CN104305971A - Pulse-taking detection method, pulse-taking instrument and system - Google Patents
Pulse-taking detection method, pulse-taking instrument and system Download PDFInfo
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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
- A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
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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
- A61B5/68—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient
- A61B5/6801—Arrangements of detecting, measuring or recording means, e.g. sensors, in relation to patient specially adapted to be attached to or worn on the body surface
- A61B5/683—Means for maintaining contact with the body
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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
- A61B5/72—Signal processing specially adapted for physiological signals or for diagnostic purposes
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Abstract
The invention discloses a pulse-taking detection method, pulse-taking instrument and system, the method comprises the steps as follows: A, pasting three contacts of the pressure sensor of the pulse-taking instrument to the inner side Cun, Guan, Chi parts of the same wrist of human body; B, detecting the pulse pressure signal of three parts by the three contacts of the sensor, transmitting the pulse pressure signal to the controller of the pulse-taking instrument, forming the pulse pressure curve at preset time; C, transmitting the pulse information including the pulse pressure curve to an intelligent device; D, analyzing and screening the pulse pressure curve by the intelligent terminal to obtain the pulse map; E, comparing the pulse map with a plurality of groups of standard pulse map in the pulse map database, if the difference between the pulse map and the standard pulse map in certain range, judging the constitution and type of the pulse map as the constitution and type of the standard pulse map. The pulse-taking method uses the convenient detection device for detecting the human body pulse conveniently, adopts the terminal device for analyzing and processing to obtain the constitution and pulse type of the users, the accuracy is high and the user experience can be improved.
Description
Technical field
The invention belongs to electronics field, particularly relate to a kind of pulse-taking detection method, pulse-taking instrument and system.
Background technology
Along with improving constantly of people's living standard and health perception, more and more higher requirement is proposed for daily health detection, so, on market, the various portable even Wearable electronic product for keeping healthy arises at the historic moment, such as adding up consumed caloric pedometer and meter step wrist-watch, for detecting the portable detector of blood glucose or blood pressure, for monitoring breathing and dormant bracelet etc.
As everyone knows, the traditional Chinese medical science is a medical science of extensive knowledge and profound scholarship, to some chronic diseases of prevention and therapy, health is kept to have good effect, simultaneously compared with doctor trained in Western medicine, the Diagnosis and Treat method of the traditional Chinese medical science have of a great variety, side effect is little, the curative effect for the treatment of both the principal and secondary aspects of a disease, a lot of patients with chronic diseases and the wage-earners being in sub-health state prefer to utilize tcm diagnosis disease, or conditioning health status.Wherein, pulse-taking is a kind of typical way diagnostics of the traditional Chinese medical science, one of marrow of the magical color of traditional Chinese medical science most, through Development of Traditional Chinese Medicine over the past thousands of years, find that the pulse of people comprises human health information that is a large amount of, system, if diagnostic method is proper, can not only make a definite diagnosis rapidly, and the misery and inconvenience that patient brings because adopting all kinds of nocuity detecting instrument to diagnose the illness can be reduced, but, not yet occur at present utilizing the traditional Chinese medical science to carry out the portable type electronic product of pulse-taking.
Summary of the invention
Technical problem to be solved by this invention overcomes the deficiencies in the prior art, provides a kind of pulse-taking detection method, pulse-taking instrument and system.
The invention provides a kind of pulse-taking detection method, comprise the following steps:
A: pressure transducer three contacts of pulse-taking instrument are adhered on cun,guan,chi three positions inside the same wrist of human body respectively;
B: three contacts of described pressure transducer detect the pulse pressure signal of three positions respectively, and by described pulse pressure Signal transmissions to the controller of described pulse-taking instrument, form the pulse pressure curve of scheduled time length;
C: the pulse information comprising pulse pressure curve is transferred to smart machine by the controller of pulse-taking instrument;
D: described smart machine is analyzed described pulse pressure curve and screened, obtains arteries and veins figure;
E: the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database is compared, as as described in actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, then judge that the body constitution of described actual arteries and veins figure and type are the body constitution and type that this standard arteries and veins figure is corresponding.
Preferably, in described step B, the concrete grammar detecting the pulse pressure signal of three positions is: detect and be divided into three phases, each phase lasts scheduled time length, first stage is detected three positions pulse pressure signal at a first pressure and obtains floating pulse, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, first pressure is less than the second pressure, and the second pressure is less than the 3rd pressure;
Described smart machine to the concrete grammar that described pulse pressure curve is analyzed and screened is: for same position, from floating pulse, Zhong Mai, deep pulse, choose optimum pulse pressure curve, the pulse pressure curve of each position optimum be combined to form actual arteries and veins figure.
Preferably, described steps A and B respectively carry out twice, are respectively used to be sticked about human body in two wrists, detect the pulse pressure signal of three positions of two wrists in left and right.
In described step C, pulse information also comprises hand-code, feeling the pulse position, feeling the pulse type, feeling the pulse time, described feeling the pulse type and the first pressure, the second pressure or the 3rd pressure correlation;
When being compared by the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database in described step e, many groups standard arteries and veins figure is the standard arteries and veins figure that in described arteries and veins chart database, hand-code is identical, feeling the pulse position is identical, feeling the pulse type identical and feeling the pulse time conforms to.
Preferably, further comprising the steps of after step e:
F: by the pulse-taking application software of described smart machine, show the body constitution of described actual arteries and veins figure and health guidance suggestion corresponding to type, described health guidance suggestion is pre-stored in described smart machine, and different body constitution and type correspond to different health guidance suggestions.
The invention also discloses a kind of pulse-taking instrument, comprise controller, pressure transducer and the first wireless communication module;
Described pressure transducer has three contacts, is respectively used to adhere on respectively cun,guan,chi three positions inside the same wrist of human body, thus detects the pulse pressure signal of three positions, and by described pulse pressure Signal transmissions to the controller of described pulse-taking instrument;
Controller is used for the pulse pressure curve forming scheduled time length according to pulse pressure signal, and by described first wireless communication module, the pulse information comprising pulse pressure curve is synchronized to smart machine.
Preferably, also comprise the supercharging equipment driven by described controller, for producing the first pressure, the second pressure and the 3rd pressure respectively in the three phases detected, three contacts also obtain floating pulse for detecting three positions pulse pressure signal at a first pressure in the first stage, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, first pressure is less than the second pressure, and the second pressure is less than the 3rd pressure.
In a kind of embodiment, also comprise timing module and display module, described timing module for controlling the feeling the pulse time in each stage, and shows different light by controller adjustment display module at different detection-phases.
The invention also discloses a kind of pulse-taking system, comprise the pulse-taking instrument described in above any one, also comprise smart machine, described smart machine comprises pulse-taking application module and the second wireless communication module;
Second wireless communication module is for receiving the pulse information of described pulse-taking instrument transmission;
Pulse-taking application module is used for analyzing described pulse pressure curve and screening, and obtains actual arteries and veins figure.
Further, pulse-taking system also comprises server, and described smart machine also comprises the mobile interchange entrance for connection server, and described server comprises arteries and veins chart database and body constitution identification software;
Arteries and veins chart database has many groups standard arteries and veins figure;
Body constitution identification software is used for the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database to compare, as as described in actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, then judge that the body constitution of described actual arteries and veins figure and type are the body constitution and type that this standard arteries and veins figure is corresponding.
Pulse-taking method and system of the present invention utilizes portable checkout equipment, can human body pulse easily, and utilizes smart machine to carry out analyzing and processing thus draw body constitution and the pulse type of user, and not only accuracy is high, and can improve Consumer's Experience.
Smart machine also according to local data base, can be inquired about the health guidance information of corresponding constitutional type, is convenient to tester and takes measures according to tutorial message, such as: motion, diet, physical therapy etc., make health be in more healthy state.
Accompanying drawing explanation
Fig. 1 is the pulse-taking detection method flow chart of an embodiment of the present invention;
Fig. 2 is the pulse-taking system architecture diagram of an embodiment of the present invention;
Fig. 3 is the pulse-taking instrument structured flowchart of an embodiment of the present invention.
Detailed description of the invention
As shown in Figure 1, in the present embodiment, pulse-taking detection method comprises the following steps:
S01: be worn on by pulse-taking instrument on human body wrist, makes three of pulse-taking instrument pressure transducer contacts adhere on cun,guan,chi three positions inside same wrist respectively.The shape of pulse-taking instrument can be similar to one piece of wrist-watch, entirety can connect or convergent-divergent forms the ring-type watchband being close to human body wrist, the inner surface of watchband is provided with three contacts of pressure transducer, in this step, wrist can be left hand and also can be the right hand, certainly, in preferred mode, reply left and right wrist is all worn pulse-taking instrument and is measured.
S02: three contacts of pressure transducer detect the pulse pressure signal of cun,guan,chi three positions respectively, namely feel the pulse, and by pulse pressure Signal transmissions to the controller of pulse-taking instrument, form the pulse pressure curve of scheduled time length, pulse pressure curve is the curve with multiple crest and trough.Scheduled time length can be determined according to specific needs, and such as desirable 1 minute, autogamy wore pulse-taking instrument and opens switch and starts at.
If only felt the pulse once, then each position can obtain a pulse pressure curve, follow-uply analyzes and screens suitable length, certainly also can detect repeatedly each position and obtain many pulse pressure curve, therefrom chooses optimum curve so that follow-up.In a kind of preferred mode, detection is divided into three phases, each phase lasts scheduled time length, first stage is detected three positions pulse pressure signal at a first pressure and obtains floating pulse, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, concrete force value can set based on experience value, but pressure progressively increases, namely the first pressure is less than the second pressure, and the second pressure is less than the 3rd pressure., in the process, pulse-taking instrument by light display impressed pressure and feeling the pulse stage, as brightly in blue lamp indicate it is floating pulse, green light indicate be typical in arteries and veins, when red indicate it is typical deep pulse.The controller of pulse-taking instrument also can synchronous recording pressure it is corresponding with feeling the pulse type.
Finally, the pulse information comprising pulse pressure curve is wirelessly transferred to smart machine by the controller of pulse-taking instrument, and except pulse pressure curve, pulse information also comprises hand-code, feeling the pulse position, the feeling the pulse information such as type, feeling the pulse time.
Wherein, hand-code refers to left hand or the right hand, can be arranged in feeling the pulse process by button, also can regulation feeling the pulse carry out according to the flow process of prompting, namely first specifying feels the pulse to left hand feels the pulse to the right hand again, and controller arranges corresponding hand-code in order.Feeling the pulse position and cun,guan,chi three positions, depend on pulse pressure signal is from which contact.Feeling the pulse type and floating pulse, middle arteries and veins or deep pulse, with the first pressure, the second pressure or the 3rd pressure correlation.The feeling the pulse time is provided by controller or timing module, can be the concrete time, also can according to the concrete time be divided into the morning, noon, afternoon, night equal time section.
S03: smart machine has an APP software, can analyze pulse pressure curve and screen, and chooses pulse condition and shows most complete thus obtain actual arteries and veins figure, and upload server.
Such as left and right two hands is all felt the pulse, and cut floating pulse respectively, middle arteries and veins, after deep pulse, every corresponding 9 pulse pressure curve of hands feeling the pulse result, the time that every bar curve is corresponding is 1 minute, analyze and screening process in, for each feeling the pulse position, from floating pulse, middle arteries and veins, continuous print crest is chosen in 3 pulse pressure curve that deep pulse is corresponding, trough all has of complete performance, and (a part of pulse pressure curve may occur that wave band lacks, the situations such as waveform is crushed, by but same time axle compares its wave-shape amplitude, rejecting amplitude is little, the arteries and veins figure of waveform disappearance or gross distortion), namely 1 pulse pressure curve is chosen in each feeling the pulse position of every hands, left and right two handss finally obtain 6 pulse pressure curve and form actual arteries and veins figure, smart machine is by actual arteries and veins figure upload server.
S04: have arteries and veins chart database in server, wherein prestore multiple standard arteries and veins figure and the human body constitution corresponding with each standard arteries and veins figure and type.After server receives the actual arteries and veins figure that smart machine uploads, by rear end INTELLIGENT IDENTIFICATION software, according to its body constitution of actual arteries and veins figure identification and the type of different tested personnel, specifically the many groups standard arteries and veins figure in actual arteries and veins figure and arteries and veins chart database is compared, as actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, body constitution and the type of then judging actual arteries and veins figure are the body constitution and type that this standard arteries and veins figure is corresponding, and pass to smart machine by under recognition result.It is multiple that the such as type of standard arteries and veins figure has rapid pulse, smooth pulse, stringy pulse, hesitant pulse etc., " Traditional Chinese Medicine Constitution Classification and judgement " that corresponding body constitution is issued according to national authority department, have 9 kinds of tcm constitutions, comprise gentle matter, deficiency of vital energy matter, yang deficiency matter, deficiency of YIN matter, phlegm-damp matter, damp and hot matter, blood stasis matter, stagnation of QI matter, special official report plastid matter etc., also refinement can point out different stages of development residing in various body constitution and state.In the process compare the many groups standard arteries and veins figure in actual arteries and veins figure and arteries and veins chart database, be mainly used in the parameter such as cycle, amplitude comparing waveform.
Preferably, facts have proved, the different hands of same measurand, different feeling the pulse position, different feeling the pulse type are different with the feeling the pulse result that the feeling the pulse time obtains, corresponding pulse signal curve is naturally different, in order to improve the accuracy that body constitution judges, when being compared by the many groups standard arteries and veins figure in actual arteries and veins figure and arteries and veins chart database, many groups standard arteries and veins figure is the standard arteries and veins figure that in arteries and veins chart database, hand-code is identical, feeling the pulse position is identical, feeling the pulse type identical and feeling the pulse time conforms to.
In another kind of embodiment, if arteries and veins chart database is pre-stored in smart machine, then without the need to transferring data to server, can directly carry out the contrast of actual arteries and veins figure by smart machine and judge the system that actual arteries and veins figure is corresponding and type.
S05: by the pulse-taking application software of smart machine, the body constitution of the actual arteries and veins figure of display server transmission and type.In addition, after the necessary informations such as the body constitution identified and type are passed back to the APP software of smart machine by server, APP software also can a plug-in health guidance data base, concrete health guidance suggestion can be provided according to the constitutional type of people and status in this data base to check for user, the suggestion of these health guidances is pre-stored in the APP of smart machine, and different body constitution and type correspond to different health guidance suggestions.In suggestion, classify according to human body constitution and type, often kind of constitution status organizes dietetic therapy, physical therapy, motion, maintenance suggestion more, user can select according to the hobby of oneself, also can input the information such as food, color, motion of individual preference in basic user data, system selects most suitable personal health improvement project using these automatically as condition.
As shown in Figures 2 and 3, the invention also discloses the pulse-taking system realizing above pulse-taking detection method, system mainly comprises pulse-taking instrument 10, smart machine 20 and server 30.
Wherein, pulse-taking instrument 10 may be worn on the wear structure of human body wrist except comprising, also comprise the pressure transducer 11 be arranged on watchband, controller 12, first wireless communication module 13, gravity sensor 14, display module 15, power supply and power-supply management system 16, timing module 17, button 18.
Wherein, pressure transducer 11 has three contacts, is respectively used to adhere on respectively cun,guan,chi three positions inside the same wrist of human body, thus detects the pulse pressure signal of three positions, and by pulse pressure Signal transmissions to the controller 12 of pulse-taking instrument.
Controller 12 is the key control unit of pulse-taking instrument 10, for controlling and coordinate the normal work of each ingredient, be mainly used according to pulse pressure signal, formed the pulse pressure curve of scheduled time length by pulse processing circuit and data processing module, and by the first wireless communication module 13, the pulse information comprising pulse pressure curve is synchronized to smart machine 20.
First wireless communication module 13 can be bluetooth or other wireless communication modules, and the data for being produced by pulse-taking instrument 10 are transferred to smart machine 20, receives data and the control instruction of smart machine 20 simultaneously.
Gravity sensor 14 is for the motion conditions of monitor user ', and calculate its heat consumed, the exercise of auxiliary judgement user and physical condition, attitude, the movement locus of wrist-watch can also be monitored simultaneously, auto state is provided to control function supports such as (as when detecting that user is in the state of checking the wrist-watch time, automatic entry time display state).
Timing module 17 can be used for the feeling the pulse time controlling each stage, also adjusts display module 15 by controller 12 and shows different light or state at different detection-phases.
Display module 15 can be OLED display screen, for showing duty and the necessary data of pulse-taking instrument 10, certainly also can be display lamp, for passing through different light display working condition.Such as by light display impressed pressure and feeling the pulse stage, as brightly in blue lamp indicate it is floating pulse, green light indicate be typical in arteries and veins, when red indicate it is typical deep pulse.
Power supply and power-supply management system 16, for providing power supply to each module, can comprise battery.
Button 18 is for carrying out switch, or signal such as input left hand, the right hand etc.
Preferably, pulse-taking instrument 10 also can comprise the supercharging equipment driven by controller 12, be similar to the supercharging equipment of sphygomanometer, for producing the first pressure respectively in the three phases detected, second pressure and the 3rd pressure, three contacts also obtain floating pulse for detecting three positions pulse pressure signal at a first pressure in the first stage, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, first pressure is less than the second pressure, second pressure is less than the 3rd pressure.
Smart machine 20 can be mobile phone, mainly comprises pulse-taking application module 21, second wireless communication module 23, also can comprise the mobile interchange web portal 22 for connection server.
Wherein, the second wireless communication module 21 can be bluetooth module, for receiving the pulse information that pulse-taking instrument 10 transmits.
Pulse-taking application module 21 is APP, for analyzing pulse pressure curve and screening, obtain actual arteries and veins figure, also can a plug-in health guidance data base, concrete health guidance suggestion can be provided according to the constitutional type of people and status in this data base and check for user.
Need access server 30 to carry out smart machine 20 when actual arteries and veins figure contrasts and, by mobile interchange web portal 22 access server 30, carry out long-range data interaction with it.
Server 30 is arranged on backstage, comprises arteries and veins chart database and body constitution identification software, also comprises for mutual with smart machine 20 mobile interchange web portal 22 thus carry out the Internet portal 31 of data transmission.
Wherein, arteries and veins chart database has many groups standard arteries and veins figure, body constitution identification software is used for the many groups standard arteries and veins figure in the actual arteries and veins figure of smart machine transmission and arteries and veins chart database to compare, as actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, then judge that the body constitution of actual arteries and veins figure and type are the body constitution and type that this standard arteries and veins figure is corresponding.
Pulse-taking detection method of the present invention, pulse-taking instrument and system utilize portable checkout equipment, make user can human body pulse whenever and wherever possible, smart machine can be utilized to carry out analyzing and processing without the need to traditional Chinese medical science feeling the pulse thus draw body constitution and the pulse type of user, body constitution corresponding to the standard arteries and veins figure in data base and type by theory of Chinese medical science and combine for many years practical experience checking draw, pulse-taking detection method accuracy of the present invention is high, easy to use, user can utilize the method to diagnose the constitutional type of oneself voluntarily, in Chinese traditional treatment and conditioning process, also follow the tracks of oneself treatment and conditioning result at any time, user experience is high.
Claims (10)
1. a pulse-taking detection method, is characterized in that, comprises the following steps:
A: pressure transducer three contacts of pulse-taking instrument are adhered on cun,guan,chi three positions inside the same wrist of human body respectively;
B: three contacts of described pressure transducer detect the pulse pressure signal of three positions respectively, and by described pulse pressure Signal transmissions to the controller of described pulse-taking instrument, form the pulse pressure curve of scheduled time length;
C: the pulse information comprising pulse pressure curve is transferred to smart machine by the controller of pulse-taking instrument;
D: described smart machine is analyzed described pulse pressure curve and screened, obtains actual arteries and veins figure;
E: the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database is compared, as as described in actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, then judge that the body constitution of described actual arteries and veins figure and type are the body constitution and type that this standard arteries and veins figure is corresponding.
2. method according to claim 1, it is characterized in that, in described step B, the concrete grammar detecting the pulse pressure signal of three positions is: detect and be divided into three phases, each phase lasts scheduled time length, first stage is detected three positions pulse pressure signal at a first pressure and obtains floating pulse, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, first pressure is less than the second pressure, and the second pressure is less than the 3rd pressure;
Described smart machine to the concrete grammar that described pulse pressure curve is analyzed and screened is: for same position, from floating pulse, Zhong Mai, deep pulse, choose optimum pulse pressure curve, the pulse pressure curve of each position optimum be combined to form actual arteries and veins figure.
3. method according to claim 2, is characterized in that, described steps A and B respectively carry out twice, is respectively used to be sticked about human body in two wrists, detects the pulse pressure signal of three positions of two wrists in left and right.
4. method according to claim 2, is characterized in that, in described step C, pulse information also comprises hand-code, feeling the pulse position, feeling the pulse type, feeling the pulse time, described feeling the pulse type and the first pressure, the second pressure or the 3rd pressure correlation;
When being compared by the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database in described step e, many groups standard arteries and veins figure is the standard arteries and veins figure that in described arteries and veins chart database, hand-code is identical, feeling the pulse position is identical, feeling the pulse type identical and feeling the pulse time conforms to.
5. method according to claim 3, is characterized in that, step e is later further comprising the steps of:
F: by the pulse-taking application software of described smart machine, show the body constitution of described actual arteries and veins figure and health guidance suggestion corresponding to type, described health guidance suggestion is pre-stored in described smart machine, and different body constitution and type correspond to different health guidance suggestions.
6. a pulse-taking instrument, is characterized in that, comprises controller, pressure transducer and the first wireless communication module; Described pressure transducer has three contacts, is respectively used to adhere on respectively cun,guan,chi three positions inside the same wrist of human body, thus detects the pulse pressure signal of three positions, and by described pulse pressure Signal transmissions to the controller of described pulse-taking instrument;
Controller is used for the pulse pressure curve forming scheduled time length according to pulse pressure signal, and by described first wireless communication module, the pulse information comprising pulse pressure curve is synchronized to smart machine.
7. pulse-taking instrument according to claim 6, it is characterized in that, also comprise the supercharging equipment driven by described controller, for producing the first pressure respectively in the three phases detected, second pressure and the 3rd pressure, three contacts also obtain floating pulse for detecting three positions pulse pressure signal at a first pressure in the first stage, second stage detect the pulse pressure signal of three positions under the second pressure obtain in arteries and veins, phase III is detected the pulse pressure signal of three positions under the 3rd pressure and obtains deep pulse, first pressure is less than the second pressure, second pressure is less than the 3rd pressure.
8. pulse-taking instrument according to claim 6, is characterized in that, also comprises timing module and display module, and described timing module for controlling the feeling the pulse time in each stage, and shows different light by controller adjustment display module at different detection-phases.
9. a pulse-taking system, is characterized in that, comprises the pulse-taking instrument according to any one of claim 6-8, also comprises smart machine, and described smart machine comprises pulse-taking application module and the second wireless communication module; Second wireless communication module is for receiving the pulse information of described pulse-taking instrument transmission; Pulse-taking application module is used for analyzing described pulse pressure curve and screening, and obtains actual arteries and veins figure.
10. system according to claim 9, is characterized in that, also comprises server, and described smart machine also comprises the mobile interchange entrance for connection server, and described server comprises arteries and veins chart database and body constitution identification software;
Arteries and veins chart database has many groups standard arteries and veins figure;
Body constitution identification software is used for the many groups standard arteries and veins figure in described actual arteries and veins figure and arteries and veins chart database to compare, as as described in actual arteries and veins figure and arbitrary group of standard arteries and veins figure difference within limits, then judge that the body constitution of described actual arteries and veins figure and type are the body constitution and type that this standard arteries and veins figure is corresponding.
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| CN109805897A (en) * | 2019-03-19 | 2019-05-28 | 北京小成素问信息技术有限公司 | Diagnosis by feeling the pulse pen |
| CN110200599A (en) * | 2019-06-06 | 2019-09-06 | 深圳市精气生物技术有限公司 | A kind of pulse wave detecting method, terminal device and system |
| CN110974193A (en) * | 2019-12-30 | 2020-04-10 | 北京中科芯健医疗科技有限公司 | Human body function state evaluation device |
| CN113052077A (en) * | 2021-03-25 | 2021-06-29 | 天津市中力神盾电子科技有限公司 | Data transmission method, data processing method, terminal and power distribution device |
| CN114176533A (en) * | 2021-12-29 | 2022-03-15 | 上海国民集团健康科技有限公司 | Pulse pressure instrument and pulse pressure measurement system based on cunguanchi pulse condition independent measurement and wrist measurement |
| CN114431840A (en) * | 2022-04-08 | 2022-05-06 | 北京大学深圳研究生院 | Pulse acquisition device, pulse acquisition method and system |
| CN116458845A (en) * | 2023-04-07 | 2023-07-21 | 电子科技大学 | Wearable traditional chinese medical science physique evaluation system of intelligence |
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