CN107157469A - A kind of mobile device - Google Patents
A kind of mobile device Download PDFInfo
- Publication number
- CN107157469A CN107157469A CN201710209978.2A CN201710209978A CN107157469A CN 107157469 A CN107157469 A CN 107157469A CN 201710209978 A CN201710209978 A CN 201710209978A CN 107157469 A CN107157469 A CN 107157469A
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- China
- Prior art keywords
- electrode
- electrocardio
- measurement
- fingerprint recognition
- sensing
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/24—Detecting, measuring or recording bioelectric or biomagnetic signals of the body or parts thereof
- A61B5/316—Modalities, i.e. specific diagnostic methods
- A61B5/318—Heart-related electrical modalities, e.g. electrocardiography [ECG]
Abstract
The invention discloses a kind of portable set, including：Body, electrocardio sensor.Electrocardio sensor includes the electrocardio sensing circuit for being arranged on body interior, and the first electrode and second electrode being arranged on body outer surface, to measure electrocardiosignal.Wherein, first electrode is arranged on the front of body and is exposed to body front.Second electrode is arranged at the back side of body and is exposed to the body back side.When carrying out electrocardio measurement, first electrode and second electrode touch to form loop between first electrode, second electrode, testee and electrocardio sensing circuit by the finger of two hands of testee respectively, electrocardio sensing circuit receives the control signal generated from this running body electrocardio process of measurement, responsive control signal obtains electrocardio sensing data to carry out electrocardio measurement.By the above-mentioned means, the present invention can quickly, conveniently and effectively measure electrocardiosignal.
Description
Technical field
It is more particularly to a kind of to healthy related portable set the present invention relates to electronic device field.
Background technology
Heart produces electric shock by pacemaker before mechanical contraction, first and moved, so that bioelectricity is produced, and produce
Bioelectricity produces different potential changes in body different parts from conduction of the heart through the fit liquid of tissue to body surface, so that
Form body surface potential poor.This potential difference that vary is recorded, it is exactly electrocardiogram to form dynamic curve.Electrocardiogram energy
React the electro physiology of cardiac muscle, i.e. excitability.Self-disciplining and conductibility.
With expanding economy, while material life is abundant, people increasingly pay close attention to health, people couple and healthy phase
Also increasing, and traditional electrocardio measuring machine the need for the measuring apparatus for the various physical signs closed, volume ratio is huger, difficult
With realize people in other it is indispensable, portability is also poor, and complex operation, (description with complex operation is repeated), it is impossible to convenient
Ground is measured.
The content of the invention
The present invention provides a kind of portable set, can quickly, conveniently and effectively measure electrocardiosignal.
The embodiment of the present invention provides a kind of portable set, including：Body, electrocardio sensor.The electrocardio sensor, its
Including being arranged on the electrocardio sensing circuit of the body interior, and the first electrode being arranged on the body outer surface and
Two electrodes, to measure electrocardiosignal.
Wherein, the first electrode is arranged on the front of the body and is exposed to the positive surface of the body；It is described
Second electrode is arranged at the back side of the body and is exposed to the surface at the body back side.
When carrying out electrocardio measurement, the first electrode and the second electrode are respectively by the finger of two hands of testee
Touch to form loop, the heart between the first electrode, the second electrode, testee and the electrocardio sensing circuit
Inductance slowdown monitoring circuit receives the control signal that is generated from described running body electrocardio process of measurement, respond the control signal with
Electrocardio measurement is carried out, and then obtains electrocardio sensing data.
Optionally, the portable set further comprises display screen, and the display screen is being arranged on the body just
Face, the first electrode is arranged at the positive bottom of body, and the neighbouring display screen, and the second electrode is arranged at described set
The top at the standby back side.Or, the first electrode is arranged at the positive top of the body and the neighbouring display screen, described second
Electrode is arranged at the bottom at the body back side.
Optionally, the portable set further comprises fingerprint recognition circuit, and the fingerprint recognition circuit is corresponding
Fingerprint recognition region is arranged on the positive bottom of the body, and positioned at the lower section of the display screen.The first electrode is exposed to
The positive surface of the body in the fingerprint recognition region.The second electrode is exposed to the surface at the body back side.
Optionally, the fingerprint recognition region is circumferentially arranged annular capacitor sensing electrode, is moved for sensing to touch
Make simultaneously to send touch signal to the fingerprint recognition circuit so that the fingerprint recognition circuit in response to the touch signal to obtain
Print information.When carrying out electrocardio measurement, the annular capacitor sensing electrode is used as the first electrode simultaneously.
Optionally, the portable set further comprises switching switch, and the switching switch is used to optionally cut
Change the annular capacitor sensing electrode and couple the fingerprint recognition circuit or the electrocardio sensing circuit.
By default, the switching switch is switched to couples the fingerprint knowledge by the annular capacitor sensing electrode
Other circuit.When carrying out electrocardio measurement, switching switch be switched to the annular capacitor sensing electrode is used as it is described
First electrode couples the electrocardio sensing circuit.
Optionally, the fingerprint recognition circuit is obtained after the finger print information, by the finger print information and preset fingerprint
Information is matched, if the match is successful, and the body performs default action.The default action includes starting and running institute
Electrocardio process of measurement is stated, and the switching switch is switched to the annular capacitor sensing electrode coupling electrocardio sensing electricity
Road, so that the electrocardio sensing circuit carries out electrocardio measurement.
Optionally, when the body starts the electrocardio process of measurement, reminder message is sent, institute
PACN1710977 state reminder message can be sound, the image that is shown on the display screen, numeral or text
It is one or more in word, the brightness change of the display screen, vibration.
Optionally, the body is provided with the number of times of default measurement, the time of measurement, and the body judges current time
Whether it is the default time, if so, then start and run control signal of the electrocardio process of measurement to be generated, it is described
Electrocardio sensing circuit, to carry out electrocardio measurement, and then obtains electrocardio sensing data in response to the control signal.
Optionally, the second electrode is set adjacent to the camera of the body, and is arranged with the camera of the body
Side of the column direction parallel to the body.
Optionally, the back side of the main body is provided with the guiding face of indent, and the second electrode is exposed to the guiding
Face.
Optionally, the portable set can be mobile phone or tablet personal computer.
Compared with prior art, the beneficial effects of the invention are as follows：By adding electrocardio sensor in a portable device, and
First electrode and second electrode are separately positioned on to the front and back of body, so forces and allows testee to use two hands
Finger go to touch first electrode and second electrode, it is to avoid two fingers that testee seeks one hand of convenient use go touch the
One electrode and second electrode and can not obtain electrocardiosignal causes measurement to fail, it is ensured that the validity of measurement result, and passing through
This running body electrocardio process of measurement controls the electrocardio sensor can quickly and easily to measure the electrocardiosignal of testee, together
When traditional cardiographic detector device can be avoided not possess the shortcoming of portability.
Brief description of the drawings
Fig. 1 is the body positive structure schematic of portable set embodiment of the present invention；
Fig. 2 is the body structure schematic diagram of portable set embodiment of the present invention；
Fig. 3 is the circuit diagram of portable set embodiment of the present invention.
Embodiment
Refering to Fig. 1 to Fig. 3, the portable set of portable set embodiment of the present invention includes：Body 11 and electrocardio sensing
Device 12.
The body 11 can refer to the portable set body.The electrocardio sensor 12 includes being arranged on described
Electrocardio sensing circuit 121 inside body 11, and the first electrode 122 and second electrode being arranged on the outer surface of body 11
123, to gather electrocardiosignal.
The body 11 can be the main body that the portable set realizes basic function, such as described portable set is
When realizing the smart mobile phone of communication function, then its basic function is communication, the body of smart mobile phone generally include telecommunication circuit,
Processor, display screen, mainboard and the element for man-machine interaction.The electrocardio sensor can share different work(with processor
Can, it is common to complete electrocardio measurement.The body 11 generally also includes rear shell and front shroud, what the outer surface of the body was often referred to
It is rear shell outer surface and the outer surface of front shroud.
Wherein, the first electrode 122 is arranged on the front of the body 11 and is exposed to the front of the body 11.Institute
Second electrode 123 is stated to be arranged on the back side of the body 11 and be exposed to the back side of the body 11.Certain first electrode
122 can be arranged on the back side of the body 11 and be exposed to the back side of the body 11, and the second electrode 123 is arranged on
The front of the body 11 and the front for being exposed to the body 11.When carrying out electrocardio measurement, the first electrode 122 and institute
Second electrode 123 is stated to be touched with the first electrode 122, the second electrode by the finger of two hands of testee respectively
123rd, loop is formed between testee and the electrocardio sensing circuit 121.The electrocardio sensing circuit 121, which is received, comes from described
The control signal that the operation electrocardio process of measurement of body 11 is generated, responds the control signal to carry out electrocardio measurement, and then obtain
Electrocardio sensing data.
Certainly, in order to avoid the dust or steam in air pass through the first electrode 122 and the second electrode 123
Into in the body 11, it can set conductive dust-proof in the first electrode 122 and/or the exposed section of the second electrode 123
Film, the finger of testee is turned on by the conductive dustproof membrane with the first electrode 122 and the second electrode 123.
In the present embodiment, the front of the body 11 refers to the use habit according to the portable set, makes
Used time, it is facing generally towards the one side such as smart mobile phone front shroud of testee.And the back side of the body 11, then it is and the body
The rear shell of the opposite one side such as smart mobile phone in 11 fronts.
In actual applications, the first electrode 122 and the second electrode 123 respectively with the electrocardio sensing circuit
121 couplings, during so that testee touching the first electrode 122 and the second electrode 123 respectively with the finger of two hands, institute
State and form loop between first electrode 122, the second electrode 123, testee and the electrocardio sensing circuit 121, carrying out
When electrocardio is measured, the body 11 runs the electrocardio process of measurement to generate control signals to control the electrocardio sensor
12 carry out electrocardio measurement, obtain electrocardio sensing data, e.g. electrocardiogram, ecg curve etc..
The electrocardio sensing data can be stored in the portable set and/or high in the clouds.Certainly it is stored in described portable
The body 11 corresponding with testee's information or account and/or high in the clouds space in formula equipment and/or high in the clouds.
It can be electrocardio measurement corresponding on the operation body 11 that the body 11, which runs the electrocardio process of measurement,
APP, controls the testee of electrocardio sensor 12 to carry out electrocardio measurement, institute by starting and running the electrocardio measurement APP
Stating electrocardio measurement APP can include starting to detect, stop detection, set the time detected, the number of times of detection, electrocardio is sensed into number
According to electrocardiogram shared to particular contact or other platforms such as QQ, wechat, microblogging, obtained by display etc..
The first electrode 122 and the second electrode 123 can be metal plate electrode, disk electrode, suspension respectively
One kind in electrode, soft electrode or dry electrode.
Certainly, the first electrode 122 and the second electrode 123 can be retractable electrode, and for example, sleeve pipe is stretched
Contracting mode, when in use, can stretch out the first electrode 122 and the second electrode 123 appearance of the body 11
The validity of measurement is improved more to facilitate testee to touch in face.
By front and the back of the body that the first electrode 122 and the second electrode 123 are separately positioned on to the body 11
Face, forces testee that the finger of two hands must be used to go to touch the first electrode 122 and the second electrode 123, it is to avoid
Two fingers that testee seeks one hand of convenient use go to touch the first electrode 122 and the second electrode 123 and nothing
Method, which obtains electrocardiosignal, causes measurement to fail, it is ensured that the validity of measurement result.In addition the heart is run by the body 11
Electrical measurement program controls the electrocardio sensor 12, can quickly and easily measure the electrocardiosignal of testee, while can
Traditional cardiographic detector device is avoided not possess the shortcoming of portability.
The portable set can be that the mobile devices such as mobile phone, tablet personal computer, notebook, e-book are either portable
Cardiographic detector.
With continued reference to Fig. 1 and Fig. 2, optionally, the portable set further comprises display screen 13, the display screen
13 are arranged on the front of the body 11, and the first electrode 122 is arranged at the positive bottom of body 11, and the neighbouring display
Screen 13.The second electrode 123 is arranged at the top of the equipment back side.It is of course also possible to which the first electrode 122 is arranged at
The positive top of the body 11 and the neighbouring display screen 13.The second electrode 123 is arranged at the back side of body 11
Bottom.So it is staggered, can further forces user that the finger of two hands must be used to go to touch the He of first electrode 122
The second electrode 123, so as to more ensure the electrometric validity of the heart.
The display screen 13 is displayed for electrocardio sensing data such as electrocardiogram, ecg curve.It is described portable to set
It is standby to respond the electrocardio sensing data, satellite information is generated, for example, reminds whether exceeded, suggestion to see the doctor, eject hospital and register
Entrance provides dietary recommendation etc..
Wherein, the positive top of the body 11 or bottom refer to the use habit according to the portable set, lean on
The nearly top of the body 11 for top, what it is close to the bottom of body 11 is bottom.
Certainly, the first electrode 122 and the second electrode 123 can be separately positioned on the both ends of the body 11
Or two side, to form the effect for setting of staggering, it is ensured that the electrometric validity of the heart.
Optionally, the portable set further comprises fingerprint recognition circuit 14,14 pairs of the fingerprint recognition circuit
The fingerprint recognition region 141 answered is arranged on the positive bottom of the body 11, the neighbouring display screen 13, positioned at the display screen 13
Lower section.The first electrode 122 is exposed to the positive surface of the body 11 in the fingerprint recognition region 141；It is described
Second electrode 123 is exposed to the surface at the back side of body 11.
The fingerprint recognition circuit can be capacitive fingerprint identification circuit, ultrasonic fingerprint identification circuit.
In the present embodiment, positioned at the lower section of the display screen 13 refer to being located at the region of display screen 13 with it is described
Intermediate region between the bottom of body 11.
Fingerprint recognition circuit 14 is provided with, the security of the portable set can be strengthened, it is especially described portable
The security of personal test result, can also enrich the function of the portable set, in addition by the first electrode in equipment
122 are exposed to the positive surface of the body 11 in the fingerprint recognition region 141, without extra setting, great convenience
Finger is directly pressed the fingerprint recognition region 141 by testee can touch the first electrode 122, and be conducive to lifting
The aesthetics of the portable set.
Certainly, the first electrode 122 can also be exposed to the front of the body 11 outside the fingerprint recognition region 141
Surface；The second electrode 123 is exposed to the surface at the back side of body 11.
With continued reference to Fig. 1-3, optionally, the fingerprint recognition region 141 is circumferentially arranged annular capacitor sensing electricity
Pole 142, for sensing touch action and sending touch signal to the fingerprint recognition circuit 14, so that the fingerprint recognition circuit
14 in response to the touch signal to obtain finger print information.When carrying out electrocardio measurement, the annular capacitor sensing electrode 142 is same
When be used as the first electrode 122.
The annular capacitor sensing electrode 142 is exposed to the surface of body 11 to sense touch action, is carrying out electrocardio
During measurement the electrocardio sensing circuit 121, said ring are coupled using the annular sensing electrode as the first electrode 122
Shape sensing electrode, the electrocardio sensing electrode, the formation of second electrode 123 loop, the finger of two hands of testee are touched respectively
The annular sensing electrode and the second electrode 123, the electrocardio sensing circuit 121 can then obtain the electrocardio letter of testee
Number, obtain electrocardio sensing data.
Certainly, the first electrode 122 can be set up in parallel with the annular capacitor sensing electrode 142 and together along described
Fingerprint recognition region 141 is circumferential to be configured, i.e., described first electrode 122 and annular capacitor sensing electrode 142 described in volume are only
Vertical element, such as when carrying out electrocardio measurement, the fingerprint recognition circuit is completed after fingerprint recognition, and the main body 11 starts and transported
The row electrocardio process of measurement, electrocardiosignal is measured using the first electrode 122 and the second electrode 123.
With continued reference to Fig. 3, optionally, the portable set further comprises switching switch 15, the switching switch
15 couple the fingerprint recognition circuit 14 or the electrocardio sense for optionally switching the annular capacitor sensing electrode 142
Slowdown monitoring circuit 121.By default, the switching switch 15 is switched to couples institute by the annular capacitor sensing electrode 142
State fingerprint recognition circuit 14；When carrying out electrocardio measurement, the switching switch 15 is switched to senses electricity by the annular capacitor
Pole 142 is used as the first electrode 122 and couples the electrocardio sensing circuit 121.
The switching switch 15 can be controlled by the portable set automatic sensing, such as described portable set sensing
Whether the fingerprint recognition action completes, so as to carry out the switching of the switching switch 15.Or the portable set passes through
Default program switches the switching switch 15 after the fingerprint recognition；It can also manually be controlled to switch over by testee,
Such as testee clicks on screen and starts switching or specific keys startup switching manually, the portable set is responded the point
Hit information and switch over the switching switch 15.
The switching switch 15 can be triode, or touch-switch, or electromagnetic switch etc., but be not limited to
This.
Optionally, the fingerprint recognition circuit 14 is obtained after the finger print information, by the finger print information and default finger
Line information is matched, if the match is successful, and the body 11 then performs default action.The default action includes starting simultaneously
Run the electrocardio process of measurement, and the switching switched 15 switch to the annular capacitor sensing electrode 142 is coupled into institute
Electrocardio sensing circuit 121 is stated, so that the electrocardio sensing circuit 121 carries out electrocardio measurement.
The default action can also be that the program started outside the electrocardio process of measurement is, for example, to call, broadcast
Put the music on, unlock or close screen etc..
After the fingerprint recognition circuit 14 obtains the finger print information, and the match is successful, the body 11 can start simultaneously
Run the electrocardio process of measurement, and the switching switched 15 switch to the annular capacitor sensing electrode 142 is coupled into institute
Electrocardio sensing circuit 121 is stated, so that the electrocardio sensing circuit 121 carries out electrocardio measurement, so quickly can start and run
The electrocardio process of measurement, facilitates testee to measure, and saves time of measuring.And by the annular capacitor sensing electrode 142
It is used as the first electrode 122, it is to avoid the problem of resetting the circuit and complicated cabling that the first electrode 122 is brought,
Also can avoid additionally arranging the first electrode 122 expose surface avoid causing structure wordy and unsightly the problems such as.
Optionally, when the body 11 starts the electrocardio process of measurement, reminder message is sent, the reminder message can
Be sound, the image that is shown on the display screen 13, numeral or word, brightness change, the vibration of the display screen 13
Middle one or more.
In the present embodiment, sending reminder message can effectively remind testee to touch the first electrode 122 and institute
Second electrode 123 is stated, so as to carry out electrocardio measurement.
Optionally, the body 11 is provided with the number of times of default measurement, the time of measurement, and the body 11 judges currently
Whether the time is the default time, if so, then start and run control signal of the electrocardio process of measurement to be generated,
The electrocardio sensing circuit 121, to carry out electrocardio measurement, and then obtains electrocardio sensing data in response to the control signal.
The default pendulous frequency can be corresponding with the time of the default measurement, for example, preset the number of times of measurement
For 3 times, the time of corresponding default measurement is 15：30、16:40、20:15, when electrocardio is measured, the body 11 judges currently
Whether the time is the default time described above, if so, then starting and running control of the electrocardio process of measurement to be generated
Signal, the electrocardio sensing circuit 121, to carry out electrocardio measurement, and then obtains electrocardio sensing number in response to the control signal
According to.
Certainly, the default time of measuring can be a period, such as 13：05-16:40, default measurement time
Number is 3 times, and when electrocardio is measured, the body 11 judges current time whether within the default time, if so, then starting
And control signal of the electrocardio process of measurement to be generated is run, the electrocardio sensing circuit 121 is believed in response to the control
Number measured with the electrocardio for carrying out the default pendulous frequency, and then obtain electrocardio sensing data.
With continued reference to Fig. 2, optionally, the second electrode 123 and the longitudinal arrangement of camera 16 of the body 11
Direction, parallel to the side of the body 11.
Optionally, the back side of the main body is provided with the guiding face 124 of indent, and the second electrode 123 is exposed to institute
State guiding face 124.
According to the use habit of the portable set, the second electrode 123 and the camera 16 of the body 11 are indulged
To arrangement, i.e., described second electrode 123 is located at the lower section of the camera 16.And the back side of the main body is provided with leading for indent
Draw face 124, the second electrode 123 is exposed to the guiding face 124, in this way, when testee is not seeing the main body back of the body
Face and with finger touch the second electrode 123 when, the guiding face 124 can be contacted at first, along the guiding of indent
Face 124, can easily make testee successfully touch the second electrode 123, it is to avoid easy during testee's touch electrode
Occur false touch or can not find the position of the second electrode 123.
Optionally, sensing circuit plate is provided with the body 11, the sensing circuit plate is sensed including the electrocardio
Circuit 121, the mainboard of the sensing circuit plate and the portable set be arranged in parallel.Certain electrocardio sensing circuit 121
The mainboard of the mobile device can also be directly integrated in.
In the present embodiment, space bar can be provided between the sensing circuit plate and the mainboard, it is described to isolate
Mainboard and sensing circuit plate, optionally, the space bar are insulation board and/or anti-electromagnetic interference board, in the sensing circuit
Space bar is set between plate and the mainboard, it is possible to reduce interfering between the mainboard and the sensing circuit plate, with
And avoid the problems such as the causing short circuit that contact with each other.
It is convenient in the electrocardio sensing circuit 12, the electricity of first electrode 122 or second by setting the sensing circuit plate
Pole 123 is broken down when needing to change, and easily can rapidly be changed, furthermore, it is possible to which the sensing circuit plate is straight
Scoop out for different mobile devices, without changing whole mainboard.
In summary, the present invention is to add electrocardio sensor 12 in a portable device, and by the first electrode 122
The front and back of the body 11 is separately positioned on the second electrode 123, so forces and allows testee to use two
The finger of hand goes to touch the first electrode 122 and the second electrode 123, it is to avoid testee seeks one hand of convenient use
Two fingers go to touch the first electrode 122 and the second electrode 123 and can not obtain electrocardiosignal causes measurement to be lost
Lose, it is ensured that the validity of measurement result, and run electrocardio process of measurement to control the electrocardio to sense by the body 11
Device can quickly and easily measure the electrocardiosignal of testee, while traditional cardiographic detector device can be avoided not possess portability
Shortcoming.
Embodiments of the present invention are the foregoing is only, are not intended to limit the scope of the invention, it is every to utilize this
Equivalent structure or equivalent flow conversion that description of the invention and accompanying drawing content are made, or directly or indirectly it is used in other correlations
Technical field, is included within the scope of the present invention.
Claims (10)
1. a kind of portable set, it is characterised in that including：
Body；
Electrocardio sensor, it includes the electrocardio sensing circuit for being arranged on the body interior, and is arranged on the body appearance
First electrode and second electrode on face, to measure electrocardiosignal；
Wherein, the first electrode is arranged on the front of the body and is exposed to the body front；The second electrode is set
It is placed in the back side of the body and is exposed to the body back side；
When carrying out electrocardio measurement, the first electrode and the second electrode are touched by the finger of two hands of testee respectively
To form loop, the electrocardio sense between the first electrode, the second electrode, testee and the electrocardio sensing circuit
Slowdown monitoring circuit receives the control signal generated from described running body electrocardio process of measurement, responds the control signal to carry out
Electrocardio is measured, and then obtains electrocardio sensing data.
2. equipment according to claim 1, it is characterised in that：The portable set further comprises display screen, described
Display screen is arranged on the front of the body；The first electrode is arranged at the positive bottom of body, and the neighbouring display screen；
The second electrode is arranged at the top of the equipment back side；Or,
The first electrode is arranged at the positive top of the body, and the neighbouring display screen；The second electrode is arranged at
The bottom at the body back side.
3. equipment according to claim 2, it is characterised in that：The portable set further comprises fingerprint recognition electricity
Road, the corresponding fingerprint recognition region of the fingerprint recognition circuit is arranged on the positive bottom of the body, and positioned at the display screen
Lower section；The first electrode is exposed to the body front in the fingerprint recognition region；The second electrode is exposed to
The body back side.
4. equipment according to claim 3, it is characterised in that：The fingerprint recognition region is circumferentially arranged annular capacitor
Sensing electrode, for sensing touch action and sending touch signal to the fingerprint recognition circuit, so that the fingerprint recognition is electric
Road is in response to the touch signal to obtain finger print information；When carrying out electrocardio measurement, the annular capacitor sensing electrode is simultaneously
It is used as the first electrode.
5. equipment according to claim 4, it is characterised in that：The portable set further comprises switching switch, institute
Stating switching switch is used to optionally switch the annular capacitor sensing electrode coupling fingerprint recognition circuit or the heart
Inductance slowdown monitoring circuit；
By default, the switching switch is switched to couples the fingerprint recognition electricity by the annular capacitor sensing electrode
Road；When carrying out electrocardio measurement, the switching switch is switched to is used as described first by the annular capacitor sensing electrode
Electrode couples the electrocardio sensing circuit.
6. equipment according to claim 5, it is characterised in that：The fingerprint recognition circuit is obtained after the finger print information,
The finger print information is matched with preset fingerprint information, if the match is successful, the body in response to the match is successful
Information performs default action；The default action includes startup and runs the electrocardio process of measurement, and by the switching
Switch is switched to couples the electrocardio sensing circuit by the annular capacitor sensing electrode, so that the electrocardio sensing circuit is carried out
Electrocardio is measured.
7. equipment according to claim 6, it is characterised in that：When the body starts the electrocardio process of measurement, send
Reminder message, the reminder message can be sound, the image, numeral or the word that are shown on the display screen, described aobvious
It is one or more in the brightness change of display screen, vibration.
8. the equipment according to claim any one of 1-7, it is characterised in that：The body is provided with time of default measurement
Number, the time of measurement, the body judge whether current time is the default time, if so, then starting and running described
Control signal of the electrocardio process of measurement to be generated, the electrocardio sensing circuit is in response to the control signal to carry out electrocardio survey
Amount, and then obtain electrocardio sensing data.
9. the equipment according to claim any one of 1-7, it is characterised in that：The second electrode is taken the photograph adjacent to the body
As head is set, and with the side of the camera orientation of the body parallel to the body；And/or,
The back side of the main body is provided with the guiding face of indent, and the second electrode is exposed to the guiding face.
10. the equipment according to claim any one of 1-7, it is characterised in that：The portable set can for mobile phone or
Person's tablet personal computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710209978.2A CN107157469A (en) | 2017-03-31 | 2017-03-31 | A kind of mobile device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710209978.2A CN107157469A (en) | 2017-03-31 | 2017-03-31 | A kind of mobile device |
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| Publication Number | Publication Date |
|---|---|
| CN107157469A true CN107157469A (en) | 2017-09-15 |
Family
ID=59849361
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710209978.2A Pending CN107157469A (en) | 2017-03-31 | 2017-03-31 | A kind of mobile device |
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| CN (1) | CN107157469A (en) |
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Application publication date: 20170915 |