CN104224139B - Pulse wave spectrum bracelet - Google Patents
Pulse wave spectrum bracelet Download PDFInfo
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- CN104224139B CN104224139B CN201410403744.8A CN201410403744A CN104224139B CN 104224139 B CN104224139 B CN 104224139B CN 201410403744 A CN201410403744 A CN 201410403744A CN 104224139 B CN104224139 B CN 104224139B
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Abstract
Pulse wave spectrum bracelet of the present invention, contains second bracelet, is provided with first, second front end circular arc at upper second bracelet front end, is provided with first, second rear end pole in upper second bracelet rear end; Described first, second front end circular arc forms circular arc hatch frame, between described first, second rear end pole, connects with connecting rod; Sensor vector is set and adopts arteries and veins face in first inner side, bracelet front portion; In the first pole inner side, rear end, data acquisition and transmission card are set; Micro-step motor and controller or regulation and control handle are set in connecting rod lower end; Sensor vector is electrically connected with transmission card with data acquisition; Described connecting rod can regulate first bracelet and second bracelet to close up or separate up and down. The present invention utilizes sensor technology, electronics and mechanical engineering technology that a kind of pulse wave spectrum bracelet is provided, change the traditional Chinese medical science " feeling the pulse " mainly by artificial situation, instrumentation and the wide adaptability of having realized the traditional Chinese medical science " feeling the pulse ", accuracy is good, can improve the diagnosis efficiency of the traditional Chinese medical science.
Description
Technical field
The present invention relates to the application in traditional Chinese medical science field of sensor technology, electronic engineering and mechanical engineering technology, relate in particular toGeneration, transmission and the processing of data signal and letter signal, concrete is a kind of pulse wave spectrum bracelet.
Background technology
The traditional Chinese medical science, before curing, generally can detect patient by " hope, hear, ask, cut ", sentences by " comprehensive analysis of data gained by four diagnostic methods "Other disease, and then suit the remedy to the case. Wherein, " the cutting " of feeling the pulse, is will (see the record of " examining a central administrative unit ") first of " four methods of diagnosis ", is alsoThe most distinctive detection method of the traditional Chinese medical science. " prestige ", " news ", " asking " are not only the detection method of the traditional Chinese medical science to patient, be also doctor trained in Western medicine andThe method that his ethno-medicine is diagnosed patient. But " feeling the pulse " is but the exclusive a kind of detection means of the traditional Chinese medical science. By " cuttingArteries and veins ", doctor of traditional Chinese medicine can differentiate patient's the cause of disease, the interpretation of the cause, onset and process of an illness, sick position, can further propose methods for the treatment of (prescription).
So-called " feeling the pulse " is exactly the abundant letter that doctor of traditional Chinese medicine manifests with finger (10mm × 10mm) perception patient radial arteryBreath: shape when people's pulse wave has the shape of " sliding, puckery, string, tight "; When beat pulse the energy of institute's load have real, flood, soft itPoint; In conjunction with patient's breathing state, doctor of traditional Chinese medicine can perception the situation of late, the number of patient's pulse, short, generation, knot. In when " feeling the pulse "The force situation of doctor's doctor finger is related between replying with patient's pulse, can find out having or not of arteries and veins, corresponding arteries and veins is to float,Heavy, moving, to lie prostrate, remove from office situation. But in today of sensor technology, electronic engineering and mechanical engineering technology develop rapidly, the traditional Chinese medical science" feeling the pulse " also rests on the basis of manually " feeling the pulse " not only time-consuming, effort, and diagnosis is slow, efficiency is low, depends on doctor'sExperience and be difficult to describe and reproductions that objectify, is difficult to meet the traditional Chinese medical science and inherits and the needs that develop. The present invention by sensor technology,Electronic engineering and mechanical engineering technology are applied to traditional Chinese medical science field, to improve the level of tcm diagnosis.
Summary of the invention
The object of the invention is to address the above problem, a kind of pulse wave spectrum bracelet is provided, it utilizes sensor technology, electricitySub-engineering and mechanical engineering technology, make the traditional Chinese medical science " feeling the pulse " instrumentation, equipment, portability, its wide adaptability, and accuracy is high, steadyQualitative good, can improve the diagnosis efficiency of the traditional Chinese medical science.
For experiment above-mentioned purpose, the present invention has adopted following technical scheme.
A kind of pulse wave spectrum bracelet, contains first bracelet and second bracelet, is provided with first at the front end of described first braceletFront end circular arc, is provided with the first rear end pole in the rear end of described first bracelet; Before the front end of described second bracelet is provided with secondEnd circular arc, is provided with the second rear end pole in the rear end of described second bracelet; It is characterized in that described the first front end circular arc and describedTwo front end circular arcs form circular arc hatch frame, between described the first pole lower end, rear end and described the second pole upper end, rear end, useConnecting rod connects, and described first bracelet and described second bracelet are formed to the Bracelet structure that has opening; In described first bracelet front portionInner side (in wrist ring) is provided with sensor vector, and described sensor vector lower surface is for adopting arteries and veins face; Described the first rear end poleInner side is provided with data acquisition and transmission card; Lower end at described connecting rod is provided with micro-step motor; At described second bracelet rear portionOutside be provided with controller; Described sensor vector is connected with transmission card with described data acquisition by connecting line; Described miniatureStepper motor is by described controller control, can regulate closing up and separating up and down of described first bracelet and second bracelet.
Further, described sensor vector is served as reasons and is no less than the structure being arranged in a linear of 5 sensor compositions, each biographySensor is the structural member of protruding formula individual packages.
Further, the arteries and veins face of adopting of described sensor vector is less than 8mm2, the end face≤0.2mm of described each sensor2。
Further, described sensor vector can be anterior slightly mobile at described first bracelet.
Further, described data acquisition and transmission card contain power circuit, amplifying circuit, filter circuit, a micro-processingDevice and a radio transmitters;
Described power circuit, power circuit part is by charging inlet, power management, rechargeable battery and power converting circuit groupBecome, electric power management circuit is by the control of control, output voltage and electric current to battery charging voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, and the program control just amplifier of 1:64 coordinates prime amplifierCircuit, the gain of analog channel can regulate 20～1000, and high-precision ADC mainly depends on and AFE(analog front end) system accuracyThe conditioning precision of signal and the calibration of system;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, Butterworth filterFrequency response curve in ripple device passband is smooth to greatest extent, does not does not rise and fall;
Described microprocessor comprises micro-chip processor, for the management of gatherer process;
Described radio transmitters is used for the communication with host computer.
Further, described diagnosis by feeling the pulse bracelet is connected with computer or smart mobile phone by connecting line and power taking, the letter of feeling the pulseGeneration, transmission and the demonstration of breath.
A kind of pulse wave spectrum bracelet, is characterized in that, contains first bracelet and second bracelet, at the front end of described first braceletBe provided with the first front end circular arc, be provided with the first rear end pole in the rear end of described first bracelet; Front end at described second bracelet is establishedThere is the second front end circular arc, be provided with the second rear end pole in the rear end of described second bracelet; It is characterized in that described the first front end circular arcForm circular arc hatch frame with described the second front end circular arc, on described the first pole lower end, rear end and described the second rear end poleBetween end, connect with connecting rod, described first bracelet and described second bracelet are formed to the Bracelet structure that has opening; Described firstBracelet front portion inner side (in wrist ring) is provided with sensor vector, below described sensor vector for adopting arteries and veins face; After described firstEnd pole inner side is provided with data acquisition and transmission card; Lower end at described connecting rod is provided with regulating handle, and described regulating handle can be adjustedDescribed first bracelet of joint closes up and separates up and down with second bracelet; Described sensor vector is by connecting line and described data acquisitionCollection is connected with transmission card; Described data acquisition is connected with computer or smart mobile phone by connecting line with transmission card and power taking, entersGeneration, transmission and the demonstration of row feeling the pulse information.
Further, described sensor vector is served as reasons and is no less than the structure being arranged in a linear of 5 sensor compositions, each biographySensor is the structural member of protruding formula individual packages; The arteries and veins face of adopting of described sensor vector is less than 8mm2, the end face of described sensor≤0.2mm2。
Further, described sensor vector can be anterior slightly mobile at described first bracelet.
Further, described data acquisition and transmission card contain power circuit, amplifying circuit, filter circuit, a micro-processingDevice and a radio transmitters;
Described power circuit, power circuit part is by charging inlet, power management, rechargeable battery and power converting circuit groupBecome, electric power management circuit is by the control of control, output voltage and electric current to battery charging voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, program control just amplifier, coordinate prime amplifier electricityRoad, the gain of analog channel can regulate 20～1000, and high-precision ADC mainly depends on AFE(analog front end) system accuracy to believeNumber conditioning precision and the calibration of system;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, Butterworth filterFrequency response curve in ripple device passband is smooth to greatest extent, does not does not rise and fall;
Described microprocessor comprises micro-chip processor, for the management of gatherer process;
Described radio transmitters is used for the communication with host computer.
The good effect of pulse wave spectrum bracelet of the present invention is:
(1) utilize sensor technology, electronic engineering and mechanical engineering technology that a kind of pulse wave spectrum bracelet is provided, changedThe traditional Chinese medical science " feeling the pulse " is mainly leaned on the situation of artificial " feeling the pulse ".
(2) on the basis of existing sensor technology, electronic engineering and mechanical engineering technology, the present invention easily produces, is easy toImplement.
(3) the present invention can realize instrumentation, equipment, the portability of the traditional Chinese medical science " feeling the pulse ", and its wide adaptability, accuracyHeight, good stability, can improve the diagnosis efficiency of the traditional Chinese medical science, is easy to apply.
Brief description of the drawings
Fig. 1 is the structural representation of pulse wave spectrum bracelet of the present invention (containing micro-step motor).
Fig. 2 is the structural representation of pulse wave spectrum bracelet of the present invention (containing regulating handle).
Label in figure is respectively:
101, first bracelet; 102, second bracelet;
201, the first front end circular arc; 202, the second front end circular arc;
301, the first rear end pole; 302, the second rear end pole;
4, sensor vector; 5, adopt arteries and veins face;
6, data acquisition and transmission card; 7, connecting rod;
8, micro-step motor; 9, controller;
10, regulation and control handle; 11, connecting line.
Detailed description of the invention
Provide the detailed description of the invention of pulse wave spectrum bracelet of the present invention below in conjunction with accompanying drawing, but it is to be noted: withThe detailed description of the invention of lower introduction is exemplary, and enforcement of the present invention is not limited to following embodiment.
Referring to Fig. 1. A kind of pulse wave spectrum bracelet, contain first bracelet 101, second bracelet 102, the first front end circular arc 201,The second front end circular arc 202, the first rear end pole 301, the second rear end pole 302, sensor vector 4, adopt arteries and veins face 5, data acquisitionWith transmission card 6, connecting rod 7, micro-step motor 8, controller 9. At the front end of described first bracelet 101, the first front end circular arc is set201, the first rear end pole 301 is set in the rear end of described first bracelet 101. Arrange at the front end of described second bracelet 102Two front end circular arcs 202, arrange the second rear end pole 302 in the rear end of described second bracelet 102. Described the first front end circular arc 201Form the circular arc hatch frame of pulse wave spectrum bracelet with described the second front end circular arc 202. Described the first rear end pole 301 lower endsAnd be connected with a connecting rod 7 between described the second rear end pole 302 upper ends: described the first rear end pole 301 lower ends adopt and instituteState the second contrary helicitic texture in rear end pole 302 upper ends, make the described connecting rod 7(clockwise) forward can be by first bracelet 101 HesSecond bracelet 102 closes up; (counterclockwise) reversion can separate first bracelet 101 and second bracelet 102.
A micro-step motor 8 is set in the lower end of described connecting rod 7, then in the outside at described second bracelet 102 rear portionsBe provided with controller 9. Described micro-step motor 8 is connected with described controller 9 and controlled by described controller 9, miniature steppingDescribed first bracelet 101 of rotational adjusting of motor 8 and closing up or separating up and down of second bracelet 102.
In described first bracelet 101 anterior inner sides (in wrist ring), sensor vector 4 is set, described sensor vector 4Below for adopting arteries and veins face 5. Described sensor vector 4 is served as reasons and is no less than the structure being arranged in a linear of 5 sensor compositions, each biographySensor is the structural member of protruding formula individual packages. The arteries and veins face 5 of adopting of described sensor vector 4 is less than 8mm2, the end face of described sensor≤0.2mm2. Described sensor vector 4 can be anterior slightly mobile (to adapt to different clients hands at described first bracelet 101The variation of wrist).
Be provided with data acquisition and transmission card 6 in described the first rear end pole 301 inner sides. Described data acquisition and transmission card 6Contain power circuit, amplifying circuit, filter circuit, a microprocessor and a radio transmitters:
Described power circuit, power circuit part is by charging inlet, power management, rechargeable battery and power converting circuit groupBecome, electric power management circuit is by the control of control, output voltage and electric current to battery charging voltage and electric current.
Described amplifying circuit, inner integrated simulation switches buffer, and the program control just amplifier (PGA) of 1:64, before cooperationLevel discharge circuit, the gain of analog channel can regulate 20～1000, and high-precision ADC mainly depends on and mould system accuracyIntend the conditioning precision of front end signal and the calibration of system.
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, Butterworth filterFrequency response curve in ripple device passband is smooth to greatest extent, does not does not rise and fall.
Described microprocessor comprises micro-chip processor, for the management of gatherer process.
Described radio transmitters is used for the communication with host computer.
Described sensor vector 4 is passed through to connecting line (or printed circuit cable of first bracelet 101 inner sides) and described dataGather and be connected with transmission card 6.
Pulse wave spectrum bracelet of the present invention can be connected with computer or smart mobile phone and power taking by connecting line 11, cutsGeneration, transmission and the demonstration of arteries and veins information.
Being more than a kind of embodiment, is the pulse wave spectrum bracelet that contains micro-step motor 8.
Another embodiment of the invention is to manufacture not containing micro-step motor 8 and controller 9, manual adjustingPulse wave spectrum bracelet (referring to Fig. 2).
A kind of pulse wave spectrum bracelet, the basic pulse wave spectrum hand with containing micro-step motor 8 and controller 9 of its structureRing, difference is: there is no micro-step motor 8 in the lower end of described connecting rod 7, but a regulating handle 10 is set and in instituteState regulating handle 10 and be provided with friction striped. Can manual adjustments first bracelet 101 and second bracelet by described regulating handle 10102 close up and separate up and down; Adjust sensor vector 4 and adopt the depression degree of arteries and veins face 5 to " feeling the pulse " person radial artery.
Pulse wave spectrum bracelet of the present invention can be by bluetooth approach and computer or intelligent hand in the situation that of technical licensingMachine connects and power taking, generation, transmission and the demonstration of the information of feeling the pulse.
The occupation mode of pulse wave spectrum bracelet of the present invention is:
(1) when " feeling the pulse " doctor of traditional Chinese medicine by pulse wave spectrum bracelet of the present invention by the circular arc hatch frame of bracelet front endBe worn in the wrist of clients, the arteries and veins face of the adopting 5(of sensor vector 4 varied with each individual after mobile adjustment) be pressed in " feeling the pulse " person's oarOn artery (for ensureing to adopt the clean of arteries and veins face 5, " adopting arteries and veins point " disinfection of reply " feeling the pulse " person radial artery); Described in inciting somebody to action againDiagnosis by feeling the pulse bracelet is connected with work computer (or smart mobile phone) by connecting line 11, the generation of the information of feeling the pulse, transmission and aobviousShow.
(2) situation of replying according to clients pulse, by controller 9 and micro-step motor 8(or regulation and control handle10) adjust the degree of closing up of first bracelet 101 and second bracelet 102, adopt arteries and veins face 5 to " feeling the pulse " thereby adjust sensor vector 4The depression degree of person's radial artery.
(3) obtained by work computer (or smart mobile phone) and show feeling the pulse information.
(4) " feeling the pulse " complete after, the circular arc hatch frame by described pulse wave spectrum bracelet by bracelet front end is from clientsIn wrist, unload.
Claims (10)
1. a pulse wave spectrum bracelet, contains first bracelet (101) and second bracelet (102), at described first bracelet (101)Front end is provided with the first front end circular arc (201), is provided with the first rear end pole (301) in the rear end of described first bracelet (101); InstituteThe front end of stating second bracelet (102) is provided with the second front end circular arc (202), is provided with second in the rear end of described second bracelet (102)Rear end pole (302); It is characterized in that, described the first front end circular arc (201) forms circular arc with described the second front end circular arc (202)Shape hatch frame, uses connecting rod (7) between described the first rear end pole (301) lower end and described the second rear end pole (302) upper endConnect, described first bracelet (101) and described second bracelet (102) are formed to the Bracelet structure that has opening; At described first handThe anterior inner side of ring (101) is provided with sensor vector (4), and described sensor vector (4) lower surface is for adopting arteries and veins face (5); DescribedOne rear end pole (301) inner side is provided with data acquisition and transmission card (6); Be provided with miniature stepping electricity in the lower end of described connecting rod (7)Machine (8); Outside at described second bracelet (102) rear portion is provided with controller (9); Described sensor vector (4) is passed through connecting lineBe connected with transmission card (6) with described data acquisition; Described micro-step motor (8) is controlled by described controller (9), can regulate instituteState closing up and separating up and down of first bracelet (101) and second bracelet (102).
2. pulse wave spectrum bracelet according to claim 1, is characterized in that, described sensor vector (4) is served as reasons and is no less than 5The structure being arranged in a linear of individual sensor composition, each sensor is the structural member of protruding formula individual packages.
3. pulse wave spectrum bracelet according to claim 2, is characterized in that, the arteries and veins face of adopting (5) of described sensor vector (4)Be less than 8mm2, the end face≤0.2mm of described each sensor2。
4. pulse wave spectrum bracelet according to claim 2, is characterized in that, described sensor vector (4) can be on describedSlightly move half bracelet (101) front portion.
5. pulse wave spectrum bracelet according to claim 1, is characterized in that, described data acquisition and transmission card (6) containPower circuit, amplifying circuit, filter circuit, a microprocessor and a radio transmitters;
Described power circuit, power circuit part is made up of charging inlet, power management, rechargeable battery and power converting circuit,Electric power management circuit is by control output voltage and electric current to battery charging voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, and program control just amplifier coordinates prime discharge circuit, simulationThe gain of passage can regulate 20～1000;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, and Butterworth is active lowFrequency response curve in bandpass filter passband is smooth to greatest extent, does not does not rise and fall;
Described microprocessor comprises micro-chip processor, for the management of gatherer process;
Described radio transmitters is used for the communication with host computer.
6. pulse wave spectrum bracelet according to claim 1, is characterized in that, described diagnosis by feeling the pulse bracelet by connecting line (11) withComputer or smart mobile phone connect and power taking, generation, transmission and the demonstration of the information of feeling the pulse.
7. a pulse wave spectrum bracelet, contains first bracelet (101) and second bracelet (102), at described first bracelet (101)Front end is provided with the first front end circular arc (201), is provided with the first rear end pole (301) in the rear end of described first bracelet (101); InstituteThe front end of stating second bracelet (102) is provided with the second front end circular arc (202), is provided with second in the rear end of described second bracelet (102)Rear end pole (302); It is characterized in that, described the first front end circular arc (201) forms circular arc with described the second front end circular arc (202)Shape hatch frame, uses connecting rod (7) between described the first rear end pole (301) lower end and described the second rear end pole (302) upper endConnect, described first bracelet (101) and described second bracelet (102) are formed to the Bracelet structure that has opening; At described first handThe anterior inner side of ring (101) is provided with sensor vector (4), and described sensor vector (4) is below for adopting arteries and veins face (5); Described firstRear end pole (301) inner side is provided with data acquisition and transmission card (6); Be provided with regulating handle (10) in the lower end of described connecting rod (7),Described regulating handle (10) can regulate closing up and separating up and down of described first bracelet (101) and second bracelet (102); Described biographySensor vector (4) is connected with transmission card (6) with described data acquisition by connecting line; Described data acquisition and transmission card (6) are logicalCross connecting line (11) and be connected also power taking, generation, transmission and the demonstration of the information of feeling the pulse with computer or smart mobile phone.
8. pulse wave spectrum bracelet according to claim 7, is characterized in that, described sensor vector (4) is served as reasons and is no less than 5The structure being arranged in a linear of individual sensor composition, each sensor is the structural member of protruding formula individual packages; Described sensor toThe arteries and veins face of adopting (5) of amount (4) is less than 8mm2, the end face≤0.2mm of described sensor2。
9. pulse wave spectrum bracelet according to claim 8, is characterized in that, described sensor vector (4) can be describedSlightly move first bracelet (101) front portion.
10. pulse wave spectrum bracelet according to claim 7, is characterized in that, described data acquisition and transmission card (6) containPower circuit, amplifying circuit, filter circuit, a microprocessor and a radio transmitters;
Described power circuit, power circuit part is made up of charging inlet, power management, rechargeable battery and power converting circuit,Electric power management circuit is by control output voltage and electric current to battery charging voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, and program control just amplifier coordinates prime discharge circuit, simulationThe gain of passage can regulate 20～1000;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz;
Described microprocessor comprises micro-chip processor, for the management of gatherer process;
Described radio transmitters is used for the communication with host computer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410403744.8A CN104224139B (en) | 2014-08-18 | 2014-08-18 | Pulse wave spectrum bracelet |
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| CN201410403744.8A CN104224139B (en) | 2014-08-18 | 2014-08-18 | Pulse wave spectrum bracelet |
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| CN104224139B true CN104224139B (en) | 2016-05-25 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106419858B (en) * | 2015-08-05 | 2020-07-14 | 上海琨帆智能科技有限公司 | Pulse condition waveform detector |
| CN106667455A (en) * | 2016-12-27 | 2017-05-17 | 合肥讯创信息科技有限公司 | Simulation pulse instrument |
| CN107348950A (en) * | 2017-03-24 | 2017-11-17 | 重庆市乐众潼源科技有限公司 | A kind of old monitor system based on Internet of Things cloud |
| CN111430023A (en) * | 2020-05-11 | 2020-07-17 | 周建 | Remote intelligent cunguan chi pulse diagnosis device |
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| CN1969745A (en) * | 2006-12-08 | 2007-05-30 | 上海中医药大学 | Multi-spot, tri-part, automatic pressurization type Chinese medical pulse inspection device and method thereof |
| CN102579013A (en) * | 2012-03-23 | 2012-07-18 | 上海赛诚医药科技有限公司 | Traditional Chinese medicine pulse diagnosis apparatus |
| CN202376086U (en) * | 2011-11-23 | 2012-08-15 | 董冰 | Intelligent pulse feeling imitating instrument |
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| KR101068116B1 (en) * | 2008-05-23 | 2011-09-27 | (주)한별메디텍 | Apparatus and method for sensing radial arterial pulses for noninvasive and continuous measurement of blood pressure |
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| CN1969745A (en) * | 2006-12-08 | 2007-05-30 | 上海中医药大学 | Multi-spot, tri-part, automatic pressurization type Chinese medical pulse inspection device and method thereof |
| CN202376086U (en) * | 2011-11-23 | 2012-08-15 | 董冰 | Intelligent pulse feeling imitating instrument |
| CN102579013A (en) * | 2012-03-23 | 2012-07-18 | 上海赛诚医药科技有限公司 | Traditional Chinese medicine pulse diagnosis apparatus |
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