CN104224139A - Pulse-taking bracelet for Chinese traditional medicine - Google Patents
Pulse-taking bracelet for Chinese traditional medicine Download PDFInfo
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- CN104224139A CN104224139A CN201410403744.8A CN201410403744A CN104224139A CN 104224139 A CN104224139 A CN 104224139A CN 201410403744 A CN201410403744 A CN 201410403744A CN 104224139 A CN104224139 A CN 104224139A
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Abstract
The invention discloses a pulse-taking bracelet for Chinese traditional medicine. The pulse-taking bracelet comprises an upper half bracelet and a lower half bracelet, wherein a first front-end circular arc is arranged at the front end of the upper half bracelet, and a second front-end circular arc is arranged at the front end of the lower half bracelet; a first rear-end support rod is arranged at the rear end of the upper half bracelet, and a second rear-end support rod is arranged at the rear end of the lower half bracelet; the first and second front-end circular arcs form a circular arc-shaped opening structure; the first and second rear-end support rods are connected through a connecting rod; a sensor vector and a pulse-taking surface are arranged on the inner side of the front part of the upper half bracelet; a data acquisition and transmission card is arranged on the inner side of the first rear-end support rod; a micro stepper motor and a controller or a regulation handle are arranged at the lower end of the connecting rod; the sensor vector is electrically connected with the data acquisition and transmission card; the upper and lower half bracelets can be regulated by the connecting rod to be closed or vertically separated. According to the pulse-taking bracelet, a sensor technology and an electro-mechanical engineering technology are used for providing the pulse-taking bracelet for Chinese traditional medicine, so that the condition that pulses are mainly manually taken in Chinese traditional medicine is changed, pulses can be taken by a machine in Chinese traditional medicine, the pulse-taking bracelet is high in adaptability and accuracy, and the diagnosis efficiency of Chinese traditional medicine can be improved.
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, particularly relate to the generation of digital signal and letter signal, transmission and process, particularly a kind of pulse wave spectrum bracelet.
Background technology
The traditional Chinese medical science, before treatment, generally can be detected patient by " hope, hear, ask, cut ", differentiate disease, and then suit the remedy to the case by " comprehensive analysis of the data gained by the four methods of diagnosis ".Wherein, " the cutting " of feeling the pulse, being " four diagnostic methods " primary (record see " examining a central administrative unit "), is also the 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, are also the methods that doctor trained in Western medicine and other ethnomedicines are diagnosed patient.But " feeling the pulse " is but the exclusive a kind of detection means of the traditional Chinese medical science.By " feeling the pulse ", doctor of traditional Chinese medicine can differentiate the cause of disease of patient, pathogenesis, sick position, can propose Therapeutic Method (prescription) further.
So-called " feeling the pulse " is exactly the information enriched that doctor of traditional Chinese medicine manifests with finger (10mm × 10mm) perception patient radial artery: the shape that shape during people's pulse wave has " sliding, puckery, string, tightly "; During beat pulse, the energy of institute's load has real, big vast, soft dividing; In conjunction with the breathing state of patient, doctor of traditional Chinese medicine can late, the number of perception patient pulse, short, generation, knot situation.Be related between the force situation that time " feeling the pulse ", doctor of traditional Chinese medicine points and patient pulse reply, the presence or absence of arteries and veins can be found out, the situation that corresponding feeling pulse floats, sinks, moves, lies prostrate, removes from office.But in today of sensor technology, electronic engineering and mechanical engineering technology develop rapidly, not only time-consuming, effort on the basis that " feeling the pulse " of the traditional Chinese medical science also rests on manually " feeling the pulse ", and diagnosis is slow, efficiency is low, depend on the experience of doctor and be difficult to describe and objectify reappear, being difficult to the needs meeting traditional Chinese medical science Inheritance＆ development.Sensor technology, electronic engineering and mechanical engineering technology are applied to traditional Chinese medical science field by the present invention, to improve the level of tcm diagnosis.
Summary of the invention
The object of the invention is to solve the problem, provide a kind of pulse wave spectrum bracelet, it utilizes sensor technology, electronic engineering and mechanical engineering technology, make the traditional Chinese medical science " feeling the pulse " instrumentation, equipment, portability, its wide adaptability, accuracy is high, good stability, can improve the diagnosis efficiency of the traditional Chinese medical science.
For experiment above-mentioned purpose, present invention employs following technical scheme.
A kind of pulse wave spectrum bracelet, containing first bracelet and second bracelet, is provided with the first front end circular arc, is provided with the first rear end pole in the rear end of first bracelet described in the front end of first bracelet described; Be provided with the second front end circular arc in the front end of second bracelet described, be provided with the second rear end pole in the rear end of second bracelet described; It is characterized in that, described first front end circular arc and described second front end circular arc form circular arc hatch frame, be connected with connecting rod between described first pole lower end, rear end with described second pole upper end, rear end, first bracelet described and second bracelet described be configured with the Bracelet structure of opening; Be provided with sensor vector described first bracelet front inner (in wrist ring), described sensor vector lower surface is for adopting arteries and veins face; Data acquisition and transmit card is provided with inside described first rear end pole; Micro-step motor is provided with in the lower end of described connecting rod; Controller is provided with in the outside at second bracelet rear portion described; Described sensor vector is linked by connecting line and described Data acquisition and transmit and connects; Described micro-step motor is controlled by described controller, and first bracelet described in regulating closes up with second bracelet and separates up and down.
Further, described sensor vector is that each sensor is the structural member of male individual packages by the structure be arranged in a linear being no less than 5 sensors and forming.
Further, the arteries and veins face of adopting of described sensor vector is less than 8mm
2, end face≤0.2 mm of each sensor described
2.
Further, described sensor vector can be anterior slightly mobile at first bracelet described.
Further, described Data acquisition and transmit card contains power 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, and electric power management circuit is by the control of the control to battery charging voltage and electric current, output voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, the program control just amplifier of 1:64, coordinates prime discharge circuit, the gain of analog channel can regulate 20 ~ 1000, and high-precision ADC makes system accuracy mainly depend on the calibration of conditioning precision with AFE (analog front end) signal and system;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, and the frequency response curve in Butterworth 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.
Further, described pulse-taking bracelet is connected and power taking with computer or smart mobile phone by connecting line, carries out the generation of feeling the pulse information, transmission and display.
A kind of pulse wave spectrum bracelet, is characterized in that, containing first bracelet and second bracelet, is provided with the first front end circular arc, is provided with the first rear end pole in the rear end of first bracelet described in the front end of first bracelet described; Be provided with the second front end circular arc in the front end of second bracelet described, be provided with the second rear end pole in the rear end of second bracelet described; It is characterized in that, described first front end circular arc and described second front end circular arc form circular arc hatch frame, be connected with connecting rod between described first pole lower end, rear end with described second pole upper end, rear end, first bracelet described and second bracelet described be configured with the Bracelet structure of opening; Sensor vector is provided with, for adopting arteries and veins face below described sensor vector described first bracelet front inner (in wrist ring); Data acquisition and transmit card is provided with inside described first rear end pole; Be provided with regulating handle in the lower end of described connecting rod, first bracelet described in described regulating handle can regulate closes up with second bracelet and separates up and down; Described sensor vector is linked by connecting line and described Data acquisition and transmit and connects; Described Data acquisition and transmit cartoon is crossed connecting line and is connected with computer or smart mobile phone and power taking, carries out the generation of feeling the pulse information, transmission and display.
Further, described sensor vector is that each sensor is the structural member of male individual packages by the structure be arranged in a linear being no less than 5 sensors and forming; The arteries and veins face of adopting of described sensor vector is less than 8mm
2, end face≤0.2 mm of described sensor
2.
Further, described sensor vector can be anterior slightly mobile at first bracelet described.
Further, described Data acquisition and transmit card contains power 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, and electric power management circuit is by the control of the control to battery charging voltage and electric current, output voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, program control just amplifier, coordinate prime discharge circuit, the gain of analog channel can regulate 20 ~ 1000, and high-precision ADC makes system accuracy mainly depend on the calibration of conditioning precision with AFE (analog front end) signal and system;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, and the frequency response curve in Butterworth 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.
The good effect of pulse wave spectrum bracelet of the present invention is:
(1) utilize sensor technology, electronic engineering and mechanical engineering technology to provide a kind of pulse wave spectrum bracelet, change the traditional Chinese medical science " feeling the pulse " mainly by 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 produce, easy to implement.
(3) the present invention can realize instrumentation, equipment, the portability of the traditional Chinese medical science " feeling the pulse ", and its wide adaptability, accuracy is high, good stability, can improve the diagnosis efficiency of the traditional Chinese medical science, is easy to apply.
Accompanying drawing explanation
Fig. 1 is the structural representation of pulse wave spectrum bracelet (containing micro-step motor) of the present invention.
Fig. 2 is the structural representation of pulse wave spectrum bracelet (containing regulating handle) of the present invention.
Label in figure is respectively:
101, first hands ring; 102, second hands ring;
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, arteries and veins face is adopted;
6, Data acquisition and transmit card; 7, connecting rod;
8, micro-step motor; 9, controller;
10, hands handle is regulated and controled; 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: the following detailed description of the invention introduced is exemplary, and enforcement of the present invention is not limited to following embodiment.
See Fig. 1.A kind of pulse wave spectrum bracelet, containing first bracelet 101, second bracelet 102, first front end circular arc 201, second front end circular arc 202, first rear end pole 301, second rear end pole 302, sensor vector 4, adopts arteries and veins face 5, Data acquisition and transmit card 6, connecting rod 7, micro-step motor 8, controller 9.First front end circular arc 201 is set in the front end of first bracelet 101 described, the first rear end pole 301 is set in the rear end of first bracelet 101 described.Second front end circular arc 202 is set in the front end of second bracelet 102 described, the second rear end pole 302 is set in the rear end of second bracelet 102 described.Described first front end circular arc 201 and described second front end circular arc 202 form the circular arc hatch frame of pulse wave spectrum bracelet.Connect with a connecting rod 7 between described first rear end pole 301 lower end with described second rear end pole 302 upper end: described first rear end pole 301 lower end adopts the helicitic texture contrary with described second rear end pole 302 upper end, make described connecting rod 7(clockwise) rotate forward and first bracelet 101 and second bracelet 102 can be closed up; First bracelet 101 and second bracelet 102 can separate by (counterclockwise) reversion.
A micro-step motor 8 is set in the lower end of described connecting rod 7, then is provided with controller 9 in the outside at second bracelet 102 rear portion described.Described micro-step motor 8 is connected with described controller 9 and controlled by described controller 9, rotational adjustment first bracelet 101 described of micro-step motor 8 and closing up or separating up and down of second bracelet 102.
At first bracelet 101 front inner (in wrist ring) described, sensor vector 4 is set, for adopting arteries and veins face 5 below described sensor vector 4.Described sensor vector 4 is that each sensor is the structural member of male individual packages by the structure be arranged in a linear being no less than 5 sensors and forming.The arteries and veins face 5 of adopting of described sensor vector 4 is less than 8mm
2, end face≤0.2 mm of described sensor
2.Described sensor vector 4 can in first bracelet 101 described anterior slightly mobile (to adapt to the change of different clients wrist).
Data acquisition and transmit card 6 is provided with inside described first rear end pole 301.Described Data acquisition and transmit card 6 is containing power 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, and electric power management circuit is by the control of the control to battery charging voltage and electric current, output voltage and electric current.
Described amplifying circuit, inner integrated simulation switches buffer, the program control just amplifier (PGA) of 1:64, coordinate prime discharge circuit, the gain of analog channel can regulate 20 ~ 1000, and high-precision ADC makes system accuracy mainly depend on the calibration of conditioning precision with AFE (analog front end) signal and system.
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, and the frequency response curve in Butterworth 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.
Described sensor vector 4 is connected with described Data acquisition and transmit card 6 by connecting line (or the printed circuit cable inside first bracelet 101).
Pulse wave spectrum bracelet of the present invention is connected and power taking with computer or smart mobile phone by connecting line 11, carries out the generation of feeling the pulse information, transmission and display.
Being more than a kind of embodiment, is the pulse wave spectrum bracelet containing micro-step motor 8.
Another embodiment of the invention is, manufactures not containing micro-step motor 8 and controller 9, the manual pulse wave spectrum bracelet (see Fig. 2) regulated.
A kind of pulse wave spectrum bracelet, its structure is substantially with the pulse wave spectrum bracelet containing micro-step motor 8 and controller 9, difference is: do not have micro-step motor 8 in the lower end of described connecting rod 7, but arranges a regulating handle 10 and be provided with friction striped on described regulating handle 10.Can the closing up and separate up and down of first bracelet 101 of manual adjustments and second bracelet 102 by described regulating handle 10; Adjustment sensor vector 4 adopts the depression degree of arteries and veins face 5 to " feeling the pulse " person radial artery.
Pulse wave spectrum bracelet of the present invention is connected and power taking with computer or smart mobile phone by bluetooth approach when technical licensing, carries out the generation of feeling the pulse information, transmission and display.
The occupation mode of pulse wave spectrum bracelet of the present invention is:
(1) time " feeling the pulse ", pulse wave spectrum bracelet of the present invention is worn in the wrist of clients by the circular arc hatch frame of bracelet front end by doctor of traditional Chinese medicine, the mobile adjustment that varied with each individual by arteries and veins face of the adopting 5(of sensor vector 4 is rear) be pressed in (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) on the radial artery of " feeling the pulse " person; Again described pulse-taking bracelet is connected with work computer (or smart mobile phone) by connecting line 11, carries out the generation of feeling the pulse information, transmission and display.
(2) according to the situation of clients pulse response, by controller 9 and micro-step motor 8(or regulation and control handle 10) adjust first bracelet 101 and second bracelet 102 close up degree, thus adjustment sensor vector 4 adopts the depression degree of arteries and veins face 5 to " feeling the pulse " person radial artery.
(3) obtained by work computer (or smart mobile phone) and show the information of feeling the pulse.
(4) " feeling the pulse " complete after, the circular arc hatch frame of described pulse wave spectrum bracelet by bracelet front end is unloaded from clients wrist.
Claims (10)
1. a pulse wave spectrum bracelet, containing first bracelet (101) and second bracelet (102), is provided with the first front end circular arc (201) in the front end of described first bracelet (101), is provided with the first rear end pole (301) in the rear end of described first bracelet (101); Be provided with the second front end circular arc (202) in the front end of described second bracelet (102), be provided with the second rear end pole (302) in the rear end of described second bracelet (102); It is characterized in that, described first front end circular arc (201) and described second front end circular arc (202) form circular arc hatch frame, be connected with connecting rod (7) between described first rear end pole (301) lower end with described second rear end pole (302) upper end, described first bracelet (101) and second bracelet described (102) be configured with the Bracelet structure of opening; Be provided with sensor vector (4) at described first bracelet (101) front inner, described sensor vector (4) lower surface is for adopting arteries and veins face (5); Data acquisition and transmit card (6) is provided with in described first rear end pole (301) inner side; Micro-step motor (8) is provided with in the lower end of described connecting rod (7); Controller (9) is provided with in the outside at described second bracelet (102) rear portion; Described sensor vector (4) is connected with described Data acquisition and transmit card (6) by connecting line; Described micro-step motor (8) is controlled by described controller (9), and first bracelet (101) described in regulating closes up with second bracelet (102) and separates up and down.
2. pulse wave spectrum bracelet according to claim 1, is characterized in that, described sensor vector (4) is that each sensor is the structural member of male individual packages by the structure be arranged in a linear being no less than 5 sensors and forming.
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) is less than 8mm
2, the end face≤0.2mm of each sensor described
2.
4. pulse wave spectrum bracelet according to claim 2, is characterized in that, described sensor vector (4) can in described first bracelet (101) front portion slightly movement.
5. pulse wave spectrum bracelet according to claim 1, is characterized in that, described Data acquisition and transmit card 6 is containing power 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, and electric power management circuit is by the control of the control to battery charging voltage and electric current, output voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, program control just amplifier, coordinates prime discharge circuit, and the gain of analog channel can regulate 20 ~ 1000;
Described filter circuit, two rank Butterworth active low-pass filters, cut-off frequency is set to 1KHz, and the frequency response curve in Butterworth 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 pulse-taking bracelet is connected with computer or smart mobile phone and power taking by connecting line (11), carries out the generation of feeling the pulse information, transmission and display.
7. a pulse wave spectrum bracelet, containing first bracelet (101) and second bracelet (102), be provided with the first front end circular arc (201) in the front end of described first bracelet (101), be provided with the first rear end pole (301) in the rear end of described first bracelet (101); Be provided with the second front end circular arc (202) in the front end of described second bracelet (102), be provided with the second rear end pole (302) in the rear end of described second bracelet (102); It is characterized in that, described first front end circular arc (201) and described second front end circular arc (202) form circular arc hatch frame, be connected with connecting rod (7) between described first rear end pole (301) lower end with described second rear end pole (302) upper end, described first bracelet (101) and second bracelet described (102) be configured with the Bracelet structure of opening; Be provided with sensor vector (4) at described first bracelet (101) front inner, described sensor vector (4) is below for adopting arteries and veins face (5); Data acquisition and transmit card (6) is provided with in described first rear end pole (301) inner side; Be provided with regulating handle (10) in the lower end of described connecting rod (7), first bracelet (101) described in described regulating handle (10) can regulate closes up with second bracelet (102) and separates up and down; Described sensor vector (4) is connected with described Data acquisition and transmit card (6) by connecting line; Described Data acquisition and transmit card (6) is connected and power taking with computer or smart mobile phone by connecting line (11), carries out the generation of feeling the pulse information, transmission and display.
8. pulse wave spectrum bracelet according to claim 7, is characterized in that, described sensor vector (4) is that each sensor is the structural member of male individual packages by the structure be arranged in a linear being no less than 5 sensors and forming; The arteries and veins face of adopting (5) of described sensor vector (4) is less than 8mm
2, the end face≤0.2mm of described sensor
2.
9. pulse wave spectrum bracelet according to claim 8, is characterized in that, described sensor vector (4) can in described first bracelet (101) front portion slightly movement.
10. pulse wave spectrum bracelet according to claim 7, is characterized in that, described Data acquisition and transmit card 6 is containing power 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, and electric power management circuit is by the control of the control to battery charging voltage and electric current, output voltage and electric current;
Described amplifying circuit, inner integrated simulation switches buffer, program control just amplifier, coordinates prime discharge circuit, and the gain of analog channel 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.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410403744.8A CN104224139B (en) | 2014-08-18 | 2014-08-18 | Pulse wave spectrum bracelet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410403744.8A CN104224139B (en) | 2014-08-18 | 2014-08-18 | Pulse wave spectrum bracelet |
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| CN104224139A true CN104224139A (en) | 2014-12-24 |
| CN104224139B CN104224139B (en) | 2016-05-25 |
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| CN201410403744.8A Active CN104224139B (en) | 2014-08-18 | 2014-08-18 | Pulse wave spectrum bracelet |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106419858A (en) * | 2015-08-05 | 2017-02-22 | 上海琨帆智能科技有限公司 | Pulse condition wave 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 |
| CN112768053A (en) * | 2020-05-11 | 2021-05-07 | 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 |
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| CN106419858A (en) * | 2015-08-05 | 2017-02-22 | 上海琨帆智能科技有限公司 | Pulse condition wave detector |
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| 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 |
| CN112768053A (en) * | 2020-05-11 | 2021-05-07 | 周建 | Remote intelligent cunguan chi pulse diagnosis device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104224139B (en) | 2016-05-25 |
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| C06 | Publication | ||
| PB01 | Publication | ||
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