CN105491470A - Bluetooth headset and method for realizing automatic turn-on/turn-off of Bluetooth headset through smart wearable contact equipment - Google Patents
Bluetooth headset and method for realizing automatic turn-on/turn-off of Bluetooth headset through smart wearable contact equipment Download PDFInfo
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- CN105491470A CN105491470A CN201510834464.7A CN201510834464A CN105491470A CN 105491470 A CN105491470 A CN 105491470A CN 201510834464 A CN201510834464 A CN 201510834464A CN 105491470 A CN105491470 A CN 105491470A
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- human body
- body communication
- bluetooth earphone
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
- H04R1/1041—Mechanical or electronic switches, or control elements
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R1/00—Details of transducers, loudspeakers or microphones
- H04R1/10—Earpieces; Attachments therefor ; Earphones; Monophonic headphones
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
- H04R3/00—Circuits for transducers, loudspeakers or microphones
Abstract
The invention provides a Bluetooth headset and a method for realizing automatic turn-on/turn-off of the Bluetooth headset through smart wearable contact equipment. The method comprises the following steps: detecting a use action of a user; when the use action is detected to be a wearing action, generating a trigger signal; generating a first human body communication signal based on the trigger signal; and searching for a second human body communication signal which is coupled with the first human body communication signal and generated by the smart wearable contact equipment, and establishing a human body communication connection to further connect a smart phone through the smart wearable contact equipment in order to perform communication. Through adoption of the method, the Bluetooth headset can interact with the smart wearable contact equipment, and further interact with the smart phone through the smart wearable contact equipment, so that a Bluetooth pairing connection method is simple, and the user experience is improved. Moreover, the Bluetooth headset does not need to be set with or use any switch key, so that materials are saved. The Bluetooth headset is easy and convenient for turn-on/turn-off operation, and safe to use.
Description
Technical field
The present invention relates to wireless communication technique field, particularly a kind ofly realize the bluetooth earphone of auto switching by intelligent wear contact equipment and this bluetooth earphone realizes the method for auto switching by intelligent wear contact equipment.
Background technology
Wearable smart machine is day by day universal, more and more consumer can wear multiple smart machine, common such as intelligent watch and bluetooth earphone, how to make can carry out interaction between multiple smart machine, to facilitate consumer to use, improving Consumer's Experience is extremely urgent challenge.
In addition, in current life, people on the way steering vehicle time, receive calls for convenience and often take out and put on bluetooth earphone, nowadays on market, most bluetooth earphone is all provided with switch key, on the way just when the people of steering vehicle use bluetooth earphone to receive calls, need to pick up bluetooth earphone on the other hand, and find the button opened or close bluetooth earphone, open and close the troublesome poeration of bluetooth earphone, and bring potential safety hazard to the people driven.
Summary of the invention
The invention provides a kind of bluetooth earphone and realized the method for auto switching by intelligent wear contact equipment, interaction can not be carried out between bluetooth earphone and intelligent watch to solve in prior art, and open and close the troublesome poeration of bluetooth earphone, and bring the technical problem of potential safety hazard to the people driven.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: provide a kind of bluetooth earphone to realize the method for auto switching by intelligent wear contact equipment, and it comprises the steps: the usage operation detecting user; When detect this usage operation be with user human contact wear action time produce triggering signal; The first body communication signal is produced based on this triggering signal; Search for the second human body communication signal of producing with this first body communication signal coupling and by intelligent wear contact equipment and set up human body communication and be connected, to connect smart mobile phone further by this intelligent wear contact equipment thus to communicate.
Wherein, the step that should produce the first body communication signal based on this triggering signal comprises: based on this triggering signal detect intelligent wear contact equipment whether with user human contact; When detecting and producing this first body communication signal during user human contact.
Wherein, the step of the second human body communication signal that this intelligent wear contact equipment produces comprises: detect whether with user human contact; When detecting and producing this second human body communication signal during user human contact.
Wherein, this search and this first body communication signal coupling the second human body communication signal produced by intelligent wear contact equipment and comprise after setting up the step of human body communication: produce Bluetooth pairing signal based on this human body communication; Process this Bluetooth pairing signal and send this Bluetooth pairing signal by this human body communication, to connect smart mobile phone by this intelligent wear contact device pairing.
Wherein, the second human body communication signal produced by intelligent wear contact equipment of this search and this first body communication signal coupling also also comprises after setting up the step of human body communication: based on this human body communication timing detect whether also with user human contact, if do not contacted, then disconnect human body communication.
For solving the problems of the technologies described above, another technical solution used in the present invention is: provide a kind of bluetooth earphone being realized auto switching by intelligent wear contact equipment, wherein, this intelligent wear contact equipment and this smart mobile phone wireless connections, this intelligent wear contact equipment comprises the second human body communication module and the second control module, second human body communication module is with user human contact and be electrically connected with this second control module, for generation of the second human body communication signal; This bluetooth earphone comprises motion detection module, the first control module, the first human body communication module and handset module, and motion detection module is for detecting the usage operation of user; First control module is electrically connected with this motion detection module, for when detect this usage operation be with user human contact wear action time produce triggering signal; First human body communication module is electrically connected with this first control module, for sending the first body communication signal based on this triggering signal; Wherein, this first control module is also for searching for this second human body communication signal of body communication signal coupling the first with this and setting up human body communication and be connected, to connect this smart mobile phone further by this intelligent wear contact equipment; Handset module is electrically connected with this first human body communication module, for based on this bluetooth earphone and this smart mobile phone connection thus communicate.
Wherein, this first human body communication module comprises the first human body induction module and the first human body control module, the first human body induction module be used for based on triggering signal detect this bluetooth earphone whether with user human contact; First human body control module is electrically connected with this first human body induction module, triggers the first body communication signal for producing when this bluetooth earphone and user human contact being detected.
Wherein, this second human body communication module comprises the second human body induction module and the second human body control module, the second human body induction module for detect this intelligent wear contact equipment whether with user human contact; Second human body control module is electrically connected with the second human body communication module, for producing this second human body communication signal when this intelligent wear contact equipment and user human contact being detected.
Wherein, this bluetooth earphone also comprises the bluetooth module be electrically connected with this first control module, and wherein, this first control module is also for producing Bluetooth pairing signal based on this human body communication; This bluetooth module is for the treatment of this Bluetooth pairing signal and send this Bluetooth pairing signal by this human body communication, to connect smart mobile phone by this intelligent wear contact device pairing.
Wherein, this bluetooth earphone also comprises time block, and time block is electrically connected with this first human body induction module, for detect based on this first human body induction module of this human body communication start by set date this bluetooth earphone whether also with user human contact.
The invention has the beneficial effects as follows: the situation being different from prior art, bluetooth earphone of the present invention and realized the method for auto switching by intelligent wear contact equipment, the step of its method comprises and detects that user's usage operation is for producing triggering signal when wearing action, the first body communication signal is produced based on this triggering signal, search for the second human body communication signal of producing with this first body communication signal coupling and by intelligent wear contact equipment and set up human body communication and be connected, to connect smart mobile phone further by this intelligent wear contact equipment thus to communicate, make can carry out interaction between bluetooth earphone and intelligent wear contact equipment, bluetooth earphone can be made further to carry out interaction by intelligent wear contact equipment and smart mobile phone, Bluetooth pairing method of attachment is simple, promote Consumer's Experience, and bluetooth earphone is without the need to arranging and using switch key, save material, open with opening operation easy, use safety.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings, wherein:
Fig. 1 is the structural representation being realized the bluetooth earphone of auto switching by intelligent wear contact equipment of one embodiment of the present invention;
Fig. 2 is the structural representation being realized the bluetooth earphone of auto switching by intelligent wear contact equipment of another preferred embodiment of the present invention;
Fig. 3 is that the bluetooth earphone of one embodiment of the present invention is by the flow chart of intelligent wear contact equipment realization from the method be dynamically connected;
Fig. 4 is that the bluetooth earphone of another preferred embodiment of the present invention is by the flow chart of intelligent wear contact equipment realization from the method be dynamically connected;
Fig. 5 is the flow chart that intelligent wear contact equipment in Fig. 4 produces the method for the second human body communication signal;
Fig. 6 is the flow chart of the method that the bluetooth earphone of another preferred embodiment of the present invention is disconnected automatically by intelligent wear contact equipment realization.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Refer to Fig. 1, Fig. 1 is the structural representation being realized the bluetooth earphone of auto switching by intelligent wear contact equipment of one embodiment of the present invention, the bluetooth earphone 1 of the present embodiment communicates with smart mobile phone (not shown) by intelligent wear contact equipment 2, and this communication can auto switching.
Usually, intelligent wear contact equipment 2 usually with this smart mobile phone by wireless connections so that make to each other can transmission information.This radio connection can be bluetooth, wifi (Wireless-Fidelity, Wireless Fidelity) or ZigBee (ZigBee protocol) etc.And in human body communication technology, intelligence wear contact equipment 2 generally includes second source tube module 21, second human body communication module 22 and the second control module 23, second source tube module 21 is for providing power supply for the second human body communication module 22 and the second control mould 23, second human body communication module 22 is with user human contact and be electrically connected with this second control module 23, for generation of the second human body communication signal.This intelligent wear contact equipment 2 can be Intelligent bracelet or intelligent watch.
The bluetooth earphone 1 of the present embodiment comprises the first power supply tube module 11, motion detection module 12, first control module 13, first human body communication module 14 and handset module 15.First power supply tube module 11 provides power supply for controlling other electronic module in mould, handset module 15 and bluetooth earphone 1 for the first human body communication module 14, first, first control module 13 is electrically connected with motion detection module 12, and motion detection module 12 is for detecting the usage operation of user.This usage operation can be and the wearing action or extract action of user human contact, when motion detection module 12 detect usage operation be with user human contact wear action time motion detection module 12 can feed back to the first control module 13 to produce triggering signal.First human body communication module 14 is electrically connected with this first control module 13, for sending the first body communication signal based on this triggering signal.Wherein, this first control module 13 also for searching for this second human body communication signal of body communication signal coupling the first with this and setting up human body communication and be connected, to make bluetooth earphone 1 and intelligent wear contact equipment 2 by human body communication transmission information.Due to can transmission information between intelligent wear contact equipment 2 and smart mobile phone, therefore bluetooth earphone 1 can pass through human body communication, intelligent wear contact equipment 2 indirectly and smart mobile phone transmission information successively.Handset module 15 is electrically connected with this first human body communication module 14, for based on this bluetooth earphone 1 and this smart mobile phone connection thus communicate, this communication can for making a phone call, listening to the music.
Motion detection module 12 can be acceleration transducer, also can be that other is responsible for the transducer of motion detection.Particularly, bluetooth earphone 1 is in a certain position or originally remained static in ear, wear when user picks up from a certain position or from ear, extract static bluetooth earphone 1, now bluetooth earphone 1 becomes motion state by inactive state, and the acceleration transducer being in low energy consumption operating state now detects that the velocity variations that user wore or extractd action is just fed back to the first control module 13, produces start trigger signal first human body communication module 14 to make the first control module 13 always.
Further, the present embodiment ground the first human body communication module 14 comprise the first human body induction module 141 and the first human body control module 142, first human body induction module 141 for detect based on triggering signal this bluetooth earphone 1 whether with user human contact.The pleasant position that first human body induction module 141 can be positioned at bluetooth earphone 1 with the auricle of user and the skin contact of Er Nei, thus ensure that user's human body communication when using bluetooth earphone 1 to communicate is in connection status always.Certainly, first human body induction module 141 also can be extended to the position facilitating finger contact of bluetooth earphone 1 by pleasant position, so that user is not put picking up bluetooth earphone 1 just set up human body communication with intelligent wear contact equipment 2 fast to during ear, improve the unlatching efficiency of bluetooth earphone 1.First human body control module 142 is electrically connected with this first human body induction module 141, for detecting that when the first human body induction module 141 this bluetooth earphone 1 produces the first body communication signal with during user human contact.
This second human body communication module 22 comprise the second human body induction module 221 and the second human body control module 222, second human body induction module 221 for detect this intelligent wear contact equipment 2 whether with user human contact.Second human body control module 222 is electrically connected with the second human body communication module 22, for producing this second human body communication signal when this intelligent wear contact equipment 2 and user human contact being detected.
First human body control module 142 and the second human body control module 222 can use the AS3900 model chip of Austrian Microtronic A/S (ams), also can use the chip of other low-power consumption.
See also Fig. 2, Fig. 2 is the structural representation being realized the bluetooth earphone of auto switching by intelligent wear contact equipment of another preferred embodiment of the present invention, when bluetooth earphone 1 transfers to the large data message of intelligent wear contact equipment 2 by human body communication reception by smart mobile phone, consider that human body communication connects potentially unstable, and during information transmission, there is certain interference, therefore the bluetooth earphone 1 of the present embodiment comprises bluetooth module 16 further, to realize being connected with the Bluetooth pairing of smart mobile phone by intelligent wear contact equipment 2.The present embodiment is substantially identical with above-described embodiment, comprises bluetooth module 16 further unlike the bluetooth earphone 1 in the present embodiment.
Smart mobile phone of the prior art has Bluetooth function usually, because it has been ripe technology, so place does not repeat one by one.The bluetooth module 16 of the present embodiment is electrically connected with this first control module 13, and wherein, the first control module 13 in the present embodiment is also for producing Bluetooth pairing signal based on above-mentioned human body communication.This bluetooth module 16 is for the treatment of this Bluetooth pairing signal and send this Bluetooth pairing signal by this human body communication, because intelligent wear contact equipment 2 passes through wireless connections with smart mobile phone, namely each other can transmission information, therefore intelligent wear contact equipment 2 is sent to smart mobile phone after receiving the Bluetooth pairing signal of bluetooth earphone 1, Bluetooth transmission passage is connected to form to carry out pairing with the bluetooth of smart mobile phone, thus make bluetooth earphone 1 by Bluetooth transmission passage directly with smart mobile phone transmission information, the stability of raising information transmission and efficiency.
Further, in other embodiments, carry out after pairing is connected to form Bluetooth transmission passage in bluetooth earphone 1 and the bluetooth of smart mobile phone, the first human body induction module 141 is closed by the first control module 13, to reduce the power consumption of bluetooth earphone 1.
Further, bluetooth earphone 1 also comprises time block 17 in other embodiments, time block 17 is electrically connected with this first human body induction module 141, for this first human body induction module 141 of start by set date detect this bluetooth earphone 1 whether also with user human contact, if do not contacted, feed back to the first control module 13 to close bluetooth module 16 in time.
What deserves to be explained is, when motion detection module 12 detects that usage operation is excision action, motion detection module 12 can feed back to the first control module 13 to produce triggering signal, first human body induction module 141 based on triggering signal detect this bluetooth earphone 1 whether with user human contact, Bluetooth shutdown signal is sent with during user human contact to the first control module 13 when the first human body induction module 141 can't detect this bluetooth earphone 1, handset module 15 is closed successively based on Bluetooth shutdown signal to make the first control module 13, bluetooth module 16, first human body communication module 14, the first control module 13 and motion detection module 12 is finally made to be in resting state, to reduce its power consumption.
In sum, in the whole process that bluetooth earphone 1 is opened, first control module 13, first human body communication module 14, bluetooth module 16, handset module 15 are opened successively, if there have certain module to start in opening process to be unsuccessful, then think misoperation or extract bluetooth earphone 1, above-mentioned module then backward is closed successively, only keeps the ultralow operating state of the first control module 13 and motion detection module 12.
Refer to Fig. 3, Fig. 3 is that the bluetooth earphone of one embodiment of the present invention is by the flow chart of intelligent wear contact equipment realization from the method be dynamically connected, performing before the bluetooth earphone 1 that provides of the present embodiment realizes the method for auto switching by intelligent wear contact equipment 2, intelligence wear contact equipment 2 and this smart mobile phone wireless connections are with transmission information to each other, this radio connection can be bluetooth, wifi (Wireless-Fidelity, Wireless Fidelity) or ZigBee (ZigBee protocol) etc.This intelligent wear contact equipment 2 comprises the second human body communication module 22 and the second control module 23, second human body communication module 22 with user human contact and is electrically connected to produce the second human body communication signal with the second control module 23.Particularly, the method for this enforcement comprises the steps:
S10: the usage operation detecting user;
Particularly, motion detection module 12 detects the usage operation of user, this usage operation can for the wearing action or extract action of user human contact.Motion detection module 12 can be acceleration transducer, also can be that other is responsible for the transducer of motion detection.Acceleration transducer mainly detect bluetooth earphone 1 by static to motion time velocity variations, preferably, acceleration transducer detect bluetooth earphone 1 by static move to gravity direction time velocity variations.Certainly, bluetooth earphone 1 wear action or excision action all can change in level and gravity direction, so acceleration transducer also can detect bluetooth earphone 1 by static move on horizontal direction time velocity variations, or the velocity variations in gravity direction and horizontal direction all detects, it can select the acceleration transducer of corresponding examination criteria according to actual needs, does not limit one by one herein.
S20: when detect this usage operation be with user human contact wear action time produce triggering signal;
Particularly, when detecting that usage operation is feed back to the first control module 13 with detection module during the wearing action or extract action of user human contact, start trigger signal first human body communication module 14 is produced to make the first control module 13.
Wherein, bluetooth earphone 1 remained static originally, when user picks up or extract static bluetooth earphone 1, now bluetooth earphone 1 becomes motion state by inactive state, and the acceleration transducer being in low energy consumption operating state now detects that the velocity variations that user wears action is just fed back to the first control module 13, produces triggering signal to start the first human body communication module 14 to make the first control module 13 always.
S30: produce the first body communication signal based on this triggering signal;
Particularly, the first human body control module 142 produces the first body communication signal based on this triggering signal.Wherein, when wearing due to user or extract, finger all can contact with bluetooth earphone 1, people is known from experience and produces the first body communication signal.But wear action the most at last bluetooth earphone 1 place user's ear, bluetooth earphone 1 is kept and user human contact after putting into ear from picking up always, and extract action finger finally unclamp bluetooth earphone 1, namely, do not contact with bluetooth earphone 1, therefore the triggering signal produced under final excision action makes the first human body control module 142 cannot continue to produce the first body communication signal.
S40: search for the second human body communication signal of producing with this first body communication signal coupling and by intelligent wear contact equipment 2 and set up human body communication and is connected, to communicate by this intelligent wear contact equipment 2 further connection smart mobile phone.
Particularly, the second human body communication signal that the search of first control module 13 produces with this first body communication signal coupling and by intelligent wear contact equipment 2 is also set up human body communication and is connected, to make bluetooth earphone 1 and intelligent wear contact equipment 2 by human body communication transmission information.And due to can transmission information between intelligent wear contact equipment 2 and smart mobile phone, therefore bluetooth earphone 1 can pass through human body communication, intelligent wear contact equipment 2 indirectly and smart mobile phone transmission information successively.
Refer to Fig. 4, Fig. 4 is that the bluetooth earphone of another preferred embodiment of the present invention is by the flow chart of intelligent wear contact equipment realization from the method be dynamically connected, when bluetooth earphone 1 transfers to the large data message of intelligent wear contact equipment 2 by human body communication reception by smart mobile phone, consider that human body communication connects potentially unstable, and during information transmission, there is certain interference, therefore above-mentioned enforcement is further improved, the bluetooth earphone 1 of the present embodiment realizes auto switching method by intelligent wear contact equipment 2 is substantially identical with above-described embodiment, difference is that the bluetooth in the method for the present embodiment is connected to form Bluetooth transmission passage with the Bluetooth pairing of smart mobile phone further by intelligent wear contact equipment 2, thus make bluetooth earphone 1 by Bluetooth transmission passage directly and smart mobile phone transmission information, improve stability and the efficiency of information transmission.The method that the bluetooth earphone 1 that the present embodiment provides realizes auto switching by intelligent wear contact equipment 2 specifically comprises the steps:
S11: the usage operation detecting user;
Particularly, motion detection module 12 detects usage operation when user picks up bluetooth earphone 1, and this usage operation is and the wearing action or extract action of user human contact.
S21: when detect this usage operation be with user human contact wear action time produce triggering signal;
Particularly, when detect usage operation be with user human contact wear action time motion detection module 12 feed back to the first control module 13, produce start trigger signal first human body communication module 14 to make the first control module 13.
Wherein, bluetooth earphone 1 remained static originally, when user needs just to pick up when using bluetooth earphone 1 to wear static bluetooth earphone 1, now bluetooth earphone 1 becomes motion state by inactive state, and the acceleration transducer being in low energy consumption operating state now detects that the velocity variations that user wears action is just fed back to the first control module 13, produces start trigger signal first human body control module 142 to make the first control module 13 always.
Step S30 concrete steps in above-described embodiment are:
S31: based on this triggering signal detect whether with user human contact;
Particularly, the first human body induction module 141 based on triggering signal detect this bluetooth earphone 1 whether with user human contact.The pleasant position that first human body induction module 141 can be positioned at bluetooth earphone 1 with the auricle of user and the skin contact of Er Nei, thus ensure that user's human body communication when using bluetooth earphone 1 to communicate is in lasting connection status, certainly, first human body induction module 141 also can be extended to the position facilitating finger contact of bluetooth earphone 1 by pleasant position, so that user is not put picking up bluetooth earphone 1 just set up human body communication with intelligent wear contact equipment 2 fast to during ear, improve the unlatching efficiency of bluetooth earphone 1.
S32: when detecting and producing the first body communication signal during user human contact.
Particularly, when the first human body induction module 141 detects that this bluetooth earphone 1 produces the first body communication signal with the first human body control module 142 during user human contact.
S41: search for the second human body communication signal of producing with this first body communication signal coupling and by intelligent wear contact equipment 2 and set up human body communication and be connected;
Particularly, the second human body communication signal of producing with this first body communication signal coupling and by intelligent wear contact equipment 2 of the first control module 13 search set up human body communication and be connected.Wherein, see also Fig. 5, the step that this intelligent wear contact equipment 2 produces the second human body communication signal comprises:
S411: detect intelligent wear contact equipment whether with user human contact;
Particularly, the second human body induction module 221 detect this intelligent wear contact equipment 2 whether with user human contact.
S412: when detecting and producing this second human body communication signal during user human contact;
Particularly, when detecting that this intelligent wear contact equipment 2 produces this second human body communication signal with the second human body control module 222 during user human contact.
S50: based on the timing of this human body communication detect whether also with user human contact, if do not contacted, then disconnect human body communication;
Particularly, this first human body induction module 141 of time block 17 start by set date detect this bluetooth earphone 1 whether also with user human contact, if do not contacted, feed back to the first control module 13 to close bluetooth earphone 1 in time.
S60: produce Bluetooth pairing signal based on this human body communication;
Particularly, the first control module 13 produces Bluetooth pairing signal based on this human body communication.
S70: process this Bluetooth pairing signal and send this Bluetooth pairing signal by this human body communication, connects smart mobile phone to be matched by this intelligent wear contact equipment 2.
Particularly, bluetooth module 16 processes this Bluetooth pairing signal and sends this Bluetooth pairing signal by this human body communication, intelligence wear contact equipment 2 receives this pairing signal and is sent to smart mobile phone, carry out pairing to make bluetooth module 16 with the bluetooth of smart mobile phone and be connected to form Bluetooth transmission passage, thus make bluetooth earphone 1 directly receive the information of smart mobile phone transmission by Bluetooth transmission passage, improve stability and the efficiency of information transmission.
Refer to Fig. 6, Fig. 6 is the flow chart of the method that the bluetooth earphone of another preferred embodiment of the present invention is disconnected automatically by intelligent wear contact equipment realization, the bluetooth earphone 1 that the present embodiment provides realizes the method automatically disconnected by intelligent wear contact equipment 2, it comprises the steps:
S12: the usage operation detecting user;
This step is identical with above-mentioned steps S10.
S22: produce triggering signal when detecting that usage operation is excision action;
Particularly, when detecting that usage operation is excision action, motion detection module 12 feeds back to the first control module 13, produces triggering signal to start the first human body control module 142 to make the first control module 13.
Wherein, bluetooth earphone 1 remained static at earphone originally, when user extracts out static bluetooth earphone 1 from earphone, bluetooth earphone 1 becomes motion state by inactive state, and the acceleration transducer being in low energy consumption operating state now detects that the velocity variations that user extracts action is just fed back to the first control module 13, produces triggering signal to start the first human body control module 142 to make the first control module 13 always.
S31 ': based on this triggering signal detect whether with user human contact;
Particularly, the first human body induction module 141 based on triggering signal detect this bluetooth earphone 1 whether with user human contact.
Wherein, if the first human body induction module 141 is positioned at the pleasant position of bluetooth earphone 1, so when bluetooth earphone 1 leaves ear, the first human body induction module 141 just can't detect bluetooth earphone 1 and user human contact, thus the human body communication causing bluetooth earphone 1 and intelligent wear contact equipment 2 to be set up is connected and disconnects.And if the first human body induction module 141 extends to the position facilitating finger contact of bluetooth earphone 1 by pleasant position, so when bluetooth earphone 1 leaves ear and finger unclamps bluetooth earphone 1, the first human body induction module 141 just can't detect bluetooth earphone 1 and user human contact, that is, be connected with the human body communication that intelligent wear contact equipment 2 is set up when finger unclamps bluetooth earphone 1 and disconnect.
S32 ': produce Bluetooth shutdown signal with during user human contact when can't detect; .
Particularly, when the first human body induction module 141 can't detect user human contact, the first control module 13 produces disconnection Bluetooth pairing signal, to close bluetooth module 16.
S41: disconnect being connected with the pairing of smart mobile phone based on Bluetooth shutdown signal.
Wherein, bluetooth module 16 to be connected with the coupling of smart mobile phone based on Bluetooth shutdown signal and to disconnect by the first control module 13, and namely Bluetooth transmission passage disconnects.Particularly, first control module 13 of the present embodiment closes handset module 15, bluetooth module 16, first human body communication module 14 successively based on Bluetooth shutdown signal, and now the first control module 13 and motion detection module 12 are in super low-power consumption state.
Bluetooth earphone 1 of the present invention and realized the method for auto switching by intelligent wear contact equipment 2, the step of its method comprises and detects that user's usage operation is for producing triggering signal when wearing action, the first body communication signal is produced based on this triggering signal, search for the second human body communication signal produced by intelligent wear contact equipment 2 of this first body communication signal coupling and set up human body communication and be connected, to connect smart mobile phone further by this intelligent wear contact equipment 2 thus to communicate, make can carry out interaction between bluetooth earphone 1 and intelligent wear contact equipment 2, bluetooth earphone 1 can be made further to be entered interaction by intelligent wear contact equipment 2 and smart mobile phone, Bluetooth pairing method of attachment is simple, promote Consumer's Experience, and bluetooth earphone 1 is without the need to arranging and using switch key, save material, open with opening operation easy, use safety.
These are only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. bluetooth earphone realizes a method for auto switching by intelligent wear contact equipment, it is characterized in that, comprises the steps:
Detect the usage operation of user;
When detect described usage operation be with user human contact wear action time produce triggering signal;
The first body communication signal is produced based on described triggering signal;
Search for the second human body communication signal of producing with described the first body communication signal coupling and by intelligent wear contact equipment and set up human body communication and be connected, to connect smart mobile phone further by described intelligent wear contact equipment thus to communicate.
2. bluetooth earphone according to claim 1 realizes the method for auto switching by intelligent wear contact equipment, it is characterized in that, the described step producing the first body communication signal based on described triggering signal comprises:
Based on described triggering signal detect whether with user human contact;
When detecting and producing the first body communication signal during user human contact.
3. bluetooth earphone according to claim 2 realizes the method for auto switching by intelligent wear contact equipment, it is characterized in that, the step of the second human body communication signal that described intelligent wear contact equipment produces comprises:
Detect intelligent wear contact equipment whether with user human contact;
When detecting and producing described second human body communication signal during user human contact.
4. bluetooth earphone according to claim 1 realizes the method for auto switching by intelligent wear contact equipment, it is characterized in that, described search and described the first body communication signal coupling and the second human body communication signal produced by intelligent wear contact equipment also comprise after setting up the step of human body communication:
Bluetooth pairing signal is produced based on described human body communication;
Process described Bluetooth pairing signal and send described Bluetooth pairing signal by described human body communication, to connect described smart mobile phone by described intelligent wear contact device pairing.
5. bluetooth earphone according to claim 1 realizes the method for auto switching by intelligent wear contact equipment, it is characterized in that, described search and described the first body communication signal coupling and the second human body communication signal produced by intelligent wear contact equipment also also comprise after setting up the step of human body communication:
Based on the timing of described human body communication detect whether also with user human contact, if do not contacted, then disconnect described human body communication.
6. realized a bluetooth earphone for auto switching by intelligent wear contact equipment, described intelligent wear contact equipment and described smart mobile phone wireless connections, described intelligent wear contact equipment comprises:
Second control module;
Second human body communication module, to be electrically connected with described second control module, for generation of the second human body communication signal with user human contact; It is characterized in that,
Described bluetooth earphone comprises:
Motion detection module, for detecting the usage operation of user;
First control module: be electrically connected with described motion detection module, for when detect described usage operation be with user human contact wear action time produce triggering signal;
First human body communication module, is electrically connected with described first control module, for sending the first body communication signal based on described triggering signal; Wherein,
Described first control module is also connected for searching for the described second human body communication signal of described the first body communication signal coupling and setting up human body communication, to connect described smart mobile phone further by described intelligent wear contact equipment;
Handset module, is electrically connected with described first human body communication module, for based on described bluetooth earphone and described smart mobile phone connection thus communicate.
7. the bluetooth earphone being realized auto switching by intelligent wear contact equipment according to claim 6, be is characterized in that, described first human body communication module comprises:
First human body induction module, for detect based on triggering signal described bluetooth earphone whether with user human contact;
First human body control module, is electrically connected with described first human body induction module, for producing described the first body communication signal when described bluetooth earphone and user human contact being detected.
8. the bluetooth earphone being realized auto switching by intelligent wear contact equipment according to claim 7, be is characterized in that, described second human body communication module comprises:
Second human body induction module, for detect described intelligent wear contact equipment whether with user human contact;
Second human body control module, produces described second human body communication signal when described intelligent wear contact equipment and user human contact being detected.
9. the bluetooth earphone being realized auto switching by intelligent wear contact equipment according to claim 8, be is characterized in that, described bluetooth earphone also comprises the bluetooth module be electrically connected with described first control module, wherein,
Described first control module is also for producing Bluetooth pairing signal based on described human body communication;
Described bluetooth module is for the treatment of described Bluetooth pairing signal and send described Bluetooth pairing signal by described human body communication, connects smart mobile phone to realize pairing by described intelligent wear contact equipment.
10. the bluetooth earphone being realized auto switching by intelligent wear contact equipment according to claim 9, it is characterized in that, described bluetooth earphone also comprises:
Time block, is electrically connected with described first human body induction module, for detect based on the first human body induction module described in described human body communication start by set date described bluetooth earphone whether also with user human contact.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510834464.7A CN105491470B (en) | 2015-11-25 | 2015-11-25 | Bluetooth headset and its method that auto switching is realized by intelligent wear contact equipment |
| PCT/CN2016/094431 WO2017088526A1 (en) | 2015-11-25 | 2016-08-10 | Bluetooth headset and method for implementing automatic turn-on/turn-off of bluetooth headset by means of smart wearable contact device |
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| CN201510834464.7A CN105491470B (en) | 2015-11-25 | 2015-11-25 | Bluetooth headset and its method that auto switching is realized by intelligent wear contact equipment |
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| CN105491470B CN105491470B (en) | 2019-09-20 |
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| WO (1) | WO2017088526A1 (en) |
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| Publication number | Publication date |
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| CN105491470B (en) | 2019-09-20 |
| WO2017088526A1 (en) | 2017-06-01 |
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