Summary of the invention
The technical problem that present invention mainly solves is to provide a kind of system by bluetooth earphone intelligent recommendation music and method thereof, to solve the problems referred to above.
For solving above-mentioned technical problem, the technical scheme that the present invention adopts is: provide a kind of system by bluetooth earphone intelligent recommendation music, comprising:
Bluetooth earphone, is worn on the head of user, comprising:
Vitro data harvester, for detecting the exercise data of user；
Sign induction apparatus, for detecting the sign data of user；
First processes chip, for judging the state of user according to exercise data and sign data；
First dual-mode antenna, is used for sending the first information, and the first information includes the state of user；Mobile equipment, including:
Second dual-mode antenna, for receiving the first information from the first dual-mode antenna；
3rd dual-mode antenna, is used for sending the first information；
Server, including:
4th dual-mode antenna, for receiving the first information from the 3rd dual-mode antenna；
Second processes chip, for according to the first information in music corresponding to music data library lookup, form music list；
Wherein, second processes chip is sent to mobile equipment by the 4th dual-mode antenna by music list, and the display screen of mobile equipment is used for showing music list.
Wherein, bluetooth earphone farther includes:
Left ear acoustical generator；
Right ear sound generator；
Earphone connects band, is used for connecting left ear acoustical generator and auris dextra generator；
Wherein, vitro data harvester and sign induction apparatus are arranged on earphone and connect on band, and the first process chip and the first dual-mode antenna are arranged on left ear acoustical generator or right ear sound generator.
Wherein, sign induction apparatus includes multiple brain wave sensor, and the spacing that multiple brain wave sensors connect on band at earphone is equal, and for checking the brain wave of user, brain wave is as sign data.
Wherein, exercise data includes the current position of user, ambient pressure, humidity, movement locus, move distance and quantity of motion.
Wherein, the first dual-mode antenna and the second dual-mode antenna are Bluetooth antenna.
Wherein, carried out data transmission by bluetooth, mode infrared, WiFi, Zigbee or FM between the 3rd dual-mode antenna and the 4th dual-mode antenna.
Wherein, left ear acoustical generator is provided with USB interface, and bluetooth earphone is charged by USB interface or data transmission；Right ear sound generator is provided with on and off switch, is used for being turned on or off bluetooth earphone.
For solving above-mentioned technical problem, another technical solution used in the present invention is: provide a kind of method by bluetooth earphone intelligent recommendation music, comprising:
Server obtains the first information by mobile equipment from bluetooth earphone；
Server in music corresponding to music data library lookup, forms music list according to the first information；
Music list is sent to mobile equipment by server, so that mobile equipment display music list.
Wherein, the first information includes the state being judged user by bluetooth earphone according to exercise data and sign data, and bluetooth earphone detects exercise data and sign data.
Wherein, exercise data includes the current position of user, ambient pressure, humidity, movement locus, move distance and quantity of motion.
Pass through such scheme, the invention has the beneficial effects as follows: be different from prior art, the present invention passes through bluetooth earphone, mobile equipment and server association, bluetooth earphone includes sign induction apparatus, vitro data harvester and first processes chip, bluetooth earphone obtains exercise data and the sign data of user by sign induction apparatus and vitro data harvester, first processes chip judges the state of user according to exercise data and sign data, server obtains the first information by mobile equipment from bluetooth earphone, the first information includes the state of user, and by the second process chip according to the first information in music corresponding to music data library lookup, form music list, and then make the application of music entertainment class more intelligent, user can experience a similar private impression showing loving care for assistant, improve Consumer's Experience.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making performing creative labour premise, broadly fall into the scope of protection of the invention.
Referring to Fig. 1, Fig. 1 is the structural representation that first embodiment of the invention passes through the system of bluetooth earphone intelligent recommendation music.As it is shown in figure 1, the disclosed system by bluetooth earphone intelligent recommendation music of the present embodiment includes: bluetooth earphone 11, mobile equipment 12 and server 13.
Shown in Fig. 2, bluetooth earphone 11 is worn on the head of user, so that user appreciates music by bluetooth earphone 11, it includes left ear acoustical generator 111, right ear sound generator 112, earphone connection band 113, usb 1 14 and on and off switch 115, left ear generator 111 and auris dextra generator 112 are used for exporting sound, and earphone connects band 113 and is used for connecting left ear generator 111 and auris dextra generator 112.Left ear acoustical generator 111 is provided with usb 1 14, and right ear sound generator 112 is provided with on and off switch 115；On and off switch 115 is used for being turned on or off bluetooth earphone 11, and namely user can be undertaken being turned on or off bluetooth earphone 11 by and off switch 115.
Bluetooth earphone 11 farther includes vitro data harvester 116, sign induction apparatus 117, first processes chip 118 and the first dual-mode antenna 119.Wherein, vitro data harvester 116 is for detecting the exercise data of user, and sign induction apparatus 117 is for detecting the sign data of user, and exercise data includes the current position of user, ambient pressure, humidity, movement locus, move distance and quantity of motion；Sign data includes the shell temperature of user, ecg information and brain electric information.
First processes chip 118 is connected with vitro data harvester 116 and sign induction apparatus 117 respectively, to obtain exercise data and the sign data of user, and judge that according to exercise data and sign data the state of user, the state of user include the state of user or/and emotion.First dual-mode antenna 119 processes chip 118 with first and is connected, and is used for sending the first information, and the first information includes the state of user.Preferably, first the chip 118 state generation first information according to user is processed.
Vitro data harvester 116 and sign induction apparatus 117 are arranged on earphone and connect on band 113, as in figure 2 it is shown, the first process chip 118 and the first dual-mode antenna 119 are arranged on left ear acoustical generator 111 or right ear sound generator 112.
Sign induction apparatus 117 includes multiple brain wave sensor, and the spacing that multiple brain wave sensors connect on 113 at earphone is equal.Multiple brain wave sensors preferably include five brain wave sensors, and it is equal that these five brain wave sensors are arranged on the spacing that earphone connects on band 113, is used for detecting the brain wave of user, and this brain wave is as characteristic.
In other embodiments of the present invention, sign induction apparatus 117 can be set to other sensors by those of ordinary skill in the art completely, for instance sign induction apparatus 117 is temperature sensor, for detecting the shell temperature of user.
Vitro data harvester 116 includes G-sensor (Gravity-sensor；Gravity sensor) Three dimensional motion sensors, GPS (GlobalPositioningSystem；Global positioning system), humidity sensor etc., for monitoring the exercise data of the current state information of user, detection user in real time, obtain the data such as the current position of user, ambient pressure, humidity, movement locus, move distance and quantity of motion, thus objectively judging the state that user is current.
When the first process chip 118 gets, from vitro data harvester 116, the speed that user moves, and the brain wave got from sign induction apparatus 117 is when being β ripple, first processes chip 118 compares speed with the threshold speed preset, if speed is more than threshold speed, then the first process chip 118 judges that user is being in road-work.First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and namely user is in anxiety, exciting or excited state, then the first process chip 118 judges that the state of user is kinestate.
When first processes chip 118 and get the position displacement of user from vitro data harvester 116, and the brain wave got from sign induction apparatus 117 is when being α ripple, first processes chip 118 determines the position displacement of user less than default distance, it is judged that user is in static；First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and namely user is in rest state, then the first process chip 118 judges that the state of user is fatigue state.
Table 1 brain wave and User Status mapping table
When first processes chip 118 and get the quantity of motion of user from vitro data harvester 116, and when the brain wave got from sign induction apparatus 117 is β ripple, first processes chip 118 determines quantity of motion more than default threshold value, it is judged that user is in vigorous exercise；First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and namely user is in anxiety, exciting or excited state, then the first process chip 118 judges that the state of user is state nervous, irritable.
Alternatively, bluetooth earphone 11 farther includes rechargeable battery (non-figure looks), and rechargeable battery is charged by bluetooth earphone 11 by usb 1 14；Bluetooth earphone 11 carries out data transmission additionally, can also pass through usb 1 14.
First processes chip 118 sends the first information when judging the state of user by the first dual-mode antenna 119.
Mobile equipment 12 includes the second dual-mode antenna the 121, the 3rd dual-mode antenna 122, display screen 123 and the 3rd processes chip 124, second dual-mode antenna 121 and the 3rd dual-mode antenna 122 couple, and namely the second dual-mode antenna the 121, the 3rd dual-mode antenna 122 and display screen 123 are all connected with the 3rd process chip 124.Mobile equipment 12 is connected with the first dual-mode antenna 119 by the second dual-mode antenna 121, and the second dual-mode antenna 121 is for receiving the first information from the first dual-mode antenna 119.Preferably, the first dual-mode antenna 119 and the second dual-mode antenna 121 are Bluetooth antenna, and the first dual-mode antenna 119 and the second dual-mode antenna 121 are set up bluetooth and connected.
Preferably, moving equipment 12 is the portable sets such as smart mobile phone, panel computer or palm PC.
Server 13 includes the 4th dual-mode antenna 131 and second and processes chip 132,4th dual-mode antenna 131 processes chip 132 with second and is connected, mobile equipment 12 is connected with the 4th dual-mode antenna 131 by the 3rd dual-mode antenna 122, so that mobile equipment 12 is connected with server 13.
Wherein, by TCP/IP (TransmissionControlProtocol/InternetProtocol between the 3rd dual-mode antenna 122 and the 4th dual-mode antenna 131；Transmission control protocol/Internet Protocol) LAN of agreement or wide area network communication carry out data transmission, and its transmission means includes but not limited to as bluetooth, infrared, WiFi, Zigbee (ZigBee protocol), FM (FrequencyModulation；Frequency modulation(PFM)) etc. wireless direct-connected mode carry out data transmission.
3rd processes chip 124 sends the first information by the 3rd dual-mode antenna 122, and namely the 3rd dual-mode antenna 122 sends the first information, and the 4th dual-mode antenna 131 receives the first information from the 3rd dual-mode antenna 122.Second processes chip 132 obtains the first information from the 4th dual-mode antenna 131, and according to the first information in music corresponding to music data library lookup, forms music list；Namely second chip 132 is processed according to the state of the user in the first information in music corresponding to music data library lookup.Second processes chip 132 is sent to mobile equipment 12 by the 4th dual-mode antenna 131 by music list, and the display screen 123 of mobile equipment 12 is used for showing music list.
When the state of the user in the first information is kinestate, second processes chip 132 in the strong music of music data library lookup rhythm, form the music list that rhythm is strong, and send the strong music list of rhythm to mobile equipment 12 by the 4th dual-mode antenna 131.3rd processes chip 124 obtains, by the 3rd dual-mode antenna 122, the music list that rhythm is strong, and music list strong for this rhythm is shown on display screen 123, allow the user to see, at display screen 123, the music list that rhythm is strong, and can carry out actively selecting or deleting the music in the music list that rhythm is strong, the music list strong to update rhythm.
When the state of the user in the first information is fatigue state, second processes chip 132 releives at music data library lookup or is suitable for the music fallen asleep, form the music list releiving or being suitable for fall asleep, and sent the music list releiving or being suitable for fall asleep by the 4th dual-mode antenna 131 to mobile equipment 12.3rd processes chip 124 obtains the music list releiving or being suitable for fall asleep by the 3rd dual-mode antenna 122, and this is releived or the music list that is suitable for falling asleep is shown on display screen 123.
When the state of the user in the first information is nervous, irritable state, second processes chip 132 in music data library lookup music easily, forms music list easily, and by the 4th dual-mode antenna 131 send easily music list to mobile equipment 12.3rd processes chip 124 obtains music list easily by the 3rd dual-mode antenna 122, and by this easily music list be shown on display screen 123.
After user confirms the music list that display screen 123 shows, then move equipment 12 and play this music list, and by left ear acoustical generator 111 by the transfer voice to bluetooth earphone 11 of playing music list of the second dual-mode antenna 121 and the first dual-mode antenna 119 and right ear sound generator 112, allow the user to hear the music of this music list.
nullThe present embodiment passes through bluetooth earphone 11、Mobile equipment 12 and server 13 associate，Bluetooth earphone 11 includes sign induction apparatus 117、Vitro data harvester 116 and first processes chip 118，Bluetooth earphone 11 obtains exercise data and the sign data of user by sign induction apparatus 117 and vitro data harvester 116，First processes chip 118 judges the state of user according to exercise data and sign data，Server 13 obtains the first information by mobile equipment 12 from bluetooth earphone 11，The first information includes the state of user，And by the second process chip 132 according to the first information in music corresponding to music data library lookup，Form music list，And then make the application of music entertainment class more intelligent，User can experience a similar private impression showing loving care for assistant，Improve Consumer's Experience.
Refer to the flow chart that Fig. 3, Fig. 3 are the methods by bluetooth earphone intelligent recommendation music that the present invention first implements.The disclosed method of the present embodiment is applied to the system by bluetooth earphone intelligent recommendation music described by above-described embodiment.
As it is shown on figure 3, the disclosed method of the present embodiment comprises the following steps:
Step S31: server 13 obtains the first information of user by mobile equipment 12 from bluetooth earphone 11；
In bluetooth earphone 11, vitro data harvester 116 is for detecting the exercise data of user, sign induction apparatus 117 is for detecting the sign data of user, and exercise data includes the current position of user, ambient pressure, humidity, movement locus, move distance and quantity of motion；Sign data includes the shell temperature of user, ecg information and brain electric information.
First processes chip 118 is connected with vitro data harvester 116 and sign induction apparatus 117 respectively, to obtain exercise data and the sign data of user, and the state of user is judged according to exercise data and sign data, first dual-mode antenna 119 processes chip 118 with first and is connected, for sending the first information, the first information includes the state of user.
Vitro data harvester 116 and sign induction apparatus 117 are arranged on earphone and connect on band 113, and the first process chip 118 and the first dual-mode antenna 119 are arranged on left ear acoustical generator 111 or right ear sound generator 112.
Sign induction apparatus 117 includes multiple brain wave sensor, and the spacing that multiple brain wave sensors connect on 113 at earphone is equal.Multiple brain wave sensors preferably include five brain wave sensors, and it is equal that these five brain wave sensors are arranged on the spacing that earphone connects on band 113, is used for detecting the brain wave of user, and this brain wave is as characteristic.
When the first process chip 118 gets, from vitro data harvester 116, the speed that user moves, and the brain wave got from sign induction apparatus 117 is when being β ripple, first processes chip 118 compares speed with the threshold speed preset, if speed is more than threshold speed, then the first process chip 118 judges that user is being in road-work.First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and user is in anxiety, exciting or excited state, then the first process chip 118 judges that the state of user is kinestate.
When first processes chip 118 and get the position displacement of user from vitro data harvester 116, and the brain wave got from sign induction apparatus 117 is when being α ripple, first processes chip 118 determines the position displacement of user less than default distance, it is judged that user is in static；First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and user is in rest state, then the first process chip 118 judges that the state of user is fatigue state.
When first processes chip 118 and get the quantity of motion of user from vitro data harvester 116, and when the brain wave got from sign induction apparatus 117 is β ripple, first processes chip 118 determines quantity of motion more than default threshold value, it is judged that user is in vigorous exercise；First processes chip 118 mates brain wave and User Status mapping table according to the brain wave in table 1 further, and user is in anxiety, exciting or excited state, then the first process chip 118 judges that the state of user is state nervous, irritable.
Mobile equipment 12 includes the second dual-mode antenna the 121, the 3rd dual-mode antenna 122, display screen 123 and the 3rd processes chip 124, and the second dual-mode antenna the 121, the 3rd dual-mode antenna 122 and display screen 123 all process chip 124 with the 3rd and be connected.Mobile equipment 12 is connected with the first dual-mode antenna 119 by the second dual-mode antenna 121, and the second dual-mode antenna 121 is for receiving the first information from the first dual-mode antenna 119.Preferably, the first dual-mode antenna 119 and the second dual-mode antenna 121 are Bluetooth antenna, and the first dual-mode antenna 119 and the second dual-mode antenna 121 are set up bluetooth and connected.
Server 13 includes the 4th dual-mode antenna 131 and second and processes chip 132,4th dual-mode antenna 131 processes chip 132 with second and is connected, mobile equipment 12 is connected with the 4th dual-mode antenna 131 by the 3rd dual-mode antenna 122, so that mobile equipment 12 is connected with server 13.
3rd processes chip 124 sends the first information by the 3rd dual-mode antenna 122, namely the 3rd dual-mode antenna 122 sends the first information, 4th dual-mode antenna 131 receives the first information from the 3rd dual-mode antenna 122, so that server 13 obtains the first information by mobile equipment 12 from bluetooth earphone 11.
Step S32: server 13 in music corresponding to music data library lookup, forms music list according to the first information；
Second processes chip 132 obtains the first information from the 4th dual-mode antenna 131, and according to the first information in music corresponding to music data library lookup, forms music list；Namely second chip 132 is processed according to the state of the user in the first information in music corresponding to music data library lookup.
Step S33: music list is sent to mobile equipment 12 by server 13, so that mobile equipment 12 shows music list；
Second processes chip 132 is sent to mobile equipment 12 by the 4th dual-mode antenna 131 by music list, and the display screen 123 of mobile equipment 12 is used for showing music list.
Wherein, when the state of the user in the first information is kinestate, second processes chip 132 in the strong music of music data library lookup rhythm, forms the music list that rhythm is strong, and sends the strong music list of rhythm to mobile equipment 12 by the 4th dual-mode antenna 131.3rd processes chip 124 obtains, by the 3rd dual-mode antenna 122, the music list that rhythm is strong, and music list strong for this rhythm is shown on display screen 123, allow the user to see, at display screen 123, the music list that rhythm is strong, and can carry out actively selecting or deleting the music in the music list that rhythm is strong, the music list strong to update rhythm.
When the state of the user in the first information is fatigue state, second processes chip 132 releives at music data library lookup or is suitable for the music fallen asleep, form the music list releiving or being suitable for fall asleep, and sent the music list releiving or being suitable for fall asleep by the 4th dual-mode antenna 131 to mobile equipment 12.3rd processes chip 124 obtains the music list releiving or being suitable for fall asleep by the 3rd dual-mode antenna 122, and this is releived or the music list that is suitable for falling asleep is shown on display screen 123.
When the state of the user in the first information is nervous, irritable state, second processes chip 132 in music data library lookup music easily, forms music list easily, and by the 4th dual-mode antenna 131 send easily music list to mobile equipment 12.3rd processes chip 124 obtains music list easily by the 3rd dual-mode antenna 122, and by this easily music list be shown on display screen 123.
After user confirms the music list that display screen 123 shows, then move equipment 12 and play this music list, and by left ear acoustical generator 111 by the transfer voice to bluetooth earphone 11 of playing music list of the second dual-mode antenna 121 and the first dual-mode antenna 119 and right ear sound generator 112, allow the user to hear the music of this music list.
nullIn sum，The present invention passes through bluetooth earphone 11、Mobile equipment 12 and server 13 associate，Bluetooth earphone 11 includes sign induction apparatus 117、Vitro data harvester 116 and first processes chip 118，Bluetooth earphone 11 obtains exercise data and the sign data of user by sign induction apparatus 117 and vitro data harvester 116，First processes chip 118 judges the state of user according to exercise data and sign data，Server 13 obtains the first information by mobile equipment 12 from bluetooth earphone 11，The first information includes the state of user，And by the second process chip 132 according to the first information in music corresponding to music data library lookup，Form music list，And then make the application of music entertainment class more intelligent，User can experience a similar private impression showing loving care for assistant，Improve Consumer's Experience.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.