-arranged code rule is sent to second electronic equipment.
The server can be stored with the pre-arranged code rule in the present embodiment, therefore when carrying out information exchange, meeting
Receive the inquiry request of the second electronic equipment transmission；, can be by the pre-arranged code after server receives the inquiry request
Rule is sent to the second electronic equipment, can so facilitate the second electronic equipment to parse first sonic data, described in acquisition
Predetermined information.
In certain embodiments, methods described also includes：After first mark is received, start and receive time window
Mouth timing；The step S330 may include：When the delivery time for second mark that second electronic equipment is sent is located at
When in the reception time window, reception parameter is generated according to the described second mark.
It is provided with the present embodiment and receives time window, counting the second electronic equipment for convenience can be in the sound from reception
After obtaining predetermined information in frequency, first mark is just sent immediately, avoids the second electronic equipment from not sending the first mark slowly
Know, the problem of causing reception slowly to count, therefore reception window can be set in the present embodiment, reception window here
The corresponding reception time.In step S330, when the second electronic equipment sends the delivery time of the first mark positioned at the reception time
When in window, it will be considered that the first mark of the reception is effective, and generates the reception parameter based on the first mark statistics.
In further embodiments, methods described also includes：When the delivery time of the described second mark is located at the reception
When in time window, sent to second electronic equipment and receive confirmation mark.The server can also be in the present embodiment
Second electronic equipment, which sends to receive, confirms mark, informs that the second electronics server has been properly received first mark, keeps away
Exempt from second electronic equipment to repeat to send.During concrete implementation, second electronic equipment can be in the scheduled time
The reception is not received within interval to confirm after identifying, first mark is resend to server, is received with being lifted
The accuracy of efficacy parameter.Here predetermined time interval is less than the duration of the reception time window.
As shown in fig. 7, the present embodiment provides a kind of electronic equipment, the electronic equipment is the first electronic equipment, including：
Coding unit 110, for according to pre-arranged code rule, predetermined information being carried out into audio coding and forms the first sound wave number
According to；
Audio playing unit 120, for based on first sonic data, the first audio to be commenced play out with sound wave；And work as
After first audio broadcasting that n times are completed using first sonic data, terminate the broadcasting of first audio；Wherein,
First audio is used to obtain the predetermined information, the N using pre-arranged code rule decoding for the second electronic equipment
For the integer not less than 1.
Electronic equipment described in the present embodiment may correspond to various mobile devices or communication equipment, specifically such as, mobile phone, flat board electricity
Brain or wearable device have the equipment such as the audio player of audio collection function.
The coding unit 110 may correspond to encoder, can carry out data encoding, form first sonic data.
The audio playing unit 120 may correspond to various audio-frequence player devices, such as loudspeaker etc., can externally send
Sound wave.
Electronic equipment described in the present embodiment, data interaction can be carried out by sound wave, relative in the prior art by non-
Data connection is must be set up caused by the electromagnetic wave progress information exchange of sound wave or is necessarily connected to the cumbersome of internet
Problem.
In certain embodiments, the audio playing unit 120, described in being played using ultrasonic wave or infrasound
First audio.
In the present embodiment in order to which the audible sound wave of use user carries out audio broadcasting, the acoustic environment of user is disturbed,
The audio playing unit 120 will use ultrasonic wave or infrasound to carry out the first audio broadcasting in the present embodiment, to improve use
The comfort level of the acoustic environment at family, reduce the sound interference to user.
In certain embodiments, first electronic equipment also includes：
First acquisition unit, for obtaining the second sonic data；
The audio playing unit 120, played for completing the first audio described in n-th using first sonic data
Afterwards and enter before (n+1)th the first audio broadcasting, based on the rising tone wave number, sound wave plays the second audio according to this；
Wherein, the n is the positive integer less than the N；Second sonic data is used to identify first sound wave
Original position and final position.
The first acquisition unit may correspond to processor or process circuit in the present embodiment.The processor may include
Central processor CPU, Micro-processor MCV, digital signal processor DSP, programmable array PLC or application processor AP etc. are various
There can be the process chip of the information processing function.The process circuit may include application specific integrated circuit.The processor or place
Reason circuit can realize the acquisition of the second sonic data by performing predetermined code.
The audio playing unit 120 in the present embodiment, it will also be used to play the second audio based on the second sonic data,
Using the original position and final position of second the first audio of audio identification, such interval of audio playing unit 120 plays first
Audio and the second audio, as receiving device the second electronic equipment receive the first electronic equipment output audio after,
Which is to need to decode to obtain to easy the knowing of can, and the second electronic equipment wants the first sonic data of transmission, and letter
Just the predetermined information is obtained.
Further, first electronic equipment also includes the first transmitting element and the first receiving unit：
First transmitting element, for sending the first mark of the predetermined information to server；
The audio playing unit 120, specifically for being identified based on first sonic data and described first, with sound wave
Commence play out first audio；Wherein, described first identify and extracted for the second electronic equipment from first audio
Server is sent to after the tentation data；
First receiving unit, the reception parameter sent for receiving the server；Wherein, it is described to receive effect
Fruit parameter is that the server is determined based on the first mark that the second electronic equipment reports；
Output unit, for exporting the reception parameter.
First receiving unit and the second transmitting element both correspond to communication interface in the present embodiment, the communication interface
Can be the various structures with information transmit-receive function.The communication interface may include wave point, for example, various dual-mode antennas.
The communication interface may also include wireline interface, and wireline interface here may include cable interface or fiber optic cable interface etc..
The output unit can be display output unit or audio output unit.The display output unit may correspond to show
Show device, show the reception parameter.The audio output unit may correspond to audio player, by the side for exporting audio
Formula informs the reception of the current predetermined information of user.In a word, exported described in the present embodiment described in the first electronic equipment single
The setting of member, facilitates user to check the reception of predetermined information, to determine the need for transmitting again.
In a word, a kind of electronic equipment is present embodiments provided, can be sent the data for oneself needing to send by sound wave
Go out, do not have to thus be connected establishing data with other electronic equipments, or be connected to internet to carry out information exchange, it is simple
Change data transfer, improve data rate.
As shown in figure 8, the present embodiment provides a kind of electronic equipment, the electronic equipment is the second electronic equipment, including：
Detection unit 210, the audio played for detecting the first electronic equipment；The audio comprises at least the first audio；
First resolution unit 220, for parsing the audio, at least obtain the first sound wave number corresponding to first audio
According to；
Second acquisition unit 230, for obtaining pre-arranged code rule；
Second resolution unit 240, for the first sonic data according to the pre-arranged code rule parsing, described in acquisition
The predetermined information of first electronic equipment.
Second electronic equipment described in the present embodiment can be the receiving device to be communicated with the first electronic equipment based on sound wave,
It may include mobile phone, tablet personal computer, wearable device or mobile unit etc..
The detection unit 210 can be the various structures that can detect sound wave in the present embodiment, for example, sound collector
Deng.
The second acquisition unit 230 may correspond to processor or process circuit.The knot of the processor or process circuit
Structure can be found in previous embodiment, the pre-arranged code can be read from the local storage medium of the second electronic equipment by reading
Rule.The second acquisition unit 230 may correspond to communication interface, can be from other electronic equipments or remote data base
Read the pre-arranged code rule.
The resolution unit 230 of first resolution unit 220 and second, which may correspond to decoder etc., has the knot of information decoding
Structure, what be can decode that arrives sonic data and predetermined information.
In a word, a kind of electronic equipment is present embodiments provided, the predetermined information that other equipment is sent with sound wave can be received,
It can be so connected not establishing data with the first electronic equipment, or in the case of being all connected to internet, carry out predetermined information
Interaction；With information exchange is easy and the characteristics of efficiency high.
In certain embodiments, the detection unit 210, specifically for detecting the institute transmitted using ultrasonic wave or infrasound
State the first audio.
The detection unit 210 can concretely detect ultrasonic wave or infrasonic audio collection in the present embodiment
Device, so the transmission of data can be completed in the case of glitch-free to user.
In certain embodiments, the audio also includes the second audio；
First resolution unit 220, it is additionally operable to parse the audio, at least obtains second corresponding to second audio
Sonic data；According to second sonic data, the original position and final position of first sonic data are determined.
In the present embodiment in order to avoid the synchronization of the first electronic equipment and the second electronic equipment, further simplify data
Transmission, will insert the second audio, such second resolution unit 220 is also used between two the first audios in the present embodiment
Parse the second audio and obtain the second sonic data, and the position of the first sonic data is determined according to the second sonic data, so as to
Simplicity obtains the predetermined information that the first electronic equipment needs to transmit.
In certain embodiments, the second acquisition unit 230, specifically for sending inquiry request to server；Receive
The pre-arranged code rule that the server is returned based on the inquiry request.
The second acquisition unit 230 corresponds to communication interface in the present embodiment, will be obtained from server described default
Coding rule, specifically will be by sending inquiry request to server, and server receives inquiry request, will inquire described default
Coding rule, and the second electronic equipment is sent to by the transmission interface of server.So second acquisition unit 230 will receive
The pre-arranged code rule.
In certain embodiments, second electronic equipment also includes：Extraction unit, for corresponding from first audio
The second mark of the predetermined information is extracted in sonic data；Second transmitting element, for working as success from the first sound wave number
When the predetermined information is extracted in, the described second mark is sent to server；Wherein, described second identify for described
Server determines whether second electronic equipment is properly received the predetermined information.
The extraction unit may correspond to foregoing processor or process circuit in the present embodiment, be obtained by information processing
Obtain first mark；And by second transmitting element, the described first mark is sent to server, facilitates server shape
Into reception parameter.The processor or process circuit herein may refer to foregoing corresponding part, just be not repeated herein
.
As shown in figure 9, the present embodiment provides a kind of server, including：
3rd receiving unit 310, the first mark of the mark predetermined information sent for obtaining the first electronic equipment；Its
In, after the predetermined information is converted into the first sonic data according to pre-arranged code rule, played with the audio of sound wave first；And obtain
Take the second mark that the second electronic equipment is sent；
Determining unit 320, for when the described second mark is identical with first mark, being identified according to described second true
The reception parameter of fixed first audio；
3rd transmitting element 330, for the reception parameter to be sent into first electronic equipment；Wherein, institute
State reception parameter be used for for first electronic equipment output.
The server that the present embodiment provides can provide clothes for foregoing first electronic equipment and second electronic equipment
The service equipment of business, or enter the intermediate equipment of row information transfer and processing.
In a particular application, first electronic equipment and second electronic equipment can be to have respectively with the server
The equipment for establishing connection.
3rd receiving unit 310 and the 3rd transmitting element 330 may correspond to communication interface, and the communication interface can
Corresponding to wireline interface or wave point, the wireline interface can be cable interface or fiber optic cable interface.The wave point can wrap
Include various dual-mode antennas.
The determining unit 320 may correspond to processor or process circuit.The processor may correspond to various types of
Process chip with the information processing function etc., such as CPU, MCU, AP, PLC or DSP etc..The process circuit may include special
Integrated circuit ASIC.The determining unit 320 determines reception parameter, to be sent to described the according to the described first mark
One electronic equipment；Assist to obtain reception parameter using the first electronic equipment of sonic transmissions predetermined information.
In certain embodiments, the 3rd receiving unit 310, the inquiry for being additionally operable to obtain the transmission of the second electronic equipment please
Ask；3rd transmitting element 330, for responding the inquiry request, the pre-arranged code rule is sent to described second
Electronic equipment.
The server facilitates first also using as the storage device for storing the pre-arranged code rule in the present embodiment
Electronic equipment and the second electronic equipment obtain pre-arranged code rule from server, carry out the information exchange based on sound wave.
In certain embodiments, the server also includes：Timing unit, for receiving first mark
Afterwards, start and receive time window timing；The determining unit 320, for when second electronic equipment send described second
When the delivery time of mark is in the reception time window, reception parameter is generated according to the described second mark.
In certain embodiments, the 3rd transmitting element 330, for being located at institute when the delivery time of the described second mark
When stating in reception time window, sent to second electronic equipment and receive confirmation mark.
The timing unit may correspond to various timers in the present embodiment, and the reception time window can be carried out
Timing.3rd transmitting element 330 only can will form reception according to the first mark received in reception time window
Parameter, the problem of in order to avoid causing reception parameter slowly to determine, improve the determination efficiency of reception parameter.
A specific example is provided below in conjunction with above-mentioned any embodiment：
Example one：
As shown in Figure 10, information transmitting apparatus is referred to as broadcaster in this example；Information receiving device is referred to as：Receive
Side.
The execution sequential of broadcaster includes：Information coding, start broadcast, broadcast (sites) in turn and go off the air.Described information is compiled
Code may include, by predetermined information the first sonic data of programming, to start the broadcast of sound wave；Predetermined pass is circulated to go off the air afterwards.This
In broadcaster correspond to the first foregoing electronic equipment.
The execution sequential of recipient includes：Start to receive, receive sound wave, Boundary Recognition, judge whether information is complete；Completely
Then stop receiving and entering information coding；It is imperfect to return to the operation for receiving sound wave.Here recipient, corresponding to foregoing
Two electronic equipments.
The effect for needing to reach is：Basic information transmission process need not access network, require nothing more than in transmission environment not
Disturbed in the presence of serious sound wave, the requirement can be typically met in the in-car of closing.
Information encodes may include with information decoding：
Information encodes, and the information for referring to the process of to transmit is converted into sonic data by some reversible modes.Letter
Breath decoding is then opposite process, and according to the encoding scheme of agreement, sonic data is converted into the raw information of broadcaster transmission.
When information encodes, it can select the frequency of sound wave of mapping being arranged to ultrasonic wave range, so can both avoid
Interference of the audible sound wave to information transmit-receive both persons, influence of the ambient noise to transmitting procedure can be avoided as far as possible again.
Boundary Recognition and information integrity judgement, including：
In order to ensure correctness and integrality that information receives, broadcaster uses the pattern of loop play, and at each section
Shorter, the fixed special sonic data of insertion is as boundary marker among complete sound wave content.So, recipient starts and tied
The time range that beam receives, avoid the need for keeping aliging with broadcaster, whether report and first start or receive first to start, only
Need recipient to be received at it in duration, check that two adjacent acoustic boundary waves, and extract among two borders
Effective sound wave content.
As shown in figure 11, recipient can pass through Boundary Recognition, it is ensured that at least be maintained in playing duration across one
The reception duration that one audio plays.
Example two：
This example, which also provides a kind of information processing system, includes coding rule administrative center, broadcaster and recipient.Coding
Regulation management center is equivalent to foregoing server.
As shown in figure 12, firstly, it is necessary to dispose a coding rule administrative center on internet, this, which is one, has strictly
The server of rights management.On the premise of it strict authorize be present, it is allowed to legitimate user registrations encryption format, submit and download
Corresponding decoder.
Broadcaster, it is necessary first to which encryption format is noted in coding rule administrative center used by ensuring
Volume.Then, predetermined information is encrypted, obtains general binary data blocks, then the identification information of additional upper encryption format,
Reuse general rule and binary data blocks are converted into sonic data, externally play out.
Recipient, after audio corresponding to sound wave is successfully received, according to general rule, binary data content is obtained,
Parse the identification information of encryption format.Corresponding decoding rule is obtained to coding rule administrative center accordingly, and then is entered to two
Content processed is decoded, and finally gives the predetermined information content of broadcaster.
Example three：
As shown in figure 13, this example also provide another information processing system include service application service device, broadcaster and
Recipient.Service application service device, deployment is on the internet.Here application server is foregoing server.
Broadcaster, before the transmission of a segment information is started, unique identification's code of the information is submitted to business first
Application server.
After service application service device receives, effective reception time window is opened.
Broadcaster commences play out sound wave.
Recipient starts to receive sound wave, when recipient is successfully received effective content, immediately to service application service device
Report reception success events.
Service server, judge that the event occurs in effective time window, confirm that the event is effective, and issue uniqueness
Confirmation code to recipient, meanwhile, give broadcaster by the event synchronization is logical.
Broadcaster, after the synchronous event of server is received, reception state displaying can be carried out, received successfully
The operations such as number statistics, this also provides decision support for when broadcaster stops playing.
When broadcaster stops playing, while informing business application server, the latter, which closes, effectively receives time window.
After this, report service application service device reception success events be all considered it is invalid.
In a word, above-mentioned example uses the information interacting method based on sound wave, has following features when carrying out information exchange：
(1) do not have to by：The other technologies such as bluetooth, cordless communication network, significantly reduce technical sophistication degree and transmitting-receiving is set
Standby energy consumption；
(2) the one-to-many information transmission in the range of neighbour can be achieved, it is not necessary to which reception device keeps special with dispensing device
Fixed placement posture.
Broadcaster in this example uses the loop play mechanism comprising border, it is not necessary to which the reception period of recipient is with broadcasting
Put period holding alignment.
The first information system and information interacting method that this example proposes, it is possible to achieve controllable a variety of encryption formats
Important information transmits.
Second of the information system and information interacting method that this example proposes, it is possible to achieve：The space of important information transmission
The strict control of scope, time range and recipient's scope.
In several embodiments provided herein, it should be understood that disclosed apparatus and method, it can be passed through
Its mode is realized.Apparatus embodiments described above are only schematical, for example, the division of the unit, is only
A kind of division of logic function, there can be other dividing mode when actually realizing, such as：Multiple units or component can combine, or
Another system is desirably integrated into, or some features can be ignored, or do not perform.In addition, shown or discussed each composition portion
Point mutual coupling or direct-coupling or communication connection can be the INDIRECT COUPLINGs by some interfaces, equipment or unit
Or communication connection, can be electrical, mechanical or other forms.
The above-mentioned unit illustrated as separating component can be or may not be physically separate, show as unit
The part shown can be or may not be physical location, can both be located at a place, can also be distributed to multiple network lists
In member；Partly or entirely unit therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, also may be used
To be each unit individually as a unit, can also two or more units it is integrated in a unit；It is above-mentioned
Integrated unit can both be realized in the form of hardware, can also be realized in the form of hardware adds SFU software functional unit.
One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through
Programmed instruction related hardware is completed, and foregoing program can be stored in a computer read/write memory medium, the program
Upon execution, the step of execution includes above method embodiment；And foregoing storage medium includes：It is movable storage device, read-only
Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disc or
Person's CD etc. is various can be with the medium of store program codes.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (26)
- A kind of 1. information interacting method based on sound wave, it is characterised in that including：Predetermined information is carried out audio coding and forms the first sonic data by the first electronic equipment according to pre-arranged code rule；Based on first sonic data, the first audio is commenced play out with sound wave；After first audio that n times are completed using first sonic data is played, terminate the broadcasting of first audio； Wherein, first audio is used to obtain the predetermined information using pre-arranged code rule decoding for the second electronic equipment, The N is the integer not less than 1.
- 2. according to the method for claim 1, it is characterised in thatIt is described to be based on first sonic data, the first audio is commenced play out with sound wave, including：First audio is played using ultrasonic wave or infrasound.
- 3. according to the method for claim 1, it is characterised in thatMethods described also includes：Obtain the second sonic data；Using first sonic data complete n-th described in the first audio play after and enter (n+1)th first sound Before frequency plays, based on the rising tone wave number, sound wave plays the second audio according to this；Wherein, the n is the positive integer less than the N；Second sonic data is used for the starting for identifying first sound wave Position and final position.
- 4. according to the method for claim 1, it is characterised in thatMethods described also includes：The first mark of the predetermined information is sent to server；It is described to be based on first sonic data, the first audio is commenced play out with sound wave, including：Based on first sonic data and first mark, first audio is commenced play out with sound wave；Wherein, described One identifies and is sent to server after the tentation data is extracted from first audio for the second electronic equipment；Receive the reception parameter that the server is sent；Wherein, the reception parameter is that the server is based on the What the first mark that two electronic equipments report determined；Export the reception parameter.
- A kind of 5. information interacting method based on sound wave, it is characterised in that including：Detect the audio of the first electronic equipment broadcasting；The audio comprises at least the first audio；The audio is parsed, at least obtains the first sonic data corresponding to first audio；Obtain pre-arranged code rule；According to the first sonic data described in the pre-arranged code rule parsing, the predetermined letter of acquisition first electronic equipment Breath.
- 6. according to the method for claim 5, it is characterised in thatThe audio that the first electronic equipment of the detection plays, including：First audio that detection is transmitted using ultrasonic wave or infrasound.
- 7. according to the method for claim 5, it is characterised in thatThe audio also includes the second audio；Methods described also includes：The audio is parsed, at least obtains the second sonic data corresponding to second audio；According to second sonic data, the original position and final position of first sonic data are determined.
- 8. according to the method for claim 7, it is characterised in thatThe acquisition pre-arranged code rule, including：Inquiry request is sent to server；Receive the pre-arranged code rule that the server is returned based on the inquiry request.
- 9. according to the method for claim 5, it is characterised in thatMethods described also includes：The second mark that the predetermined information is extracted in sonic data is corresponded to from first audio；When success extracts the predetermined information from first sonic data, the described second mark is sent to service Device；Wherein, described second identify and determine whether second electronic equipment is properly received the predetermined letter for the server Breath.
- A kind of 10. information interacting method based on sound wave, it is characterised in that including：Obtain the first mark of the mark predetermined information of the first electronic equipment transmission；Wherein, the predetermined information is according to default volume Code rule is converted into after the first sonic data, is played with the audio of sound wave first；Obtain the second mark of the second electronic equipment transmission；When the described second mark is identical with first mark, the reception of first audio is determined according to the described second mark Efficacy parameter；The reception parameter is sent to first electronic equipment；Wherein, the reception parameter is used for described in confession First electronic equipment exports.
- 11. according to the method for claim 10, it is characterised in thatMethods described also includes：Obtain the inquiry request of the second electronic equipment transmission；The inquiry request is responded, the pre-arranged code rule is sent to second electronic equipment.
- 12. according to the method for claim 10, it is characterised in thatMethods described also includes：After first mark is received, start and receive time window timing；It is described when the described second mark is identical with first mark, identify determination first audio according to described second Reception parameter, in addition to：When the delivery time for second mark that second electronic equipment is sent is in the reception time window, root Reception parameter is generated according to the described second mark.
- 13. according to the method for claim 12, it is characterised in thatMethods described also includes：When the delivery time of the described second mark is in the reception time window, sends and connect to second electronic equipment Receive and confirm mark.
- 14. a kind of electronic equipment, it is characterised in that the electronic equipment is the first electronic equipment, including：Coding unit, for according to pre-arranged code rule, predetermined information being carried out into audio coding and forms the first sonic data；Audio playing unit, for based on first sonic data, the first audio to be commenced play out with sound wave；And when described in After first sonic data completes first audio broadcasting of n times, terminate the broadcasting of first audio；Wherein, described first Audio is used to obtain the predetermined information using pre-arranged code rule decoding for the second electronic equipment, and the N is not less than 1 Integer.
- 15. electronic equipment according to claim 14, it is characterised in thatThe audio playing unit, specifically for playing first audio using ultrasonic wave or infrasound.
- 16. electronic equipment according to claim 14, it is characterised in thatFirst electronic equipment also includes：First acquisition unit, for obtaining the second sonic data；The audio playing unit, for using first sonic data complete n-th described in the first audio play after and Before being played into (n+1)th first audio, based on the rising tone wave number, sound wave plays the second audio according to this；Wherein, the n is the positive integer less than the N；Second sonic data is used for the starting for identifying first sound wave Position and final position.
- 17. electronic equipment according to claim 14, it is characterised in thatFirst electronic equipment also includes the first transmitting element and the first receiving unit：First transmitting element, for sending the first mark of the predetermined information to server；The audio playing unit, specifically for based on first sonic data and first mark, starting to broadcast with sound wave Put first audio；Wherein, described first identify for the second electronic equipment extracted from first audio it is described pre- Fixed number is sent to server after；First receiving unit, the reception parameter sent for receiving the server；Wherein, the reception ginseng Number is determined for the server based on the first mark that the second electronic equipment reports；Output unit, for exporting the reception parameter.
- 18. a kind of electronic equipment, it is characterised in that the electronic equipment is the second electronic equipment, including：Detection unit, the audio played for detecting the first electronic equipment；The audio comprises at least the first audio；First resolution unit, for parsing the audio, at least obtain the first sonic data corresponding to first audio；Second acquisition unit, for obtaining pre-arranged code rule；Second resolution unit, for the first sonic data according to the pre-arranged code rule parsing, obtain first electricity The predetermined information of sub- equipment transmission.
- 19. electronic equipment according to claim 18, it is characterised in thatThe detection unit, specifically for detecting first audio transmitted using ultrasonic wave or infrasound.
- 20. electronic equipment according to claim 18, it is characterised in thatThe audio also includes the second audio；First resolution unit, it is additionally operable to parse the audio, at least obtains rising tone wave number corresponding to second audio According to；According to second sonic data, the original position and final position of first sonic data are determined.
- 21. electronic equipment according to claim 20, it is characterised in thatThe second acquisition unit, specifically for sending inquiry request to server；Receive the server and be based on the inquiry Ask the pre-arranged code rule returned.
- 22. electronic equipment according to claim 18, it is characterised in thatSecond electronic equipment also includes：Extraction unit, the second mark of the predetermined information is extracted in sonic data for being corresponded to from first audio；Second transmitting element, for when success extracts the predetermined information from first sonic data, by described the Two marks are sent to server；Wherein, described second identify and determine whether second electronic equipment is properly received the predetermined letter for the server Breath.
- A kind of 23. server, it is characterised in that including：3rd receiving unit, the first mark of the mark predetermined information sent for obtaining the first electronic equipment；Wherein, it is described pre- Determine after information is converted into the first sonic data according to pre-arranged code rule, to play with the audio of sound wave first；And obtain the second electricity The second mark that sub- equipment is sent；Determining unit, for when the described second mark is identical with first mark, being identified according to described second described in determining The reception parameter of first audio；3rd transmitting element, for the reception parameter to be sent into first electronic equipment；Wherein, it is described to receive effect Fruit parameter is used to export for first electronic equipment.
- 24. server according to claim 23, it is characterised in that3rd receiving unit, it is additionally operable to obtain the inquiry request that the second electronic equipment is sent；3rd transmitting element, for responding the inquiry request, the pre-arranged code rule is sent to second electricity Sub- equipment.
- 25. server according to claim 23, it is characterised in thatThe server also includes：Timing unit, for after first mark is received, starting and receiving time window timing；The determining unit, the delivery time of second mark for being sent when second electronic equipment connect positioned at described When receiving in time window, reception parameter is generated according to the described second mark.
- 26. server according to claim 25, it is characterised in that3rd transmitting element, for when described second mark delivery time positioned at it is described reception time window in when, to Second electronic equipment, which sends to receive, confirms mark.
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| CN201610741147.5A CN107786282A (en) | 2016-08-26 | 2016-08-26 | Information interacting method, electronic equipment and server based on sound wave |
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| CN201610741147.5A CN107786282A (en) | 2016-08-26 | 2016-08-26 | Information interacting method, electronic equipment and server based on sound wave |
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| CN114884584B (en) * | 2022-04-28 | 2023-11-03 | 上海小度技术有限公司 | Data transmission method, related device and computer program product |
| CN115996242A (en) * | 2023-03-23 | 2023-04-21 | 东北大学秦皇岛分校 | Acoustic wave layered pushing and identifying device and acoustic wave management method |
| CN115996242B (en) * | 2023-03-23 | 2023-08-29 | 东北大学秦皇岛分校 | Acoustic wave layered pushing and identifying device and acoustic wave management method |
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Application publication date: 20180309 |