CN105472496A - Bluetooth earphone and automatic on-off method thereof - Google Patents
Bluetooth earphone and automatic on-off method thereof Download PDFInfo
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- CN105472496A CN105472496A CN201510817522.5A CN201510817522A CN105472496A CN 105472496 A CN105472496 A CN 105472496A CN 201510817522 A CN201510817522 A CN 201510817522A CN 105472496 A CN105472496 A CN 105472496A
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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
- H04R3/00—Circuits for transducers, loudspeakers or microphones
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- Engineering & Computer Science (AREA)
- Acoustics & Sound (AREA)
- Signal Processing (AREA)
- Measuring Pulse, Heart Rate, Blood Pressure Or Blood Flow (AREA)
Abstract
The invention provides a Bluetooth earphone and an automatic on-off method thereof. The method includes the steps of detecting the heart rate of a user according to a trigger signal; generating a Bluetooth matching signal when the heart rate of the user is detected; and processing the Bluetooth matching signal so that an external Bluetooth device is matched and connected for communication. Switch buttons do not need to be set and utilized, so materials are saved. A Bluetooth matching and connection method is simple, the operation is simple, and the user experience is improved.
Description
Technical field
The present invention relates to wireless communication technique field, particularly a kind of auto switching method of bluetooth earphone and this bluetooth earphone.
Background technology
In current life, people on the way steering vehicle time, receive calls for convenience and often like putting on bluetooth earphone, now commercially most bluetooth earphone is all provided with switch key, on the way just when the people of steering vehicle need to 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 auto switching method thereof, to solve in prior art the troublesome poeration opening and closing 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: a kind of auto switching method providing bluetooth earphone, and it comprises the steps: to detect user's heart rate based on triggering signal; Bluetooth pairing signal is produced when user's heart rate being detected; Process this Bluetooth pairing signal with match connect outside bluetooth equipment communicate.
Wherein, should comprise before the step based on tactile input user heart rate: the usage operation detecting user; When detecting that this usage operation is for producing this triggering signal when wearing action or take action.
Wherein, stop this detection user heart rate to reduce power consumption when this generation Bluetooth pairing signal.
Wherein, handset module is opened when this detection of this stopping user's heart rate.
For solving the problems of the technologies described above, the present invention also adopts another technical scheme: provide a kind of bluetooth earphone, and it comprises heart rate detection module, control module, bluetooth module and handset module, and heart rate detection module is used for detecting user's heart rate based on triggering signal; Control module is electrically connected with this heart rate detection module, for producing Bluetooth pairing signal when this heart rate detection module detects user's heart rate; Bluetooth module is electrically connected with this control module, connects outside bluetooth equipment for the treatment of this Bluetooth pairing signal to match; This handset module is electrically connected with this bluetooth module, communicates for being connected with the pairing of described outside bluetooth equipment by this bluetooth module.
Wherein, this blue-tooth device also comprises: motion detection module is electrically connected with this control module, for detecting the usage operation of user; This control module is also for detecting that when this motion detection module this usage operation is for producing this triggering signal when wearing action or take action.
Wherein, described main control module is also for closing this heart rate detection module to reduce power consumption when this control module produces Bluetooth pairing signal.
Wherein, this this control module is electrically connected with this handset module, and this control module is also for opening handset module when closing this heart rate detection module.
Wherein, this heart rate detection module is heart rate sensor, this heart rate sensor for detect user auricle inside heart rate.
Wherein, this motion detection module is acceleration transducer.
The invention has the beneficial effects as follows: the situation being different from prior art, bluetooth earphone of the present invention and auto switching method thereof, Bluetooth pairing signal is produced when user's heart rate being detected, and process this Bluetooth pairing signal with match connect outside bluetooth equipment carry out earphone communication, without the need to arranging and using switch key, save material, and Bluetooth matching method of attachment is simple, easy and simple to handle, promote Consumer's Experience.
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 of the bluetooth earphone of one embodiment of the present invention;
Fig. 2 is the structural representation of the bluetooth earphone of another preferred embodiment of the present invention;
Fig. 3 is the auto switching method flow diagram of the bluetooth earphone of one embodiment of the present invention;
Fig. 4 is the automatic connection method flow chart of the bluetooth earphone of another preferred embodiment of the present invention;
Fig. 5 is the automatic disconnect method flow chart of the bluetooth earphone of another preferred embodiment of the present invention.
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 of the bluetooth earphone of one embodiment of the present invention, and bluetooth earphone 1 of the present invention comprises heart rate detection module 10, control module 20, bluetooth module 30 and handset module 40.
Heart rate detection module 10 is for detecting user's heart rate based on triggering signal, and it can be heart rate sensor, also can be that other detects the device of heart rate.Heart rate sensor to be located in bluetooth earphone 1 finger when wearing and take bluetooth earphone 1 touch less than position, the heart rate of human body detected when touching it to avoid not needing to use bluetooth earphone 1.Heart rate sensor also can be positioned at the pleasant position of bluetooth earphone 1 to detect the pulse of ear, and particularly, the human bodies such as main detection user auricle inside skin is thin, capillary enriches preferably obtain the position of pulse information.What deserves to be explained is, under normal circumstances, pulse and the heart rate of people are consistent, therefore the pulse detecting people is equivalent to the heart rate detecting people.Control module 20 is electrically connected with this heart rate detection module 10, for producing Bluetooth pairing signal when heart rate detection module 10 detects user's heart rate, bluetooth module 30 is electrically connected with this control module 20, outside bluetooth equipment is connected to match for the treatment of Bluetooth pairing signal, handset module 40 is electrically connected with bluetooth module 30, communicates for being connected with the pairing of outside bluetooth equipment by bluetooth module 30.Outside bluetooth equipment can be have the mobile phone of Bluetooth function, panel computer, MP3 or personal computer etc.Bluetooth function of the present invention is a kind of wireless technology standard, can realize permanent plant, short-range data between mobile device and building personal area network exchanges.This communication can be listen audio frequency, communication on telephone etc.
Refer to Fig. 2, Fig. 2 is the structural representation of the bluetooth earphone of another preferred embodiment of the present invention, compare above-described embodiment, the bluetooth earphone 1 of the present embodiment also comprises motion detection module 50, this motion detection module 50 is electrically connected with this control module 20, for detecting usage operation when user picks up bluetooth earphone 1, this usage operation can be wear action, take action, when motion detection module 50 detects that usage operation can feed back to control module 20 for motion detection module 50 when wearing action or take action, start trigger signal heart rate detection module 10 is produced to make control module 20.
Motion detection module 50 can be acceleration transducer, also can be that other is responsible for the transducer of motion detection.Particularly, bluetooth earphone 1 remained static originally, when user needs just to pick up static bluetooth earphone 1 when using 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 control module 20, produces start trigger signal heart rate detection module 10 to make control module 20 always.
Heart rate detection module 10 in the present embodiment can also be photoelectric type pulse transducer, photoelectric type pulse transducer is not in running order at the beginning, but detect user at acceleration transducer and pick up just startup when bluetooth earphone 1 prepares the usage operation worn, so when user points the moment of the static bluetooth earphone 1 of touching, photoelectric type pulse transducer can not detect the heart rate of user.That is, user points at the beginning and touches the speed that static bluetooth earphone 1 transient acceleration transducer does not also detect bluetooth earphone 1, also photoelectric type pulse transducer cannot be opened, and when user pick up wear or take static bluetooth earphone 1 time, acceleration transducer now detects that bluetooth earphone 1 is by the static velocity variations occurred to motion, thus start photoelectric type pulse transducer, and wear user and pleasantly the pulse signal of user's ear detected with photoelectric type pulse transducer during ear contacts, and photoelectric type pulse transducer just can't detect the pulse signal of user's ear when being taken out by bluetooth earphone 1.
Bluetooth earphone 1 in the present embodiment just starts heart rate detection module 10 and is connected or closes outside bluetooth equipment communicate to match with trigger Bluetooth module 30 wearing or take in process, bluetooth earphone 1 connected and closes conveniently, and connecting with the efficiency of closing high.
Further, control module 20 also will close heart rate detection module 10 to reduce power consumption for the control module 20 when control module 20 produces Bluetooth pairing signal.And control module 20 opens handset module 40 when closing heart rate detection module 10 simultaneously.
Further, control module 20 is also for producing Bluetooth shutdown signal when heart rate detection module 10 can't detect user's heart rate.And also for closing handset module 40, bluetooth module 30, heart rate detection module 10 successively based on Bluetooth shutdown signal, finally make control module 20 and motion detection module 50 be in resting state, to reduce its power consumption.
In sum, in the whole process that bluetooth earphone 1 is opened, control module 20, heart rate detection module 10, bluetooth module 30, handset module 40 are opened successively, if there have certain module to start in opening process to be unsuccessful, then think misoperation or take bluetooth earphone 1, above-mentioned module then backward is closed successively, the ultralow operating state of only retentive control module 20 and start detection module 50.
Refer to Fig. 3, Fig. 3 is the auto switching method flow diagram of the bluetooth earphone of one embodiment of the present invention, and the automatic connection method step of the bluetooth earphone 1 in the present embodiment is as follows:.
S30: detect user's heart rate based on triggering signal;
Heart rate detection module 10 detects user's heart rate based on triggering signal, and it can be the heart rate sensor of direct-detection heart rate, also can be the device of other indirect detection heart rate.Heart rate sensor to be located in bluetooth earphone 1 hand when wearing or take bluetooth earphone 1 touch less than position, the heart rate of human body detected when touching it to avoid not needing to use bluetooth earphone 1.Heart rate sensor also can be positioned at the pleasant position of bluetooth earphone 1 to detect the pulse of ear, and particularly, the human bodies such as main detection user auricle inside skin is thin, capillary enriches preferably obtain the position of pulse information.。What deserves to be explained is, under normal circumstances, pulse and the heart rate of people are consistent, therefore the pulse detecting people is equivalent to the heart rate detecting people.
S40: produce Bluetooth pairing signal when user's heart rate being detected;
Particularly, when heart rate detection module 10 detects user's heart rate, control module 20 produces Bluetooth pairing signal, to start bluetooth module 30.
S50: process Bluetooth pairing signal carries out earphone communication match the outside bluetooth equipment of connection.
Particularly, bluetooth module 30 process Bluetooth pairing signal with match connect outside bluetooth equipment communicate.Outside bluetooth equipment can be have the mobile phone of Bluetooth function, panel computer, MP3 or personal computer etc.This communication can be listen audio frequency, communication on telephone etc.
Refer to Fig. 4, Fig. 4 is the automatic connection method flow chart of the bluetooth earphone of another preferred embodiment of the present invention, and the automatic unlatching method of attachment step of the bluetooth earphone 1 in the present embodiment is as follows:
S10: the usage operation detecting user;
Particularly, motion detection module 50 detects usage operation when user picks up bluetooth earphone 1, and this usage operation is for wearing action.Motion detection module 50 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, wearing action or taking action of bluetooth earphone 1 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 detecting that usage operation is for producing triggering signal when wearing action;
Particularly, when detecting that usage operation feeds back to control module 20 for motion detection module 50 when wearing action, start trigger signal heart rate detection module 10 is produced to make control module 20.
Wherein, bluetooth earphone 1 remained static originally, when user needs just to pick up static bluetooth earphone 1 when using 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 control module 20, produces start trigger signal heart rate detection module 10 to make control module 20 always.
S31: detect user's heart rate based on triggering signal;
Heart rate detection module 10 detects user's heart rate based on triggering signal, and it can be the heart rate sensor of direct-detection heart rate, also can be the device of photoelectric type pulse transducer or other indirect detection heart rate.Heart rate sensor to be located in bluetooth earphone 1 hand when wearing or take bluetooth earphone 1 touch less than place, the heart rate of the person detected when touching it to avoid not needing to use bluetooth earphone 1.Heart rate sensor can be positioned at the pleasant position of bluetooth earphone 1 to detect the pulse of ear, and particularly, the human bodies such as main detection user auricle inside skin is thin, capillary enriches preferably obtain the position of pulse information.What deserves to be explained is, under normal circumstances, pulse and the heart rate of people are consistent, therefore the pulse detecting people is equivalent to the heart rate of human body.
S41: produce Bluetooth pairing signal when user's heart rate being detected;
Particularly, the static photocentre rate detection module 10 be in the bluetooth earphone 1 of certain in the present embodiment is not in running order at the beginning, but detect user at acceleration transducer and pick up just startup when bluetooth earphone 1 prepares the usage operation worn, so when user points the static bluetooth earphone 1 of touching, heart rate detection module 10 can not detect the heart rate of user.That is, user points at the beginning and touches the pace of change that static bluetooth earphone 1 brief acceleration transducer does not also detect bluetooth earphone 1, heart rate detection module 10 cannot be opened, and when user pick up wear bluetooth earphone 1 time, acceleration transducer now detects that bluetooth earphone 1 is by the static velocity variations occurred to motion, now start heart rate detection module 10, bluetooth earphone 1 worn to heart rate sensor during auricle interior side contacts user and just detect the pulse signal (heart rate) of user.
When heart rate detection module 10 detects user's heart rate, heart rate detection module 10 feeds back to control module 20 and produces Bluetooth pairing signal to make control module 20, to start bluetooth module 30.In other embodiments, when control module 20 produces Bluetooth pairing signal, control module 20 stops detecting user's heart rate to reduce power consumption, and control module 20 opens handset module 40 when stopping detecting user's heart rate.That is, when control module 20 produces Bluetooth pairing signal, control module 20 closes heart rate detection module 10, and control module 20 opens handset module 40 when closing heart rate detection module 10.
S51: process Bluetooth pairing signal carries out earphone communication match the outside bluetooth equipment of connection.
Bluetooth module 30 process Bluetooth pairing signal with match connect outside bluetooth equipment communicate.Outside bluetooth equipment can be have the mobile phone of Bluetooth function, panel computer, MP3 or personal computer etc.
Refer to Fig. 5, Fig. 5 is the automatic disconnect method flow chart of the bluetooth earphone of another preferred embodiment of the present invention, the bluetooth earphone 1 in the present embodiment automatically to disconnect method step as follows
S11: the usage operation detecting user;
Particularly, this motion detection module 50 is for detecting user by usage operation during bluetooth earphone 1, and this usage operation is for taking action.
S21: when detecting that usage operation is for producing triggering signal when taking action;
Particularly, when detecting that usage operation can feed back to control module 20, with the generation triggering signal making control module 20 start heart rate detection module 10 for motion detection module 50 when taking action.
Wherein, bluetooth earphone 1 remained static originally in the ear of user, when user does not need just to take out bluetooth earphone 1 static in ear when using bluetooth earphone 1, now bluetooth earphone 1 becomes motion state by inactive state, and acceleration transducer now detects that the velocity variations that user takes action is just fed back to control module 20, produces start trigger signal heart rate detection module 10 to make control module 20.
S32: detect user's heart rate based on triggering signal;
Heart rate detection module 10 detects user's heart rate based on triggering signal, and it can be the heart rate sensor of direct-detection heart rate, also can be the device of photoelectric type pulse transducer or other indirect detection heart rate.Heart rate sensor can be located in bluetooth earphone 1 hand when taking bluetooth earphone 1 touch less than position, the heart rate of the person detected when touching it to avoid not needing to use bluetooth earphone 1.Heart rate sensor also can be positioned at the pleasant position of bluetooth earphone 1 to detect the pulse of ear, and particularly, the human bodies such as main detection user auricle inside skin is thin, capillary enriches preferably obtain the position of pulse information.What deserves to be explained is, under normal circumstances, pulse and the heart rate of people are consistent, therefore the pulse detecting people is equivalent to the heart rate detecting people.
S42: produce Bluetooth shutdown signal when can't detect user's heart rate;
Particularly, in user's ear in the present embodiment, bluetooth earphone 1 remains static, its heart rate detection module 10 is not in running order at the beginning, but detect just startup when user takes the usage operation of bluetooth earphone 1 from ear at acceleration transducer, so when user points the static bluetooth earphone 1 of touching, heart rate detection module 10 can not detect the heart rate of user.That is, user points at the beginning and touches the speed that static bluetooth earphone 1 brief acceleration transducer does not also detect bluetooth earphone 1, also heart rate detection module 10 cannot be opened, and when user takes bluetooth earphone 1, acceleration transducer now detects that bluetooth earphone 1 is by the static velocity variations occurred to motion, now just start heart rate detection module 10, and heart rate detection module 10 just can't detect the pulse information inside user's auricle when bluetooth earphone 1 is left human body by user.
When heart rate detection module 10 can't detect user's heart rate, control module 20 is produced and is disconnected Bluetooth pairing signal, to close bluetooth module 30.
S52: disconnect being connected with the pairing of external Bluetooth equipment based on Bluetooth shutdown signal.
Wherein, bluetooth module 30 to be connected with the coupling of outside bluetooth equipment based on Bluetooth shutdown signal and to disconnect by control module 20, and namely communicate disconnection.Particularly, the control module 20 of the present embodiment closes handset module 40, bluetooth module 30, heart rate detection module 10 successively based on Bluetooth shutdown signal, and now control module 20 and motion detection module 50 are in super low-power consumption state.
Bluetooth earphone 1 of the present invention and auto switching method thereof, Bluetooth pairing signal is produced when user's heart rate being detected, and process Bluetooth pairing signal with match connect outside bluetooth equipment carry out earphone communication, without the need to arranging and using switch key, save material, and Bluetooth matching method of attachment is simple, easy and simple to handle, promote Consumer's Experience.
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. an auto switching method for bluetooth earphone, is characterized in that, comprise the steps:
User's heart rate is detected based on triggering signal;
Bluetooth pairing signal is produced when user's heart rate being detected;
Process described Bluetooth pairing signal with match connect outside bluetooth equipment communicate.
2. the auto switching method of bluetooth earphone according to claim 1, is characterized in that, comprises before the described step based on tactile input user heart rate:
Detect the usage operation of user;
When detecting that described usage operation is for producing described triggering signal when wearing action or take action.
3. the auto switching method of bluetooth earphone according to claim 1, is characterized in that, stops described detection user heart rate to reduce power consumption when described generation Bluetooth pairing signal.
4. the auto switching method of bluetooth earphone according to claim 3, is characterized in that, opens handset module when the described detection user's heart rate of described stopping.
5. a bluetooth earphone, is characterized in that, comprising:
Heart rate detection module, for detecting user's heart rate based on triggering signal;
Control module, is electrically connected with described heart rate detection module, for producing Bluetooth pairing signal when described heart rate detection module detects user's heart rate;
Bluetooth module, is electrically connected with described control module, connects outside bluetooth equipment for the treatment of described Bluetooth pairing signal to match;
Handset module, is electrically connected with described bluetooth module, communicates for being connected with the pairing of described outside bluetooth equipment by described bluetooth module.
6. bluetooth earphone according to claim 5, is characterized in that, described blue-tooth device also comprises:
Motion detection module, is electrically connected with described control module, for detecting the usage operation of user;
Described control module is also for detecting that when described motion detection module described usage operation is for producing described triggering signal when wearing action or take action.
7. bluetooth earphone according to claim 5, is characterized in that, described main control module is also for closing described heart rate detection module to reduce power consumption when described control module produces Bluetooth pairing signal.
8. bluetooth earphone according to claim 7, is characterized in that, described control module is electrically connected with handset module, and described control module is also for opening described handset module when closing described heart rate detection module.
9. bluetooth earphone according to claim 5, is characterized in that, described heart rate detection module is heart rate sensor, described heart rate sensor for detect user auricle inside heart rate.
10. bluetooth earphone according to claim 6, is characterized in that, described motion detection module is acceleration transducer.
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