CN208447579U - Pulse Evolution Modes difference blood pressure monitor system - Google Patents
Pulse Evolution Modes difference blood pressure monitor system Download PDFInfo
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- CN208447579U CN208447579U CN201720996905.8U CN201720996905U CN208447579U CN 208447579 U CN208447579 U CN 208447579U CN 201720996905 U CN201720996905 U CN 201720996905U CN 208447579 U CN208447579 U CN 208447579U
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Abstract
The utility model relates to a kind of pulse Evolution Modes difference blood pressure monitor system, two pulse transducers are connect with pulse transducer modulation drive module, and pulse transducer modulates drive module and generates modulated drive signal to two pulse transducers；Two pulse transducers are connected with Data Analysis Services module, and pulse data information collected is passed to Data Analysis Services module by two pulse transducers；Data Analysis Services module is connected with pulse transducer modulation drive module, and Data Analysis Services module and pulse transducer modulation drive module carry out information bidirectional transmission；Data Analysis Services module is connected with parameter interface module, Data Analysis Services module is using Evolution Modes difference parsing blood flow parameter and blood vessel parameter, the blood pressure parameter that analysis obtains is passed into parameter interface module, parameter interface module externally exports monitored blood pressure parameter.The utility model monitoring accuracy height, real-time monitoring, consistency be good, strong interference immunity, high reliability.
Description
Technical field
The utility model relates to a kind of blood pressure monitor systems, especially a kind of to be applied to vascular test, health monitoring, medical treatment
Arteries and veins in the fields such as diagnosis, health control, life science, biotechnology, human-computer interaction, behavior tissue, psychology, wisdom perception
It fights Evolution Modes difference blood pressure monitor system, belongs to monitoring of blood pressure technical field.
Background technique
Hypertension be the most common Chronic Non-Communicable Diseases and cardiovascular disease cerebrovascular disease it is most important it is dangerous because
Element.According to " Chinese cardiovascular disease report ": China in 2010 because total 204.3 ten thousand of hypertension death (male 115.4 ten thousand,
Ten thousand) women 88.9, accounts for the 24.6% of all death；China 1958~nineteen fifty-nine, 1979~1980 years, 1991 and 2002 into
The Sampled Study of hypertension gone in 4 the whole country, the illness rate of 15 years old or more crowd's hypertension is respectively 5.1%, 7.7%,
13.6% and 17.7%, it is overall in rising trend.Information office of State Council on June 30 in 2015 issue national nutrition in 2012 with it is chronic
Prevalence Survey report, 18 years old Chinese or more prevalence of hypertension rate are 25.2%, general according to 2010 the 6th time national population
Looking into data measuring and calculating number of patients is 2.7 hundred million.Report is pointed out: awareness, treatment rate and the control rate of hypertension in 2009 are respectively
26.1%, 22.8% and 6.1%；Hypertension children are more susceptible to suffer from hypertension after adult compared with blood pressure normal child and cardiovascular weight occur
Structure, risk is 2.1 times and 1.5 times of blood pressure normal child respectively, and risk is increased as age group rises；Children are extremely
There is the heart in adult continuous hypertension group crowd, normal crowd increases by 3 times to the Hazard ratio blood pressure of kidney function damage always.Blood pressure is real
When dynamic monitoring there is important academic research meaning and value is widely applied.
There are blood pressure detecting systems in first technology, referring to United States Patent (USP), entitled Apparatus and method
For pulse detection, granted patent number US7270636B2, the license time is on 09 18th, 2007, patent
Artificial DailyCare BioMedical Inc is weighed, and referring to all multi-brand sphygmomanometers common in the market, such as Panasonic's blood
Press meter, Omron sphygmomanometer, the good sphygmomanometer of meeting, Johnson & Johnson's sphygmomanometer, fish dive sphygmomanometer, nine peace sphygmomanometers, Li doctor's sphygmomanometer, west
Iron city sphygmomanometer, broad sphygmomanometer, Haier's sphygmomanometer etc..Formerly technology and product have the advantages that suitable, but there are one
A little essence are insufficient: 1) being all made of cuff mode, when measurement will correctly tie up cuff on arm, and mood is loosened, then electronics
After the cuff air of sphygmomanometer drains, tie up on left arm or right arm, it is concordant with heart, in measurement process cuff exist inflation and
Deflation course, device structure is complicated, volume is difficult to microminaturization, use process points for attention are more, is easy by external interference；2) exist
During measuring blood pressure using cuff, there are certain constrictions for human body, generate certain pressure to measured's body and mind, influence using easypro
Appropriateness, user experience is weak, and has an impact to measurement result；3) monitoring process needs the long period, and it is real to cannot achieve dynamic
When monitor, and monitor poor flexibility, restricted application, function are difficult to expand.
Summary of the invention
The purpose of this utility model is that deficiency in view of the above technology, provides a kind of pulse Evolution Modes difference blood pressure prison
Examining system, the system is with simple for structure, application method is simple, monitoring accuracy is high, is easy to microminaturization, strong interference immunity, the heart
Comfort level is good for reason, user experience is strong, real-time monitoring, high reliability, applied widely, strong flexibility, function are easy to expand etc.
Feature.
To achieve the above object, the technical solution of the utility model is: a kind of pulse Evolution Modes difference monitoring of blood pressure system
System, including the first pulse transducer, the second pulse transducer, pulse transducer modulation drive module, Data Analysis Services module,
Parameter interface module, it is characterised in that: be rigid connection, phase between first pulse transducer and the second pulse transducer
Mutually there is fixed range and position, the first pulse transducer and the second pulse transducer and pulse transducer modulation drive module connect
It connects, the pulse transducer modulation drive module generates modulated drive signal and senses to the first pulse transducer and the second pulse
Device；First pulse transducer and the second pulse transducer are also connected with Data Analysis Services module, the first pulse transducer and
Pulse data information collected is passed to Data Analysis Services module by the second pulse transducer；Data Analysis Services module with
Pulse transducer modulation drive module is connected, and Data Analysis Services module and pulse transducer modulation drive module carry out information
Transmitted in both directions；Data Analysis Services module is connected with parameter interface module, and Data Analysis Services module is poor using Evolution Modes
Analysis blood flow parameter and blood vessel parameter are decomposed, the blood pressure parameter that analysis obtains is passed into parameter interface module, parameter interface module
Externally export monitored blood pressure parameter.
First pulse transducer and the second pulse transducer recline with area to be monitored formula contact
First pulse transducer and the second pulse transducer are piezoelectricity pulse transducer, pressure drag pulse transducer, sound
Learn one kind of pulse transducer, photoelectric sphyg sensor.
The beneficial effects of the utility model are: using pulse Evolution Modes rule, based on blood vessel dynamic mode and blood vessel blood
There are direct action principles for liquid physiological parameter, in angiosomes multipoint acquisition dynamic pulse mode, according to pulse mode and blood vessel
Blood physiology relationship carries out pulse model space domain and time domain analysis, carries out dynamic parameter and static parameter separation, with
And blood flow parameter and blood vessel parameter parse, and obtain blood pressure parameter, while can also be extended to other blood vessel physiological parameters prisons
It surveys.
Compared with prior art, the utility model has the following characteristics that
1) first technology and product have the advantages that suitable, but there are some essence deficiencies, are all made of cuff mode, survey
Cuff is correctly tied up when amount on arm, mood is loosened, and after then the cuff air of electronic sphygmomanometer is drained, ties up in left arm
Concordant with heart or on right arm, there are inflatable and deflatable processes for cuff in measurement process, and device structure is complicated, volume is difficult to
Microminaturization, use process points for attention are more, are easy by external interference.The present invention is based on blood using pulse Evolution Modes rule
Pipe dynamic mode and blood vessel physiological parameter are there are direct action principle, in angiosomes multipoint acquisition dynamic pulse mode,
According to pulse mode and blood vessel physiological parameter relationship, pulse model space domain and time domain analysis are carried out, carries out dynamic ginseng
Number separate with static parameter and blood flow parameter and blood vessel parameter parse, and obtains blood pressure parameter, with simple for structure, method is simple
List, monitoring accuracy are high, are easy to the features such as microminaturization, strong interference immunity；
2) formerly during using cuff measurement blood pressure, there are constrictions for human body, to measured's body and mind for technology and product
Certain pressure is generated, influences usage comfort, user experience is weak, and has an impact to measurement result.The present invention is used and is reclined
The noninvasive Pulse-Parameters of formula monitor framework, are not necessarily to cuff, substantially avoid cuff inflation deflation, use good with psychological comfort degree
The features such as family experience sense is strong, real-time monitoring, high reliability；
3) formerly technology and the monitoring process of product need the long period, cannot achieve dynamic realtime monitoring, and monitor
Flexibility is poor, restricted application, function are difficult to expand.The present invention uses angiosomes multipoint acquisition dynamic pulse mode, real
When dynamic acquisition pulse mode data, carry out pattern analysis and institute obtained according to pulse mode and blood vessel physiological parameter relationship
It needs dynamic state of parameters to monitor, has the function of applied widely, strong flexibility, is easy to the features such as expanding.
Detailed description of the invention
Fig. 1 is the pulse Evolution Modes difference blood pressure monitor system schematic diagram of the utility model.
Specific embodiment
The utility model creation is described further with reference to the accompanying drawings and examples.
The pulse Evolution Modes difference blood pressure monitor system and method for the utility model, using the noninvasive Pulse-Parameters of the formula of reclining
Framework is monitored, there are direct action principles with blood vessel physiological parameter based on blood vessel dynamic mode, adopt in angiosomes multiple spot
Collect dynamic pulse mode, according to pulse mode and blood vessel physiological parameter relationship, carries out pulse model space domain and time-domain
Analysis carries out dynamic parameter and static parameter separation and blood flow parameter and blood vessel parameter parsing, obtains blood pressure parameter.
As shown in Figure 1, a kind of pulse Evolution Modes difference blood pressure monitor system, including the first pulse transducer 1, the second arteries and veins
Fight sensor 2, pulse transducer modulation drive module 3, Data Analysis Services module 4, parameter interface module 5.
It is rigid connection between first pulse transducer 1 and the second pulse transducer 2, mutually there is fixed range and position
It sets, the first pulse transducer 1 and the second pulse transducer 2 can be contacted with the area to be monitored formula of reclining；First pulse sensing
Device 1 and the second pulse transducer 2 are connected with pulse transducer modulation drive module 3, and pulse transducer modulates drive module 3
Modulated drive signal is generated to the first pulse transducer 1 and the second pulse transducer 2；First pulse transducer 1 and the second pulse
Sensor 2 is connected with Data Analysis Services module 4, and the first pulse transducer 1 and the second pulse transducer 2 will be collected
Pulse data information passes to Data Analysis Services module 4；Data Analysis Services module 4 and pulse transducer modulate drive module
3 are connected, and Data Analysis Services module 4 and pulse transducer modulation drive module 3 can carry out information bidirectional transmission；Data point
Analysis processing module 4 is connected with parameter interface module 5, and the parameter that analysis obtains is passed to parameter by Data Analysis Services module 4
Interface module 5, parameter interface module 5 realize that parameter externally exports.
The specific work process of the present embodiment are as follows: the first pulse transducer 1 and the mutual position of the second pulse transducer 2
It is fixed, and all it is attached to detected region 6；Pulse transducer modulates drive module 3 and generates modulated drive signal to the first pulse
Sensor 1 and the second pulse transducer 2, the collected first pulse timing information of the first pulse transducer 1, the second pulse sensing
The collected second pulse timing information of device 2；First pulse transducer 1 and the second pulse transducer 2 are and Data Analysis Services
Module 4 is connected, and the first pulse timing information is transferred to Data Analysis Services module 4, the second pulse by the first pulse transducer 1
Second pulse timing information is transferred to Data Analysis Services module 4 by sensor 2；Data Analysis Services module 4 is to based on blood vessel
There are direct action principles with blood vessel physiological parameter for dynamic mode, in angiosomes multipoint acquisition dynamic pulse mode, root
According to pulse mode and blood vessel physiological parameter relationship, pulse model space domain and time domain analysis are carried out, carries out dynamic parameter
Separated with static parameter and blood flow parameter and blood vessel parameter parsing, Data Analysis Services module 4 use Evolution Modes Difference Solution
Blood flow parameter and blood vessel parameter are analysed, monitored parameter is obtained, dynamic transmission realizes that parameter externally exports to parameter interface module 5.
In the present embodiment, the first pulse transducer 1 and the second pulse transducer 2 are piezoelectricity pulse transducer, and pulse passes
Sensor modulation drive module 3 adds DSP architecture using FPGA, and Data Analysis Services module 4 uses FPGA framework, parameter interface module
5 add FPGA structure using ARM, and monitored site 6 is inboard arm.The present embodiment is successfully realized pulse, blood pressure, pulse wave
The multi-parameter monitoring of speed etc. overcomes present technical deficiency.
Mechanical structure, timing control, module building, signal transmission, data processing algorithm etc. are into the utility model
Cooking technique, the utility model point of the utility model are based on pulse mode detection analytical technology, the formula that reclines non-invasive blood pressure parameter
Framework is monitored, there are direct action principles with blood vessel physiological parameter based on blood vessel dynamic mode, adopt in angiosomes multiple spot
Collect dynamic pulse mode, according to pulse mode and blood vessel physiological parameter relationship, carries out pulse model space domain and time-domain
Analysis carries out dynamic parameter and static parameter separation and blood flow parameter and blood vessel parameter parsing, obtains blood pressure parameter, simultaneously
Realize other blood vessel physiological compensation effects, provide simple for structure, method is simple, monitoring accuracy is high, be easy to microminaturization,
Strong interference immunity, psychological comfort degree are good, user experience is strong, real-time monitoring, high reliability, applied widely, strong flexibility, function
It is readily susceptible to a kind of pulse Evolution Modes difference monitoring of blood pressure method expanded, substantially avoids the deficiency of first technology.
Above-described specific embodiment has carried out in detail the technical scheme and beneficial effects that the utility model is created
Explanation, it should be understood that the foregoing is merely the most preferred embodiments of the utility model, are not intended to limit the utility model, all
Any modification, supplementary, and equivalent replacement etc. done in the spirit of the utility model, should be included in the utility model
Protection scope within.
Claims (3)
1. a kind of pulse Evolution Modes difference blood pressure monitor system, including the first pulse transducer (1), the second pulse transducer
(2), pulse transducer modulates drive module (3), Data Analysis Services module (4), parameter interface module (5), it is characterised in that:
It is rigid connection between first pulse transducer (1) and the second pulse transducer (2), mutually there is fixed range and position
It sets, the first pulse transducer (1) and the second pulse transducer (2) are connect with pulse transducer modulation drive module (3), the arteries and veins
Sensor of fighting modulates drive module (3) and generates modulated drive signal to the first pulse transducer (1) and the second pulse transducer
(2)；First pulse transducer (1) and the second pulse transducer (2) are also connected with Data Analysis Services module (4), the first arteries and veins
Pulse data information collected is passed to Data Analysis Services module by fight sensor (1) and the second pulse transducer (2)
(4)；Data Analysis Services module (4) is connected with pulse transducer modulation drive module (3), Data Analysis Services module (4)
Information bidirectional transmission is carried out with pulse transducer modulation drive module (3)；Data Analysis Services module (4) and parameter interface module
(5) it is connected, Data Analysis Services module (4) will be analyzed using Evolution Modes difference parsing blood flow parameter and blood vessel parameter
To blood pressure parameter pass to parameter interface module (5), parameter interface module (5) externally exports monitored blood pressure parameter.
2. pulse Evolution Modes difference blood pressure monitor system according to claim 1, it is characterised in that: first pulse
Sensor (1) and the second pulse transducer (2) are contacted with the area to be monitored formula of reclining.
3. pulse Evolution Modes difference blood pressure monitor system according to claim 1 or 2, it is characterised in that: described first
Pulse transducer (1) and the second pulse transducer (2) are piezoelectricity pulse transducer, pressure drag pulse transducer, acoustics pulse sensing
One kind of device, photoelectric sphyg sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720996905.8U CN208447579U (en) | 2017-08-10 | 2017-08-10 | Pulse Evolution Modes difference blood pressure monitor system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720996905.8U CN208447579U (en) | 2017-08-10 | 2017-08-10 | Pulse Evolution Modes difference blood pressure monitor system |
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| Publication Number | Publication Date |
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| CN208447579U true CN208447579U (en) | 2019-02-01 |
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| CN201720996905.8U Expired - Fee Related CN208447579U (en) | 2017-08-10 | 2017-08-10 | Pulse Evolution Modes difference blood pressure monitor system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107348952A (en) * | 2017-08-10 | 2017-11-17 | 上海理工大学 | Pulse Evolution Modes difference blood pressure monitor system |
-
2017
- 2017-08-10 CN CN201720996905.8U patent/CN208447579U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107348952A (en) * | 2017-08-10 | 2017-11-17 | 上海理工大学 | Pulse Evolution Modes difference blood pressure monitor system |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190201 Termination date: 20190810 |
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| CF01 | Termination of patent right due to non-payment of annual fee |