CN104053253A - Wi-Fi intelligent earphone assembly capable of being interconnected and interconnection network formed by same - Google Patents
Wi-Fi intelligent earphone assembly capable of being interconnected and interconnection network formed by same Download PDFInfo
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- CN104053253A CN104053253A CN201410198410.1A CN201410198410A CN104053253A CN 104053253 A CN104053253 A CN 104053253A CN 201410198410 A CN201410198410 A CN 201410198410A CN 104053253 A CN104053253 A CN 104053253A
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Abstract
Provided are a Wi-Fi intelligent earphone assembly capable of being interconnected and an interconnection network formed by the Wi-Fi intelligent earphone assembly. The Wi-Fi intelligent earphone assembly comprises an active earphone, a Wi-Fi communication module, a Bluetooth communication module, an NFC module and a player are arranged in the active earphone, and the player comprises a loudspeaker and an MCU. Each active earphone comprises a clustering device which is an APP implanted in a mobile phone corresponding to the active earphone. The clustering devices receive recognition signals sent by the other active earphones under the same Wi-Fi environment through the mobile phone, and the other detected active earphones can be displayed by the mobile phone. A user can select several active earphones in the other detected active earphones as an interconnecting group, and therefore acoustic signals are only sent to the active earphones in the same interconnecting group. A network structure formed by the Wi-Fi intelligent earphone assembly is further included.
Description
Technical field
This creation is relevant for Wi-Fi intelligent earphone assembly, the interference networks of especially a kind of Wi-Fi intelligent earphone assembly interconnecting and institute's framework thereof.
Background technology
Traditional earphone or loudspeaker can utilize Bluetooth technology to reach the function of wireless transmission, its application is quite universal, but being the transmission range of bluetooth, its shortcoming has certain its coverage that limits greatly about 10m left and right, surpassing its reception function of coverage will lose efficacy and cannot use, and general earphone or loudspeaker only can solely be accepted the sound equipment signal in same source, each equipment is all independent running, so it there is no group's relation each other, and because be all the single sound equipment signal of accepting identical source, so use if any several earphones or several loudspeaker simultaneously, sound equipment or voice that these several earphones or several loudspeaker broadcast are all identical.User and cannot a logarithm earphone or several loudspeaker carry out control and the management of different acoustic signal, also cannot set several earphones or several loudspeaker for group relation, and control respectively.
Because its distance of communication network that Wi-Fi has been a kind of quite general is greater than the service range of blueteeth network, therefore this case wishes to propose a kind of brand-new integration Wi-Fi communication, a bluetooth communication and a NFC (near field communication) communication, framework goes out a kind of interconnection intelligent network, to solve the defect on prior art, the covering space that expands whole network reaches best network application.
Summary of the invention
So the object of this creation is the problem solving in above-mentioned known techniques, the interference networks of a kind of Wi-Fi intelligent earphone assembly interconnecting and institute's framework thereof are proposed in this creation, wherein use Wi-Fi network to build planar network architecture mode, reach the function of high coverage rate, group infinitely can be extended across different Wi-Fi environment, and user can be on demand the member of programming group voluntarily, to reach different control functions.Wi-Fi network is built planar network architecture can distinguish the network architecture according to active earphone and driven earphone, so the transmission of signal can be in region-wide transmission or only transmitted at regional area.Utilize the bluetooth signal of mobile phone as control source, and then extend whole network according to the covering of Wi-Fi network, the distance of its extension is greater than traditional bluetooth transmitters.
For proposing the interference networks of a kind of Wi-Fi intelligent earphone assembly interconnecting and institute's framework thereof in this creation that achieves the above object, comprise:
One earphone initiatively, wherein this initiatively framework one Wi-Fi communication module, a bluetooth communication module and a NFC communication module in earphone, and a player, this player comprises loudspeaker and a MCU; Signal and a mobile phone that during communication, this active earphone is first applied this NFC communication module authenticate, authenticated errorless by receiving mobile phone signals by bluetooth communication module, and play according to the function setting the signal that mobile phone transmits; This player receives the sound equipment signal from bluetooth communication module, then this sound equipment signal is sent to MCU, after processing, by these loudspeaker, plays out sound equipment via MCU; And
One cluster is the APP in an implantation mobile phone.This cluster sees through mobile phone and receives under same Wi-Fi environment by other identifying signature that initiatively earphone sends; Therefore can search other active earphone that can detect under this Wi-Fi environment, and can show other active earphone that detect by mobile phone; Several active earphones that wherein user can select in this other active earphone detecting are usingd as interconnected group, so only the active earphone in same interconnected group is sent to sound equipment signal.
Interference networks for the Wi-Fi intelligent earphone assembly institute framework that application can interconnect, comprise:
A plurality of active earphones, wherein this initiatively framework one Wi-Fi communication module, a bluetooth communication module and a NFC communication module in earphone, and a player, this player comprises loudspeaker and a MCU; Signal and a mobile phone that during communication, this active earphone is first applied this NFC communication module authenticate, authenticated errorless by receiving mobile phone signals by bluetooth communication module, and play according to the function setting the signal that mobile phone transmits; This player receives the sound equipment signal from bluetooth communication module, then this sound equipment signal is sent to MCU, after processing, by these loudspeaker, plays out sound equipment via MCU; And
Respectively this active earphone comprises a cluster, is an implantation to the APP in the mobile phone of earphone initiatively.This cluster sees through mobile phone and receives under same Wi-Fi environment by other identifying signature that initiatively earphone sends; Therefore can search other active earphone that can detect under this Wi-Fi environment, and can show other active earphone that detect by mobile phone; Several active earphones that wherein user can select in this other active earphone detecting are usingd as interconnected group, so only the active earphone in same interconnected group is sent to sound equipment signal; And
Do not setting under restrictive condition, each active earphone can carry out communication via Wi-Fi communications protocol under same Wi-Fi environment, that is to say that this sound equipment signal can send via the Wi-Fi communication module of itself other active earphone (below claiming that this passive earphone is driven earphone) under a Wi-Fi environment when an active earphone is play sound equipment, so this driven earphone also can synchronously be play the sound equipment of this active earphone.
Further, the group that wherein cluster of the corresponding mobile phone of this active earphone (showing with APP form) is listed the driven earphone of the same group being detected, and determining that via clicking which driven earphone is for candidate's driven earphone, the driven earphone that after this has this candidate only just can receive the broadcasting signal from this active earphone.
Further, wherein the driven earphone in group still can utilize Wi-Fi to send out sound equipment signal to do not belonging to other active earphone of group originally under same Wi-Fi environment, the active earphone of the next stage that now this driven earphone can capture it is contained in Dao Yuan group and (is hereinafter claimed that this passive earphone is for inferior-driven earphone), and be up sent to the cluster of higher level's the corresponding mobile phone of active earphone, make its list detected same group time-driven earphone, and click to determine whether include group in, reach and extend the object of playing sound equipment signal.
Further, the different Wi-Fi environment that its Central Plains Wi-Fi transmitter that initiatively earphone is served as reasons different from the Wi-Fi environment of driven earphone and the Wi-Fi environment of this driven earphone and this time-driven earphone is set up.
Further, wherein when a driven earphone is when receiving the sound equipment of an active earphone, but while receiving the sound equipment signal of another active earphone, this driven earphone can determine playback action according to the mode of first receiving preferentially broadcasting according to the link order of sound equipment signal.
Further, wherein when a driven earphone is when receiving the sound equipment of an active earphone, but while receiving the sound equipment signal of another active earphone, this driven earphone can the mode according to the preferential broadcasting of rear receipts determine playback action according to the link order of sound equipment signal.
Further, wherein when this driven earphone links different mobile phone simultaneously, this driven earphone can show and links different active earphones simultaneously on mobile phone, user can be in this mobile phone signal that directly selective reception links from that and give up other link, in order to avoid different mobile phones carries out control action and produces the phenomenon of interference same active earphone.
Apply above-mentioned headset assembly and can go out a communication network by framework.Do not setting under restrictive condition, each active earphone can carry out communication via Wi-Fi communications protocol under same Wi-Fi environment, that is to say that this sound equipment signal can send via the Wi-Fi communication module of itself other active earphone (below claiming that this passive earphone is driven earphone) under a Wi-Fi environment when an active earphone is play sound equipment, so this driven earphone also can synchronously be play the sound equipment of this active earphone.
The group that the cluster of the corresponding mobile phone of this active earphone is listed the driven earphone of detected same group in addition, and determining that via clicking which driven earphone is for candidate's driven earphone, the driven earphone that after this has this candidate only just can receive the broadcasting signal from this active earphone.
By explanation below, can further be understood feature and the advantage thereof of this creation, during reading and please refer to.
Accompanying drawing explanation
Fig. 1 is the active Headphone structure calcspar of this case.
Fig. 2 is the cluster schematic diagram of this case.
Fig. 3 is the network architecture diagram of the first operator scheme of this case.
Fig. 4 is another network architecture diagram of the first operator scheme of this case.
Fig. 5 is the network architecture diagram of the second operator scheme of this case.
Fig. 6 is another network architecture diagram of the second operator scheme of this case.
Embodiment
Hereby sincerely with regard to the structure of this case, form, and effect and the advantage that can produce, coordinate graphicly, one of act this case preferred embodiment is described in detail as follows.
Please refer to shown in Fig. 1 to Fig. 6, show Wi-Fi intelligent earphone and the network architecture thereof that can interconnect of this creation, comprise following assembly:
A plurality of active earphones 20, wherein respectively this initiatively interior framework one Wi-Fi communication module of earphone 20, a bluetooth communication module (bluetooth) and a NFC (near field communication) communication module, an and player, this player comprises loudspeaker and a MCU, as shown in Figure 1.Wherein this NFC communication module can (in approximately 10 centimeters) carry out exchanges data in minimum distance.Signal and a mobile phone 10 that wherein this active earphone 20 is first applied this NFC communication module authenticate, authenticated errorless by receiving mobile phone 10 signals by bluetooth communication module, and play according to the function setting the signal that mobile phone 10 transmits.
This player receives the sound equipment signal from bluetooth communication module, then this sound equipment signal is sent to MCU, after processing, by these loudspeaker, plays out sound equipment via MCU.
Respectively the MCU of this active earphone 20 can see through this Wi-Fi communication module under the communication environment of Wi-Fi, the identifying signature of transmission itself.
One cluster 100 is the APP in an implantation mobile phone, as shown in Figure 2.This cluster 100 sees through mobile phone and receives under same Wi-Fi environment by other identifying signature that initiatively earphone 20 sends.Therefore can search other active earphone 20 that can detect under this Wi-Fi environment.And can show other active earphone 20 detecting by mobile phone.Several active earphones 20 that wherein user can select in this other active earphone 20 detecting are usingd as interconnected group, so only the active earphone 20 in same interconnected group is sent to sound equipment signals.
In this case, do not setting under restrictive condition, each active earphone 20 can carry out communication via Wi-Fi communications protocol under same Wi-Fi environment, that is to say that this sound equipment signal can send via the Wi-Fi communication module of itself other active earphone 20 (hereinafter claiming that this passive earphone is driven earphone 20) under a Wi-Fi environment when an active earphone 20 is play sound equipment, so this driven earphone 20 also can synchronously be play the sound equipment of this active earphone 20.
The first operator scheme of this case is network construction pattern, and its mode is:
When an active earphone 20 carries out close contact with this mobile phone 10 of himself, after this active earphone 20 utilizes this NFC communication module and this mobile phone to authenticate, can receive mobile phone 10 signals via bluetooth communication module, and play according to the function setting the signal that mobile phone 10 transmits.
Then do not setting under restrictive condition, each active earphone 20 can carry out communication by the active earphone 20 of other under same Wi-Fi environment (being driven earphone 20) via Wi-Fi communications protocol, these can signal the earphone 20 of interconnection form groups, as shown in Figure 3.This sound equipment signal when an active earphone 20 is play sound equipment, also can synchronously play the sound equipment of this active earphone 20 with the driven earphone 20 of group.
The group that the cluster 100 of these active earphone 20 corresponding mobile phones (showing with APP form) also can be listed the driven earphone of the same group being detected in addition, and determine via clicking which driven earphone is for candidate's driven earphone, after this driven earphone that has this candidate only just can receive the broadcasting signal from this active earphone 20, as shown in Figure 4.For example under same Wi-Fi environment, detect altogether 10 driven earphones, it is the A of group that user can set wherein 3 driven earphones in mobile phone, and all the other 7 driven earphones are the B of group, and the A of Er Zhidui group sends sound equipment signal.
The second operator scheme of this case is extension mode, and as shown in Figure 5, its mode is:
Above-listed the relations among ethnic group continues, driven earphone 20 in group still can utilize Wi-Fi to send out sound equipment signal to do not belonging to other active earphone 20 of group originally under same Wi-Fi environment, the active earphone 20 of the next stage that now this driven earphone 20 can capture it is contained in Dao Yuan group and (is hereinafter claimed that this passive earphone is for inferior-driven earphone 20), and be up sent to the cluster 100 (showing with APP form) of higher level's active earphone 20 corresponding mobile phones, make its list detected same group time-driven earphone 20, and click to determine whether include group in, reach and extend the object of playing sound equipment signal.
As shown in Figure 6, active earphone 20 in this case Central Plains can be the different Wi-Fi environment of being set up by different Wi-Fi transmitters from the Wi-Fi environment of driven earphone 20 and the Wi-Fi environment of this driven earphone 20 and this time-driven earphone 20.
Apply this pattern and can extend to different Wi-Fi environment always, and group is infinitely extended, so the sound equipment of former mobile phone can allow a lot of people share.
When a driven earphone 20 is when receiving the sound equipment of an active earphone 20, but while receiving the sound equipment signal of another active earphone 20, in this case, set up following control model, determined this driven earphone 20 should be play the sound equipment from which active earphone 20.
Wherein this first control model is for first receiving preferential Play Control pattern, as described below:
This driven earphone 20 can determine playback action according to the link order of sound equipment signal, wherein usings the sound equipment signal of the active earphone 20 that is attached at first as the selection of playing, and gives up the sound equipment signal that the active earphone 20 of this rear link is play.
Second control model of this case is the preferential Play Control patterns of rear receipts, as described below:
This driven earphone 20 can determine playback action according to the link order of sound equipment signal, wherein usings the sound equipment signal of the active earphone 20 that is finally attached to as the selection of playing, and gives up the sound equipment signal that the active earphone 20 of original link is play.
The 3rd control model of this case is setup control pattern, as described below:
Wherein when this driven earphone 20 links different mobile phone simultaneously, this driven earphone 20 can show and link different active earphones 20 simultaneously on mobile phone, the signal that user can directly selective reception links from that in this mobile phone and give up other link.In order to avoid different mobile phones carries out control action and produces the phenomenon of interference same active earphone 20.
The advantage of this case is as what follows:
1. use Wi-Fi network to build planar network architecture mode, reach the function of high coverage rate, group infinitely can be extended across different Wi-Fi environment, and user can be on demand the member of programming group voluntarily, to reach different control functions.
2. Wi-Fi network is built planar network architecture and can be distinguished the network architecture with driven earphone 20 according to active earphone 20, so the transmission of signal can be in region-wide transmission or only transmitted at regional area.Reach the function of signal subregion control.
3. utilize the bluetooth signal of mobile phone 10 as control source, and then extend whole network according to the covering of Wi-Fi network, the distance of its extension is greater than traditional bluetooth transmitters, and can control upper, middle and lower trip unit and transmit signal, and make unit can carry out each other automatically connect or automatic disconnection function, very convenient and reach the object that elasticity is controlled in use.
In sum, the design of consideration of this case hommization, quite realistic demand.The existing disappearance of its concrete improvement, obviously has breakthrough progress advantage compared to known techniques, really have the enhancement of effect, and non-being easy to is reached.This case discloses or is exposed on the document and market of internal and overseas, has met patent statute.
Above-listed detailed description system illustrates for one of this creation possible embodiments, and only this embodiment is not in order to limit the scope of the claims of this creation, does not allly depart from the equivalent enforcement or change for it of this creation skill spirit institute, all should be contained in the scope of the claims of this case.
Claims (8)
1. the Wi-Fi intelligent earphone assembly that can interconnect, comprises:
One earphone initiatively, wherein this initiatively framework one Wi-Fi communication module, a bluetooth communication module and a NFC communication module in earphone, and a player, this player comprises loudspeaker and a MCU; Signal and a mobile phone that during communication, this active earphone is first applied this NFC communication module authenticate, authenticated errorless by receiving mobile phone signals by bluetooth communication module, and play according to the function setting the signal that mobile phone transmits; This player receives the sound equipment signal from bluetooth communication module, then this sound equipment signal is sent to MCU, after processing, by these loudspeaker, plays out sound equipment via MCU; And
One cluster is the APP in an implantation mobile phone;
This cluster sees through mobile phone and receives under same Wi-Fi environment by other identifying signature that initiatively earphone sends; Therefore can search other active earphone that can detect under this Wi-Fi environment, and can show other active earphone that detect by mobile phone; Several active earphones that wherein user can select in this other active earphone detecting are usingd as interconnected group, so only the active earphone in same interconnected group is sent to sound equipment signal.
2. interference networks for the Wi-Fi intelligent earphone assembly institute framework that application can interconnect, comprise:
A plurality of active earphones, wherein this initiatively framework one Wi-Fi communication module, a bluetooth communication module and a NFC communication module in earphone, and a player, this player comprises loudspeaker and a MCU; Signal and a mobile phone that during communication, this active earphone is first applied this NFC communication module authenticate, authenticated errorless by receiving mobile phone signals by bluetooth communication module, and play according to the function setting the signal that mobile phone transmits; This player receives the sound equipment signal from bluetooth communication module, then this sound equipment signal is sent to MCU, after processing, by these loudspeaker, plays out sound equipment via MCU; And
Respectively this active earphone comprises a cluster, is an implantation to the APP in the mobile phone of earphone initiatively;
This cluster sees through mobile phone and receives under same Wi-Fi environment by other identifying signature that initiatively earphone sends; Therefore can search other active earphone that can detect under this Wi-Fi environment, and can show other active earphone that detect by mobile phone; Several active earphones that wherein user can select in this other active earphone detecting are usingd as interconnected group, so only the active earphone in same interconnected group is sent to sound equipment signal; And
Do not setting under restrictive condition, each active earphone can carry out communication via Wi-Fi communications protocol under same Wi-Fi environment, that is to say that this sound equipment signal can send other active earphone to via the Wi-Fi communication module of itself under a Wi-Fi environment when an active earphone is play sound equipment, so this driven earphone also can synchronously be play the sound equipment of this active earphone.
3. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, the group that wherein cluster of the corresponding mobile phone of this active earphone is listed the driven earphone of detected same group, and determining that via clicking which driven earphone is for candidate's driven earphone, the driven earphone that after this has this candidate only just can receive the broadcasting signal from this active earphone.
4. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, wherein the driven earphone in group still can utilize Wi-Fi to send out sound equipment signal to do not belonging to other active earphone of group originally under same Wi-Fi environment, the active earphone of the next stage that now this driven earphone can capture it is contained in Dao Yuan group, and be up sent to the cluster of higher level's the corresponding mobile phone of active earphone, make its list detected same group time-driven earphone, and click to determine whether include group in, reach and extend the object of playing sound equipment signal.
5. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, the different Wi-Fi environment that its Central Plains Wi-Fi transmitter that initiatively earphone is served as reasons different from the Wi-Fi environment of driven earphone and the Wi-Fi environment of this driven earphone and this time-driven earphone is set up.
6. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, wherein when a driven earphone is when receiving the sound equipment of an active earphone, but while receiving the sound equipment signal of another active earphone, this driven earphone can determine playback action according to the mode of first receiving preferential broadcasting according to the link order of sound equipment signal.
7. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, wherein when a driven earphone is when receiving the sound equipment of an active earphone, but while receiving the sound equipment signal of another active earphone, this driven earphone can determine playback action according to the preferential mode of playing of rear receipts according to the link order of sound equipment signal.
8. the interference networks of the Wi-Fi intelligent earphone assembly institute framework that application as claimed in claim 2 can interconnect, wherein when this driven earphone links different mobile phone simultaneously, this driven earphone can show and links different active earphones simultaneously on mobile phone, user can be in this mobile phone signal that directly selective reception links from that and give up other link, in order to avoid different mobile phones carries out control action and produces the phenomenon of interference same active earphone.
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