CN2609307Y - Handset with heart rate monitoring function - Google Patents
Handset with heart rate monitoring function Download PDFInfo
- Publication number
- CN2609307Y CN2609307Y CNU03216677XU CN03216677U CN2609307Y CN 2609307 Y CN2609307 Y CN 2609307Y CN U03216677X U CNU03216677X U CN U03216677XU CN 03216677 U CN03216677 U CN 03216677U CN 2609307 Y CN2609307 Y CN 2609307Y
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- Prior art keywords
- capacitor
- triode
- resistance
- meet
- heart rate
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Abstract
The utility model provides a mobile phone with the function of heart rate monitoring. The utility model is characterized in that the utility model is provided with a heart rate detection module, a wireless launching module and a wireless receiving module based in the current mobile phone; wherein, the heart rate detection module comprises a heart rate sensor and a signal amplifying circuit; the heart rate sensor is positioned closing to the chest, and the output of the sensor is connected with the wireless launching module through the signal amplifying circuit; and the wireless receiving module is connected with the receiving circuit of the mobile phone. The utility model is added a heart rate monitoring and the heart rate sensor placing close to the chest to detect the beating rate of the heart of the cardiac patient; the beating condition of the heart is then converted into the electrical pulse signal, and the signal is delivered to the wireless launching module to be sent out; the wireless receiving module then receives the signal and enlarges, detects and decodes the signal; after that the signal is sent to process in the mobile phone; therefore, the phone can be automatically made when the heart is in abnormal condition, and the cardiac patient can be treated much quicker.
Description
Affiliated technical field
The utility model provides a kind of mobile phone with heart rate monitoring function, belongs to the communicating terminal technical field.
Background technology
The mobile phone that each production firm produces on the current market, except that possessing communication function, also have wireless network, take pictures, miscellaneous function such as big capacity storage, its serviceability is all fairly perfect, but for unwell crowd, as the heart disease patient, when emergency takes place for he, in time send on the phone of appointment and given first aid to timely thereby just be difficult to utilize existing mobile phone will succour signal automatically.
The utility model content
The purpose of this utility model provides a kind ofly can remedy above-mentioned deficiency, can monitor the human heart rate and can send audio alert under abnormal conditions, also can dial the mobile phone with heart rate monitoring function of emergency phone automatically.Its technical scheme is:
On the basis of original mobile phone, set up heart rate detection module, wireless transmitter module and wireless receiving module, wherein the heart rate detection module comprises heart rate sensor and signal amplification circuit, wherein heart rate sensor pastes and is placed on human chest, its output connects wireless transmitter module through signal amplification circuit, the receiving circuit of wireless receiving module catcher machine.
Described mobile phone with heart rate monitoring function, signal amplification circuit comprises resistance R
1～5, capacitor C
1～4, triode VT
1With with door F
1～5, wherein the output of heart rate sensor successively through the serial connection capacitor C
1, and connect with door F
1And resistance R
1, capacitor C
2, and connect with door F
2And resistance R
2, capacitor C
3, and connect with door F
3And resistance R
3, capacitor C
4, with the door F
4, with the door F
5, resistance R
4Meet triode VT after the multistage amplification
1Base stage, triode VT
1Grounded emitter, its collector electrode is through resistance R
5Meet power supply V
CCInput with wireless transmitter module.
Described mobile phone with heart rate monitoring function, wireless transmitter module comprises coding circuit and radio transmitter, wherein coding circuit comprises encoder CT
1, triode VT
2, resistance R
6～8, capacitor C
9～10, power supply E and K switch
1, encoder CT wherein
1Data terminal D
1Connect the signal output part of signal amplification circuit, its data terminal D
2～4Corresponding to switch S S
2～4, power end V
+, capacitor C
9An end and triode VT
2Collector electrode connect the positive pole of power supply E, the positive pole of power supply E is also through capacitor C
10Ground connection, corresponding through switch S
1～8Meet encoder CT
1Address end A
1～8, its negative pole is through K switch
1With encoder CT
1Control end G, capacitor C
9Other end ground connection, encoder CT
1Two compensation end RC between be serially connected with resistance R
7, its oscillation output end CP
1Through resistance R
6Meet triode VT
2Base stage, triode VT
2Emitter connect radio transmitter, radio transmitter comprises tunable capacitor W
1, capacitor C
5～8, high precision capacitor XT, triode VT
3, resistance R
9With inductance coil L
1～2, triode VT wherein
3Base stage respectively through capacitor C
5With inductance coil L
1Meet triode VT in the coding circuit
2Emitter, triode VT
3Collector electrode and capacitor C
7～8An end, at inductance coil L
1Two ends and be connected to tunable capacitor W
1, at triode VT
3Collector electrode and base stage between and be connected to resistance R
9, triode VT
3Collector electrode also through capacitor C
6Antenna Y is penetrated in sending and receiving
1, its emitter is respectively through high precision capacitor XT and inductance coil L
2With capacitor C
7～8Other end ground connection.
Described mobile phone with heart rate monitoring function, wireless receiving module comprises decoding circuit and wireless receiving circuit, wherein wireless receiving circuit comprises triode VT
4～5, tunable capacitor W
2, capacitor C
11～19, resistance R
10～17, inductance coil L
3～4, diode VD
1With comparator C T
2, reception antenna Y wherein
2Respectively through and the inductance coil L that connects
3With tunable capacitor W
2Meet triode VT
4Collector electrode, through the serial connection capacitor C
13～14Meet comparator C T
2Negative power end, through resistance R
13Meet power supply V
CC, through the serial connection resistance R
14And capacitor C
15Meet triode VT
5Base stage, at triode VT
4Collector electrode and emitter between and be connected to capacitor C
11, triode VT
4Emitter through inductance coil L
4Connecting resistance R
11With capacitor C
12An end, resistance R
11With capacitor C
12Another meet comparator C T
2Negative power end, triode VT
4Base stage respectively through the serial connection resistance R
10With diode VD
1Meet comparator C T
2Negative power end, through resistance R
12Meet power supply V
CC, at triode VT
5Base stage and collector electrode between and be connected to resistance R
15, triode VT
5Base stage through capacitor C
16Meet comparator C T with its emitter
2Negative power end, its collector electrode meets comparator C T respectively
2In-phase input end, through resistance R
16Meet power supply V
CC, through capacitor C
17Meet comparator C T
2Negative power end, through resistance R
17Meet comparator C T
2Inverting input, comparator C T
2Inverting input also through capacitor C
18Meet comparator C T
2Negative power end, comparator C T
2Positive supply termination power supply V
CC, decoder CT in its output termination decoding circuit
3Vibration input CP
2, decoder CT
3Power end V
+And address end A
1～8Meet power supply V
CC, its output CP
1The signal input part of catcher machine.
The utility model compared with prior art, on the basis of original cell-phone function, increased human heart rate's monitoring function, heart rate sensor pastes the situation of beating that human chest detects heart constantly that is placed on, and convert beating of heart to electric impulse signal and send into coding circuit, launch by radiating circuit again, amplify after being received by the wireless receiving circuit in the mobile phone then, being sent to the decoding demodulation circuit after the detection decodes, the CPU that is sent to after the decoding in the mobile phone handles and shows on screen, can dial the emergency phone so automatically and report to the police when abnormal conditions appear in heart, be a big improvement in the expansion of mobile phone application function therefore.
Description of drawings
Fig. 1 is an operation principle block diagram of the present utility model;
Fig. 2 be the utility model wireless receiving module embodiment line map and with the winding diagram of mobile phone;
Fig. 3 is the line map of the utility model heart rate detection module, wireless transmitter module embodiment.
Embodiment
1, mobile phone 2, heart rate sensor 3, signal amplification circuit 4, coding circuit 5, radio transmitter 6, wireless receiving circuit 7, decoding circuit
In the embodiment shown in Fig. 1～3: heart rate sensor 2 pastes and is placed on human chest, and its output is the capacitor C through being connected in series successively
1, and connect with door F
1And resistance R
1, capacitor C
2, and connect with door F
2And resistance R
2, capacitor C
3, and connect with door F
3And resistance R
3, capacitor C
4, with the door F
4, with the door F
5, resistance R
4Meet triode VT after the multistage amplification
1Base stage, triode VT
1Grounded emitter, its collector electrode is through resistance R
5Meet power supply V
CCInput D with coding circuit 4
1, the heartbeat conversion of signals that records is become electric impulse signal, send into encoder CT in the coding circuit 4
1Data terminal D
1, encoder CT
1Data terminal D
2～4Corresponding to switch S S
2～4, power end V
+, capacitor C
9An end and triode VT
2Collector electrode connect the positive pole of power supply E, the positive pole of power supply E is also through capacitor C
10Ground connection, corresponding through switch S
1～8Meet encoder CT
1Address end A
1～8, its negative pole is through K switch
1With encoder CT
1Control end G, capacitor C
9Other end ground connection, provide working power by power supply E for coding circuit 4, encoder CT
1Two compensation end RC between be serially connected with resistance R
7, its oscillation output end CP
1Through resistance R
6Meet triode VT
2Base stage, triode VT
2Emitter connect the input of radio transmitter 5, code signal is outputed to radio transmitter 5.Triode VT in the radio transmitter 5
3Base stage respectively through capacitor C
5With inductance coil L
1Meet triode VT in the coding circuit
2Emitter, triode VT
3Collector electrode and capacitor C
7～8An end, at inductance coil L
1Two ends and be connected to tunable capacitor W
1, at triode VT
3Collector electrode and base stage between and be connected to resistance R
9, triode VT
3Collector electrode also through capacitor C
6Antenna Y is penetrated in sending and receiving
1, its emitter is respectively through high precision capacitor XT and inductance coil L
2With capacitor C
7～8Other end ground connection.The signal of being launched by radio transmitter 5 is by the reception antenna Y in the wireless receiving circuit 6
2Receive reception antenna Y
2Respectively through and the inductance coil L that connects
3With tunable capacitor W
2Meet triode VT
4Collector electrode, through the serial connection capacitor C
13～14Meet comparator C T
2Negative power end, through resistance R
13Meet power supply V
CC, through the serial connection resistance R
14And capacitor C
15Meet triode V
T5Base stage, at triode VT
4Collector electrode and emitter between and be connected to capacitor C
11, triode VT
4Emitter through inductance coil L
4Connecting resistance R
11With capacitor C
12An end, resistance R
11With capacitor C
12Another meet comparator C T
2Negative power end, triode VT
4Base stage respectively through the serial connection resistance R
10With diode VD
1Meet comparator C T
2Negative power end, through resistance R
12Meet power supply V
CC, at triode VT
5Base stage and collector electrode between and be connected to resistance R
15, triode VT
5Base stage through capacitor C
16Meet comparator C T with its emitter
2Negative power end, its collector electrode meets comparator C T respectively
2In-phase input end, through resistance R
16Meet power supply V
CC, through capacitor C
17Meet comparator C T
2Negative power end, through resistance R
17Meet comparator C T
2Inverting input, comparator C T
2Inverting input also through capacitor C
18Meet comparator C T
2Negative power end, comparator C T
2Positive supply termination power supply V
CC, its output termination decoder CT
3Vibration input CP
2, decoder CT
3Power end V
+And address end A
1～8Meet power supply V
CC, its output CP
1The signal input part of catcher machine.Be that the heartbeat electric impulse signal that wireless transmitter module sends is received by the wireless receiving circuit in the mobile phone 16, it amplified, be sent to decoding circuit 7 after the detection, after the decoding again by decoder CT
3Output CP
1The CPU that signal is sent in the mobile phone 1 handles and shows on screen, can dial the emergency phone automatically and report to the police when abnormal conditions appear in heart.
Claims (4)
1, a kind of mobile phone with heart rate monitoring function, it is characterized in that: on the basis of original mobile phone (1), set up heart rate detection module, wireless transmitter module and wireless receiving module, wherein the heart rate detection module comprises heart rate sensor (2) and signal amplification circuit (3), wherein heart rate sensor (2) pastes and is placed on human chest, its output connects wireless transmitter module through signal amplification circuit (3), the receiving circuit of wireless receiving module catcher machine (1).
2, the mobile phone with heart rate monitoring function as claimed in claim 1 is characterized in that: signal amplification circuit (3) comprises resistance R
1～5, capacitor C
1～4, triode VT
1With with door F
1～5, wherein the output of heart rate sensor (2) successively through the serial connection capacitor C
1, and connect with door F
1And resistance R
1, capacitor C
2, and connect with door F
2And resistance R
2, capacitor C
3, and connect with door F
3And resistance R
3, capacitor C
4, with the door F
4, with the door F
5, resistance R
4Meet triode VT after the multistage amplification
1Base stage, triode VT
1Grounded emitter, its collector electrode is through resistance R
5Meet power supply V
CCInput with wireless transmitter module.
3, the mobile phone with heart rate monitoring function as claimed in claim 1 is characterized in that: wireless transmitter module comprises coding circuit (4) and radio transmitter (5), and wherein coding circuit (4) comprises encoder CT
1, triode VT
2, resistance R
6～8, capacitor C
9～10, power supply E and K switch
1, encoder CT wherein
1Data terminal D
1Connect the signal output part of signal amplification circuit, its data terminal D
2～4Corresponding to switch S S
2～4, power end V
+, capacitor C
9An end and triode VT
2Collector electrode connect the positive pole of power supply E, the positive pole of power supply E is also through capacitor C
10Ground connection, corresponding through switch S
1～8Meet encoder CT
1Address end A
1～8, its negative pole is through K switch
1With encoder CT
1Control end G, capacitor C
9Other end ground connection, encoder CT
1Two compensation end RC between be serially connected with resistance R
7, its oscillation output end CP
1Through resistance R
6Meet triode VT
2Base stage, triode VT
2Emitter connect radio transmitter (5), radio transmitter (5) comprises tunable capacitor W
1, capacitor C
5～8, high precision capacitor XT, triode VT
3, resistance R
9With inductance coil L
1～2, triode VT wherein
3Base stage respectively through capacitor C
5With inductance coil L
1Meet triode VT in the coding circuit
2Emitter, triode VT
3Collector electrode and capacitor C
7～8An end, at inductance coil L
1Two ends and be connected to tunable capacitor W
1, at triode VT
3Collector electrode and base stage between and be connected to resistance R
9, triode VT
3Collector electrode also through capacitor C
6Antenna Y is penetrated in sending and receiving
1, its emitter is respectively through high precision capacitor XT and inductance coil L
2With capacitor C
7～8Other end ground connection.
4, the mobile phone with heart rate monitoring function as claimed in claim 1 is characterized in that: wireless receiving module comprises decoding circuit (7) and wireless receiving circuit (6), and wherein wireless receiving circuit (6) comprises triode VT
4～5, tunable capacitor W
2, capacitor C
11～19, resistance R
10～17, inductance coil L
3～4, diode VD
1With comparator C T
2, reception antenna Y wherein
2Respectively through and the inductance coil L that connects
3With tunable capacitor W
2Meet triode VT
4Collector electrode, through the serial connection capacitor C
13～14Meet comparator C T
2Negative power end, through resistance R
13Meet power supply V
CC, through the serial connection resistance R
14And capacitor C
15Meet triode VT
5Base stage, at triode VT
4Collector electrode and emitter between and be connected to capacitor C
11, triode VT
4Emitter through inductance coil L
4Connecting resistance R
11With capacitor C
12An end, resistance R
11With capacitor C
12Another meet comparator C T
2Negative power end, triode VT
4Base stage respectively through the serial connection resistance R
10With diode VD
1Meet comparator C T
2Negative power end, through resistance R
12Meet power supply V
CC, at triode VT
5Base stage and collector electrode between and be connected to resistance R
15, triode VT
5Base stage through capacitor C
16Meet comparator C T with its emitter
2Negative power end, its collector electrode meets comparator C T respectively
2In-phase input end, through resistance R
16Meet power supply V
CC, through capacitor C
17Meet comparator C T
2Negative power end, through resistance R
17Meet comparator C T
2Inverting input, comparator C T
2Inverting input also through capacitor C
18Meet comparator C T
2Negative power end, comparator C T
2Positive supply termination power supply V
CC, decoder CT in its output termination decoding circuit (7)
3Vibration input CP
2, decoder CT
3Power end V
+And address end A
1～8Meet power supply V
CC, its output CP
1The signal input part of catcher machine (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU03216677XU CN2609307Y (en) | 2003-04-29 | 2003-04-29 | Handset with heart rate monitoring function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU03216677XU CN2609307Y (en) | 2003-04-29 | 2003-04-29 | Handset with heart rate monitoring function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2609307Y true CN2609307Y (en) | 2004-03-31 |
Family
ID=34160783
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU03216677XU Expired - Fee Related CN2609307Y (en) | 2003-04-29 | 2003-04-29 | Handset with heart rate monitoring function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2609307Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102594996A (en) * | 2012-03-13 | 2012-07-18 | 姚国康 | Mobile-phone-based heart rate monitoring device |
| CN102772203A (en) * | 2012-03-16 | 2012-11-14 | 姚国康 | Bicycle speed measurement and heart rate monitoring method on basis of mobile phone |
| WO2012155909A1 (en) | 2011-05-18 | 2012-11-22 | Firstaed Aps | A system and a method of ensuring acute first aid |
| CN105105739A (en) * | 2015-04-01 | 2015-12-02 | 上海兆观信息科技有限公司 | Short-distance wireless heart rate and heart rate variability detection method |
-
2003
- 2003-04-29 CN CNU03216677XU patent/CN2609307Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2012155909A1 (en) | 2011-05-18 | 2012-11-22 | Firstaed Aps | A system and a method of ensuring acute first aid |
| CN102594996A (en) * | 2012-03-13 | 2012-07-18 | 姚国康 | Mobile-phone-based heart rate monitoring device |
| CN102594996B (en) * | 2012-03-13 | 2014-10-15 | 姚国康 | Mobile-phone-based heart rate monitoring device |
| CN102772203A (en) * | 2012-03-16 | 2012-11-14 | 姚国康 | Bicycle speed measurement and heart rate monitoring method on basis of mobile phone |
| CN105105739A (en) * | 2015-04-01 | 2015-12-02 | 上海兆观信息科技有限公司 | Short-distance wireless heart rate and heart rate variability detection method |
| CN105105739B (en) * | 2015-04-01 | 2019-06-14 | 杭州兆观传感科技有限公司 | Short-distance wireless heart rate and heart rate variability detection method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |