CN108742548A - A kind of visualization Traditional Chinese medicinal wrist drawing system and device - Google Patents
A kind of visualization Traditional Chinese medicinal wrist drawing system and device Download PDFInfo
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- CN108742548A CN108742548A CN201810662671.2A CN201810662671A CN108742548A CN 108742548 A CN108742548 A CN 108742548A CN 201810662671 A CN201810662671 A CN 201810662671A CN 108742548 A CN108742548 A CN 108742548A
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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
- A61B5/48—Other medical applications
- A61B5/4854—Diagnosis based on concepts of traditional oriental medicine
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
- G16H50/20—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems
Abstract
The present invention relates to a kind of visualization arteries and veins drawing systems, including signal acquisition module；Signal pre-processing module, the signal pre-processing module are connect with the signal acquisition module signal；Signal analysis module, the signal analysis module are connect with the signal pre-processing module signal；Visualization model, the visualization model are connect with the signal analysis module signal, for obtaining the pulse signal after the signal analysis module extracts the signal characteristic, and show the arteries and veins figure that the pulse signal is formed.A kind of visualization arteries and veins map device is further related to, flexible sensor, the flexible sensor is for obtaining pulse signal；Display device, the display device carry out wireless connection or wired connection with the flexible sensor.It the advantage is that, feeling the pulse while visualizing in middle doctor refers to lower arteries and veins figure, the formalization representation for making to feel under finger, while recordable arteries and veins figure is not only facilitated, into line trace comparative analysis；The efficiency for improving diagnostic analysis, improves the accuracy rate of diagnosis.
Description
Technical field
The present invention relates to signal processing technology field more particularly to a kind of visualization Traditional Chinese medicinal wrist drawing systems and device.
Background technology
Arteries and veins pillow is the required article that middle doctor feels the pulse, the effect of arm placement when traditional arteries and veins pillow is only limitted to provide diagnosis by feeling the pulse,
So that wrist is loosened completely.Existing feel the pulse is had a single function with bolster, has some patents by finger-clipped photoelectric sphyg sensor
It rests the head on and integrates with arteries and veins, but feel the pulse with doctor that position is inconsistent cannot to react doctor and refer to lower arteries and veins figure completely.
Pulse wave spectrum is the accumulation of experience of feeling the pulse in Chinese medicine growth period, how will refer to and lower feels to show completely not yet in arteries and veins figure
Be well solved, one of trace it to its cause and to feel the pulse the device acquired with data there is not yet doctor can be synchronized, i.e., under doctor refers to
Feel, it is difficult to arteries and veins figure synchronous contrast, to be unfavorable for the formalization representation of middle doctors experience, to analyzing only from the angle of calculating for arteries and veins figure
Feel to cause analysis limitation under doctor refers to during degree is detached from.
Therefore, it can will refer to lower feeling there is an urgent need for one kind and synchronize comparison with arteries and veins figure, by arteries and veins figure in a manner of simple and convenient
Carry out the system and device of visualized operation.
Invention content
The purpose of the present invention is being directed to deficiency in the prior art, a kind of visualization Traditional Chinese medicinal wrist drawing system is provided.
To achieve the above object, the technical solution adopted by the present invention is that：
A kind of visualization Traditional Chinese medicinal wrist drawing system, including：
Signal acquisition module, the signal acquisition module is for obtaining pulse signal；
Signal pre-processing module, the signal pre-processing module is connect with the signal acquisition module signal, for obtaining
The pulse signal of the signal acquisition module acquisition, and the pulse signal is pre-processed；
Signal analysis module, the signal analysis module are connect with the signal pre-processing module signal, for obtaining warp
The pretreated pulse signal of the signal pre-processing module is crossed, and extracts the signal characteristic of the pulse signal；
Visualization model, the visualization model are connect with the signal analysis module signal, for obtaining described in process
Signal analysis module extracts the pulse signal after the signal characteristic, and shows the arteries and veins figure that the pulse signal is formed.
Preferably, further include：
Database module, the database module connect with the signal analysis module and the visualization model signal respectively
It connects, for obtaining and store the pulse signal after the signal analysis module extracts the signal characteristic, and for depositing
Storage standard pulse signal simultaneously makes the visualization model obtain the standard pulse signal.
Preferably, further include：
Information acquisition module, described information acquisition module are connect with the database module signal, and described information acquires mould
The personal information is transmitted to the database module and stored by block for obtaining personal information.
Preferably, further include：
Matching module, the matching module are connect with the database module and the visualization model signal respectively, are used
In obtaining the pulse signal of the database purchase and the standard according to the personal information of the database purchase
Pulse signal, and the pulse signal of acquisition and the standard pulse signal are transmitted to the visualization model and shown
Show.
Preferably, further include：
Temperature monitoring module, the temperature monitoring module are connect with the signal acquisition module signal, the temperature monitoring
Module is for obtaining temperature signal；
Pressure monitoring module, the pressure monitoring module are connect with the signal acquisition module signal, the pressure monitoring
Module obtains the pressure applied when the pulse signal for obtaining the signal acquisition module.
Preferably, further include：
Signal-corecting module, the signal-corecting module analyze mould with the signal pre-processing module and the signal respectively
Block signal connects, and the signal-corecting module is for obtaining the pretreated pulse signal of the signal pre-processing module simultaneously
The pulse signal is corrected according to built-in preset algorithm, and the pulse signal after correction is transmitted to described
Signal analysis module carries out signal characteristic abstraction.
It is a further object of the invention to provide a kind of visualization Traditional Chinese medicinal wrist map devices.
A kind of visualization Traditional Chinese medicinal wrist map device, including：
Flexible sensor, the flexible sensor is for obtaining pulse signal；
Display device, the display device carry out wireless connection or wired connection, the display with the flexible sensor
Device includes：
Power supply, for powering to the display device；
Microcontroller, the microcontroller are electrically connected with the power supply, are used for transmission the arteries and veins of the flexible sensor transmission
Picture signals and by the pulse signal；
Signal Pretreatment unit, the Signal Pretreatment unit are electrically connected with the microcontroller, for the microcontroller
The pulse signal obtained is pre-processed；
Signal analysis unit, the signal analysis unit are electrically connected with the Signal Pretreatment unit, for pretreatment
The pulse signal afterwards carries out signal characteristic abstraction；
Display screen, the display screen is electrically connected with the microcontroller and the signal analysis unit respectively, for showing
State the arteries and veins figure of the formation of the pulse signal after signal characteristic abstraction.
Preferably, further include：
Cloud Server, the Cloud Server are wirelessly connected with the display device, and the Cloud Server is for obtaining
And store the display device and carry out the pulse signal after signal characteristic abstraction, and for storing standard pulse signal.
Preferably, the display device further includes：
Information acquisition unit, described information collecting unit are electrically connected with the microcontroller, for obtaining personal information, and will
The personal information is transmitted to the Cloud Server by the microcontroller and is stored；
Matching unit, the matching unit are electrically connected with the microcontroller and the display screen respectively, the matching unit
The personal information for being stored according to the Cloud Server obtains the pulse signal and the institute of the Cloud Server storage
Standard pulse signal is stated, and the pulse signal and the standard pulse signal are transmitted to the display screen and shown；
Signal correction unit, the signal correction unit are single with the Signal Pretreatment unit and signal analysis respectively
Member electrically connects, and locates the pretreated pulse signal of unit in advance and according to built-in preset algorithm pair for obtaining the signal
The pulse signal is corrected, and the pulse signal after correction is transmitted to the signal analysis unit and carries out signal
Feature extraction.
Preferably, further include：
Temperature sensor, the temperature sensor are electrically connected with the flexible sensor, and the temperature sensor is for obtaining
Take temperature information；
Pressure sensor, the pressure sensor are electrically connected with the flexible sensor, and the pressure sensor is for obtaining
The pressure applied when the flexible sensor being taken to obtain the pulse signal.
The present invention is had the following technical effect that compared with prior art using above technical scheme：
A kind of visualization arteries and veins drawing system and device of the present invention, feeling the pulse while visualizing in middle doctor refers to lower arteries and veins figure, not only
Contribute to the formalization representation for making to feel under finger, the student that learns on the job, while recordable arteries and veins figure also can be further instructed, into line trace pair
Than analysis；There is provided middle doctor's Empirical Mode quasi- tool for doctor and scientific research person, with the formalization representation of doctors experience in promotion, together
When be also beneficial to the further excavation of sphygmogram characteristic；The efficiency for improving diagnostic analysis, improves the accuracy rate of diagnosis；Convenient for patient and
When understand own situation, and facilitate doctor to be managed collectively the sufferer of oneself and carry out long-term follow.
Description of the drawings
Fig. 1 is the system schematic of the illustrative examples of the present invention.
Fig. 2 is the system schematic of a preferred embodiment of the present invention.
Fig. 3 is the device frame figure of the illustrative examples of the present invention.
Fig. 4 is the device frame figure of a preferred embodiment of the present invention.
Fig. 5 is the device frame figure of another illustrative examples of the present invention.
Fig. 6 is the device frame figure of another preferred embodiment of the present invention.
Fig. 7 is the schematic diagram of the exemplary embodiment of the present invention.
Fig. 8 is the schematic diagram of a preferred embodiment of the present invention.
Fig. 9 is the schematic diagram of another preferred embodiment of the present invention.
Reference numeral therein is：Signal acquisition module 1；Signal pre-processing module 2；Signal analysis module 3；Visualize mould
Block 4；Database module 5；Information acquisition module 6；Matching module 7；Temperature monitoring module 8；Pressure monitoring module 9；Signal correction
Module 10；
Flexible sensor 101；Temperature sensor 102；Pressure sensor 103；Display device 201；Power supply 202；Microcontroller
203；Signal Pretreatment unit 204；Signal analysis unit 205；Display screen 206；First data transmission unit 207；Second data
Transmission unit 208；Information acquisition unit 209；Matching unit 210；Signal correction unit 211；Cloud Server 301；Support device
401；Power supply 402；Main control chip 403；Third data transmission unit 404；4th data transmission unit 405；
Fingerstall 501；Computer 502；Arteries and veins pillow 503.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art obtained under the premise of not making creative work it is all its
His embodiment, shall fall within the protection scope of the present invention.
It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the present invention can phase
Mutually combination.
The invention will be further described in the following with reference to the drawings and specific embodiments, but not as limiting to the invention.
Embodiment 1
The present embodiment is a kind of illustrative examples of visualization Traditional Chinese medicinal wrist drawing system of the present invention, as shown in Figure 1, a kind of
Traditional Chinese medicinal wrist drawing system is visualized, including carries out the signal acquisition module 1 of signal connection, signal pre-processing module 2, signal point successively
Analyse module 3 and visualization model 4.
Signal acquisition module 1 for obtaining pulse signal, and by pulse signal be transmitted to signal pre-processing module 2 carry out it is pre-
Processing.
Signal pre-processing module 2 receives the pulse signal that the transmission of signal acquisition module 1 comes, and baseline is carried out to pulse signal
And then pretreated pulse signal is transmitted to signal analysis module 3 by filtering to obtain clearly stable pulse signal
It is further processed.
Specifically, carrying out baseline and filtering using small echo, the wavelet basis used is db6.
Signal analysis module 3 receives the pulse signal that the transmission of signal pre-processing module 2 comes, and it is special to carry out signal to pulse signal
Sign extraction, extracts temporal signatures, frequency domain character and the time-frequency characteristics in pulse signal.Wherein, signal analysis module 3 uses slope
Threshold method carries out temporal signatures extraction；Frequency domain character extraction is carried out using Fourier transformation；When being carried out using 4 layers of wavelet package transforms
Frequency feature extraction, wherein the morther wavelet used is db6.Signal analysis module 3 transmits the pulse signal after extracting signal characteristic
To visualization model 4.
Visualization model 4 receives signal analysis module 3 and transmits the pulse signal of coming, and the arteries and veins figure that will constitute pulse signal
Display.The arteries and veins figure of display includes temporal signatures, frequency domain character and the time-frequency characteristics that signal analysis module 3 is extracted.In addition, display
Arteries and veins figure further includes the visualization figure that consistency and correlation analysis result are formed, i.e. Bland-Altman figures, such as block diagram, line chart
Deng.
Using the technical solution, pass through the setting of above-mentioned modules so that pulse signal is carried out by visual image
Real-time display can be convenient for doctor to carry out objective analysis, and by pulse condition diagnostic objectification, improve diagnosis efficiency and accuracy rate,
And then it can be to pulse condition into line trace comparative analysis.
Embodiment 2
The present embodiment is a kind of preferred embodiment of visualization Traditional Chinese medicinal wrist drawing system of the present invention, as shown in Fig. 2, one kind can
Depending on change Traditional Chinese medicinal wrist drawing system, including：Signal acquisition module 1, signal pre-processing module 2, signal analysis module 3, visualization model
4, database module 5, information acquisition module 6, matching module 7, temperature monitoring module 8, pressure monitoring module 9；Signal correction mould
Block 10.
Wherein, the connection of signal acquisition module 1, signal pre-processing module 2, signal analysis module 3 and visualization model 4 is closed
System and function are the same as described by embodiment 1.
Database module 5 is connect with 3 signal of signal analysis module, and letter is carried out for receiving and storing signal analysis module 3
Pulse signal after number feature extraction, and storage standard pulse signal.Its Plays pulse signal be normal height-weight and
The pulse signal collected under conditions of certain temperature and pressure under no disease condition, the standard pulse signal are a series of
The set of pulse signal.
Information acquisition module 6 is connect with 5 signal of database module, for obtaining personal information, includes the personal letter of patient
The personal information of breath and doctor, the personal information of wherein patient includes but not limited to name, height, weight, medical history, record of feeling the pulse
Personal information Deng, doctor includes but not limited to name, record etc. of feeling the pulse.Information acquisition module 6 passes the personal information of acquisition
Database module 5 is transported to be stored.
Database module 5 carries out classification storage according to the personal information of patient and the personal information of doctor, and by patient's
The pulse signal of personal information and patient, which match, generates patient's pulse condition record, and the personal information of doctor and doctor are felt the pulse acquisition
Patient's pulse signal match generate doctor record.Wherein patient's pulse condition record includes the name of patient, height, weight, disease
History, the pulse signal felt the pulse every time and corresponding information about doctor, further consultation information etc.；Doctor record include doctor name, into
The associated personal information for the patient that row is felt the pulse and record etc. of feeling the pulse.
Patient and doctor can access database module 5 by specific client, understand itself in time convenient for patient
Health status and reexamination time carry out state of an illness tracking convenient for doctor to the sufferer of oneself.
Matching module 7 carries out signal with database module 5 and visualization model 4 respectively and connect, can be according to database mould
The personal patient information that block 5 stores obtains the pulse signal that database module 5 stores, and obtains the standard arteries and veins under preset condition
Picture signals, and pulse signal and standard pulse signal are transmitted to visualization model 4.Visualization model 4 shows that this is felt the pulse and obtains
The pulse signal obtained, and pulse signal is shown together with standard pulse signal, so that doctor refers to.Visualization model 4
This can also be felt the pulse acquisition the pulse signal pulse signal previous with the patient together with show, in order into line trace pair
Than to learn whether the state of an illness slows down or aggravate.
In order to make pulse signal be compared under identical conditions, pass through temperature monitoring module 8 and pressure monitoring mould
Block 9 carries out condition monitoring of feeling the pulse.
Temperature monitoring module 8 is connect with 1 signal of signal acquisition module, body temperature for obtaining patient itself and when feeling the pulse
Space temperature (environment temperature), and by body temperature temperature signal and space temperature signal transmission to signal acquisition module 1, with pulse condition
Signal transmits outward together.
Pressure monitoring module 9 is connect with 1 signal of signal acquisition module, for obtaining the pressure applied when doctor feels the pulse, and
Pressure signal is transmitted to signal acquisition module 1, to lead to outer transmission with pulse signal one.
Signal-corecting module 10 is connect with signal pre-processing module 2 and 3 signal of signal analysis module, signal correction respectively
Module 10 receives 2 pretreated pulse signal of signal pre-processing module, according to the body temperature temperature transmitted together with pulse signal
Signal, space temperature signal and pressure signal obtain the pulse signal after correction with reference to preset algorithm, and by the arteries and veins after correction
Picture signals are transmitted to signal analysis module 3 and carry out signal characteristic abstraction.
Signal analysis module 3 receives the uncorrected arteries and veins that signal pre-processing module 2 and signal-corecting module 10 transmit respectively
The pulse signal of picture signals and correction, and carry out signal characteristic abstraction respectively, and after two pulse signals are marked respectively
It is transmitted to database module 5 to be stored, and is transmitted to visualization model 4 and is shown.
The processing of Pass through above-mentioned technical proposal can show what a plurality of pulse signal was constituted simultaneously using visualization model
Arteries and veins figure, and comparative analysis can be compared and tracked under same standard, it is scientifically and accurately diagnosed, is carried convenient for doctor
High diagnosis efficiency and accuracy rate；Self-condition is understood at any time convenient for patient, to receive more accurately therapeutic scheme.
Embodiment 3
The present embodiment is a kind of illustrative examples of visualization arteries and veins map device of the present invention.As shown in figure 3, a kind of visual
Change arteries and veins map device, including flexible sensor 101, temperature sensor 102, pressure sensor 103, display device 201, wherein flexible
Sensor 101 is electrically connected with temperature sensor 102, pressure sensor 103 and display device 201 respectively.
Pulse signal is transmitted to display device 201 by flexible sensor 101 for obtaining pulse signal.Flexible sensing
Device 101 can carry out wireless data transmission or wired data transfer with display device 201.
Temperature signal is transmitted to flexible sensor by temperature sensor 102 for obtaining patient temperature and space temperature
101；Pressure signal is transmitted to flexible sensor by pressure sensor 103 for obtaining the pressure applied when doctor feels the pulse
101。
Display device 201 includes power supply 202, microcontroller 203, Signal Pretreatment unit 204, signal analysis unit 205, shows
Display screen 206 and first data transmission unit 207.
Microcontroller 203 respectively with power supply 202, Signal Pretreatment unit 204, signal analysis unit 205, display screen 206 and
First data transmission unit 207 electrically connects, and power supply 202 is used to power to whole display device 201, first data transmission unit
207 receive pulse signal, temperature signal and the pressure signal that flexible sensor 101 transmits, and transmit the signals to monolithic
Machine 203 carries out subsequent processing.
Signal Pretreatment unit 204 obtains pulse signal from microcontroller 203, and carries out baseline and filtering to pulse signal
After processing, pulse signal is transmitted to signal analysis unit 205 and is further processed.
Signal analysis unit 205 receives the pulse signal of 204 transmission of Signal Pretreatment unit, and carries out letter to pulse signal
Number feature extraction, including temporal signatures, frequency domain character and time-frequency characteristics, and the pulse signal after signal characteristic abstraction is transmitted to
Microcontroller 203 is for subsequent processing.
Display screen 206 obtains the pulse signal for including signal characteristic from microcontroller 203, and by pulse signal with the shape of arteries and veins figure
Formula is shown, and is labeled with temperature signal and pressure signal when feel the pulse test.
In this example it is shown that device 201 can be common computer, it can also be special measuring instrument, also may be used
To be mobile terminal.Flexible sensor 101 can exist in the form of a film, can also exist in the form of fingerstall, muffetee.
Flexible sensor 101 can be connect by way of wired connection with display device 201, can also be by wirelessly connecting
The mode connect is connect with display device 201, the mode of wireless connection include but not limited to mobile data cube computation, bluetooth connection,
WiFi connections, ZigBee connections, radio frequency connection, infrared connection etc..
The visualization arteries and veins map device of the present embodiment is the specific device using visualization arteries and veins drawing system, wherein flexible sensing
Device 101 corresponds to signal acquisition module 1,102 corresponding temperature detection module 8 of temperature sensor, the inspection of 103 corresponding pressure of pressure sensor
Module 9 is surveyed, it is right that the Signal Pretreatment unit 204 in display device 201 corresponds to signal pre-processing module 2, signal analysis unit 205
Induction signal analysis module 3 and display screen 206 correspond to visualization model 4.
Embodiment 4
The present embodiment is the preferred embodiment optimized on the basis of embodiment 3, as shown in figure 4, a kind of visualization
Arteries and veins map device includes flexible sensor 101, temperature sensor 102, pressure sensor 103, display device 201 and Cloud Server
301, wherein flexible sensor 101 is electrically connected with temperature sensor 102, pressure sensor 103 and display device 201 respectively, is shown
Showing device 201 carries out data connection with Cloud Server 301.
Wherein, flexible sensor 101, the connection relation of temperature sensor 102 and pressure sensor 103 and function are as implemented
Described in example 3.
Display device 201 includes power supply 202, microcontroller 203, Signal Pretreatment unit 204, signal analysis unit 205, shows
Display screen 206, first data transmission unit 207, the second data transmission unit 208, information acquisition unit 209,210 and of matching unit
Signal correction unit 211.
Wherein, power supply 202, microcontroller 203, Signal Pretreatment unit 204, signal analysis unit 205,206 and of display screen
The connection relation and function of first data transmission unit 207 are as described in Example 3.
Second data transmission unit 208 receives Cloud Server 301 and passes for carrying out data transmission with Cloud Server 301
It is defeated come data be simultaneously transmitted to microcontroller 203, and data that display device 201 is obtained are to Cloud Server 301.
Information acquisition unit 209 is electrically connected with microcontroller 203, and information acquisition unit 209 is used to obtain the trouble of doctor's input
Person's personal information and doctor's personal information.Specific acquisition modes include but not limited to that voice input, touch input, keyboard are defeated
Enter.The information of acquisition is transmitted to microcontroller 203 by information acquisition unit 209, and personal information is passed through the second data by microcontroller 203
Transmission unit 208 is transmitted to Cloud Server 301 and storage is encrypted.
Matching unit 210 is electrically connected with microcontroller 203, the patient that matching unit 210 is obtained according to information acquisition unit 209
Personal information and/or doctor's personal information are sent to microcontroller 203 obtains the corresponding related letter stored in Cloud Server 301
Breath, microcontroller 203 show the relevant information of acquisition on display screen 206.
Signal correction unit 211 is electrically connected with Signal Pretreatment unit 204 and signal analysis unit 205 respectively, signal school
Positive unit 211 obtains 204 pretreated pulse signal of Signal Pretreatment unit, and according to preset algorithm, believes using with pulse condition
The temperature signal come number is transmitted together and pressure signal is corrected pulse signal, and pulse signal is converted into can be same
The pulse signal that standard is compared.Pulse signal after correction is transmitted to signal analysis unit 205 by signal correction unit 211
Carry out signal characteristic abstraction.
Signal analysis unit 205 carries out signal characteristic to the pulse signal after uncorrected pulse signal and correction respectively and carries
It takes, extraction process is the same as described in embodiment 3.After carrying out signal characteristic abstraction, signal analysis unit 205 passes two pulse signals
Microcontroller 203 is transported to, so that the arteries and veins that display screen 206 obtains the two pulse signals and is correspondingly formed from microcontroller 203
Figure is shown respectively.
Cloud Server 301 store display device 201 by the second data transmission unit 208 transmission come various data, wrap
Personal patient information, doctor's personal information and pulse signal are included, and is classified to personal patient information and doctor's personal information
Storage, and personal patient information and its medical multiple pulse signal obtained are associated and to form patient's record, by doctor
People's information and corresponding medical patient's record are associated to form doctor's record.In addition, Cloud Server 301 is also stored with standard arteries and veins
Picture signals, standard pulse signal are normal height-weight and without being acquired under conditions of certain temperature and pressure under disease condition
Obtained pulse signal, the standard pulse signal are a series of set of pulse signals.
In this example it is shown that device 201 can be common computer, it can also be special measuring instrument, also may be used
To be mobile terminal.Flexible sensor 101 can exist in the form of a film, can also exist in the form of fingerstall, muffetee.
Flexible sensor 101 can be connect by way of wired connection with display device 201, can also be by wirelessly connecting
The mode connect is connect with display device 201, the mode of wireless connection include but not limited to mobile data cube computation, bluetooth connection,
WiFi connections, ZigBee connections, radio frequency connection, infrared connection etc..
The visualization arteries and veins map device of the present embodiment is the specific device using visualization arteries and veins drawing system, wherein flexible sensing
Device 101 corresponds to signal acquisition module 1,102 corresponding temperature detection module 8 of temperature sensor, the inspection of 103 corresponding pressure of pressure sensor
Module 9 is surveyed, it is right that the Signal Pretreatment unit 204 in display device 201 corresponds to signal pre-processing module 2, signal analysis unit 205
Induction signal analysis module 3, display screen 206 correspond to visualization model 4,209 corresponding informance acquisition module 6 of information acquisition unit,
With 211 corresponding informance acquisition module 6 of 210 Corresponding matching module 7 of unit and information correction unit, Cloud Server 301 corresponds to number
According to library module 6.
The present embodiment visualization arteries and veins map device use process is as follows：Doctor first by information acquisition unit 209 to
Display device 201 inputs the information of oneself, and display device 201 is accessed to Cloud Server 301 to obtain doctor's record, and is being shown
It is shown on screen 206；Doctor inputs patient information again by information acquisition unit 209, and display device 201 is to Cloud Server 301
It accesses, directly obtained if being recorded there are patient and is shown on display screen 206, such as there is no corresponding patients to record, then newly
Patient is built to record and show on display screen 206；Doctor obtains the pulse signal of patient by flexible sensor 101；Flexibility passes
Pulse signal is transmitted to display device 201 by sensor 101；Display device 201 passes through Signal Pretreatment unit 204, signal correction
Unit 211 and signal analysis unit 205 carry out advanced treating to pulse signal, to obtain steady and audible pulse signal, and
The arteries and veins figure for not correcting pulse signal and correcting pulse signal formation is shown on display screen 206 respectively；Matching unit 210 is according to pulse condition
The temperature signal and pressure signal that signal carries send matched signal to microcontroller 203, and microcontroller 203 is passed by the second data
Defeated unit 208 accesses Cloud Server 301, is believed with obtaining the multiple standard pulse conditions formed under the temperature signal and pressure signal
Number, and show on display screen 206 the arteries and veins figure that standard pulse signal is formed；Doctor compares and analyzes according to multiple arteries and veins figures, i.e.,
The corresponding state of an illness of patient can be obtained as a result, quick diagnosis, Accurate Diagnosis.
Embodiment 5
The present embodiment is a kind of another illustrative examples of visualization arteries and veins map device of the present invention, as shown in figure 5, one
Kind visualization arteries and veins map device, including flexible sensor 101, temperature sensor 102, pressure sensor 103,201 and of display device
Support device 401, flexible sensor 101 respectively with 401 Electricity Federation of temperature sensor 102, pressure sensor 103 and support device
It connects, support device 401 is electrically connected with display device 201.
Wherein, flexible sensor 101, the connection type of temperature sensor 102 and pressure sensor 103 and function are the same as implementation
Described in example 3.
Support device 401 includes power supply 402, main control chip 403, third data transmission unit 404, the 4th data transmission list
Member 405, Signal Pretreatment unit 204 and signal analysis unit 205.
Power supply 402 is electrically connected with main control chip 403, for powering to entire support device 401.
Main control chip 403 respectively with third data transmission unit 404, the 4th data transmission unit 405, Signal Pretreatment list
Member 204 and signal analysis unit 205 electrically connect, for sending dependent instruction to each unit.
Third data transmission unit 404 receives pulse signal, temperature signal and the pressure letter that flexible sensor 101 transmits
Number, and pulse signal is transmitted to main control chip 403, so that main control chip 403 carries out subsequent processing.
Signal Pretreatment unit 204 obtains pulse signal from main control chip 403, and carries out baseline and filter to pulse signal
After the processing such as wave, pulse signal is transmitted to signal analysis unit 205 and is further processed.
Signal analysis unit 205 receives the pulse signal of 204 transmission of Signal Pretreatment unit, and carries out letter to pulse signal
Number feature extraction, including temporal signatures, frequency domain character and time-frequency characteristics, and the pulse signal after signal characteristic abstraction is transmitted to
Main control chip 403 is for subsequent processing.
Treated pulse signal and temperature signal and pressure signal are transmitted to display by the 4th data transmission unit 405
Device 201.
Display device 201 includes power supply 202, microcontroller 203, display screen 206 and first data transmission unit 207.
Microcontroller 203 is electrically connected with power supply 202, display screen 206 and first data transmission unit 207 respectively, and power supply 202 is used
It powers in whole display device 201, first data transmission unit 207 receives pulse signal, the temperature that support device 401 is transmitted
Signal and pressure signal, and transmit the signals to microcontroller 203 and carry out subsequent processing.
Display screen 206 obtains the pulse signal for including signal characteristic from microcontroller 203, and by pulse signal with the shape of arteries and veins figure
Formula is shown, and is labeled with temperature signal and pressure signal when feel the pulse test.
In this example it is shown that device 201 can be common computer, it can also be special measuring instrument, also may be used
To be mobile terminal.Flexible sensor 101 can exist in the form of a film, can also exist in the form of fingerstall, muffetee.Branch
Support arrangement 401 can exist in the form of arteries and veins is rested the head on, or exist in the form of wrist support.
Flexible sensor 101 can be connect by way of wired connection with support device 401, can also be by wirelessly connecting
The mode connect is connect with support device 401, the mode of wireless connection include but not limited to mobile data cube computation, bluetooth connection,
WiFi connections, ZigBee connections, radio frequency connection, infrared connection etc..
The visualization arteries and veins map device of the present embodiment is the specific device using visualization arteries and veins drawing system, wherein flexible sensing
Device 101 corresponds to signal acquisition module 1,102 corresponding temperature detection module 8 of temperature sensor, the inspection of 103 corresponding pressure of pressure sensor
Module 9 is surveyed, the Signal Pretreatment unit 204 of support device 401 corresponds to signal pre-processing module 2 and signal analysis unit 205
To induction signal analysis module 3, the display screen 206 in display device 201 corresponds to visualization model 4.
Embodiment 6
The present embodiment is the preferred embodiment optimized on the basis of embodiment 5, as shown in fig. 6, a kind of visualization
Arteries and veins map device, including flexible sensor 101, temperature sensor 102, pressure sensor 103, display device 201, Cloud Server
301 and support device 401, flexible sensor 101 respectively with temperature sensor 102, pressure sensor 103 and support device 401
It electrically connects, display device 201 is electrically connected with Cloud Server 301 and support device 401 respectively.
Wherein, flexible sensor 101, the connection type of temperature sensor 102 and pressure sensor 103 and function are the same as implementation
Described in example 5.
Support device 401 includes power supply 402, main control chip 403, third data transmission unit 404, the 4th data transmission list
Member 405, Signal Pretreatment unit 204, signal analysis unit 205 and signal correction unit 211.
Wherein, power supply 402, main control chip 403, third data transmission unit 404, the 4th data transmission unit 405, signal
The connection type and function of pretreatment unit 204 and signal analysis unit 205 are as described in Example 5.
Signal correction unit 211 is electrically connected with Signal Pretreatment unit 204 and signal analysis unit 205 respectively, signal school
Positive unit 211 obtains 204 pretreated pulse signal of Signal Pretreatment unit, and according to preset algorithm, believes using with pulse condition
The temperature signal come number is transmitted together and pressure signal is corrected pulse signal, and pulse signal is converted into can be same
The pulse signal that standard is compared.Pulse signal after correction is transmitted to signal analysis unit 205 by signal correction unit 211
Carry out signal characteristic abstraction.
Signal analysis unit 205 carries out signal characteristic to the pulse signal after uncorrected pulse signal and correction respectively and carries
It takes, extraction process is the same as described in embodiment 3.After carrying out signal characteristic abstraction, signal analysis unit 205 passes two pulse signals
Transport to main control chip 403.
Display device 201 includes power supply 202, microcontroller 203, display screen 206, the number of first data transmission unit 207, second
According to transmission unit 208, information acquisition unit 209 and matching unit 210.
Wherein, the connection type and function of power supply 202, microcontroller 203, display screen 206 and first data transmission unit 207
As described in Example 5.
Second data transmission unit 208 receives Cloud Server 301 and passes for carrying out data transmission with Cloud Server 301
It is defeated come data be simultaneously transmitted to microcontroller 203, and data that display device 201 is obtained are to Cloud Server 301.
Information acquisition unit 209 is electrically connected with microcontroller 203, and information acquisition unit 209 is used to obtain the trouble of doctor's input
Person's personal information and doctor's personal information.Specific acquisition modes include but not limited to that voice input, touch input, keyboard are defeated
Enter.The information of acquisition is transmitted to microcontroller 203 by information acquisition unit 209, and personal information is passed through the second data by microcontroller 203
Transmission unit 208 is transmitted to Cloud Server 301 and storage is encrypted.
Matching unit 210 is electrically connected with microcontroller 203, the patient that matching unit 210 is obtained according to information acquisition unit 209
Personal information and/or doctor's personal information are sent to microcontroller 203 obtains the corresponding related letter stored in Cloud Server 301
Breath, microcontroller 203 show the relevant information of acquisition on display screen 206.
Cloud Server 301 store display device 201 by the second data transmission unit 208 transmission come various data, wrap
Personal patient information, doctor's personal information and pulse signal are included, and is classified to personal patient information and doctor's personal information
Storage, and personal patient information and its medical multiple pulse signal obtained are associated and to form patient's record, by doctor
People's information and corresponding medical patient's record are associated to form doctor's record.In addition, Cloud Server 301 is also stored with standard arteries and veins
Picture signals, standard pulse signal are normal height-weight and without being acquired under conditions of certain temperature and pressure under disease condition
Obtained pulse signal, the standard pulse signal are a series of set of pulse signals.
In this example it is shown that device 201 can be common computer, it can also be special measuring instrument, also may be used
To be mobile terminal.Flexible sensor 101 can exist in the form of a film, can also exist in the form of fingerstall, muffetee.Branch
Support arrangement 401 can exist in the form of arteries and veins is rested the head on, or exist in the form of wrist support.
Flexible sensor 101 can be connect by way of wired connection with display device 201, can also be by wirelessly connecting
The mode connect is connect with display device 201, the mode of wireless connection include but not limited to mobile data cube computation, bluetooth connection,
WiFi connections, ZigBee connections, radio frequency connection, infrared connection etc..
The visualization arteries and veins map device of the present embodiment is the specific device using visualization arteries and veins drawing system, wherein flexible sensing
Device 101 corresponds to signal acquisition module 1,102 corresponding temperature detection module 8 of temperature sensor, the inspection of 103 corresponding pressure of pressure sensor
Module 9 is surveyed, the Signal Pretreatment unit 204 of support device 401 corresponds to signal pre-processing module 2, signal analysis unit 205 corresponds to
211 corresponding informance acquisition module 6 of signal analysis module 3 and information correction unit, the display screen 206 in display device 201 are right
Answer 210 Corresponding matching module 7 of visualization model 4,209 corresponding informance acquisition module 6 of information acquisition unit and matching unit, cloud
301 corresponding data library module 6 of server.
Visualize arteries and veins map device use process is as follows：Doctor is first by information acquisition unit 209 to display device 201
The information of oneself is inputted, display device 201 is accessed to Cloud Server 301 to obtain doctor's record, and is shown on display screen 206
Show；Doctor inputs patient information again by information acquisition unit 209, and display device 201 is accessed to Cloud Server 301, such as deposited
It then directly obtains in patient's record and is shown on display screen 206, such as there is no corresponding patients to record, then creates patient's record
And it is shown on display screen 206；Wrist is placed in support device 401 by patient upward, and doctor is obtained by flexible sensor 101
Take the pulse signal of patient；Pulse signal is transmitted to support device by flexible sensor 101 by third data transmission unit 404
401；Support device 401 believes pulse condition by Signal Pretreatment unit 204, signal correction unit 211 and signal analysis unit 205
Number carry out advanced treating, to obtain steady and audible pulse signal, and pulse signal is passed by the 4th data transmission unit 405
Transport to display device 201；Display device 201 receives the pulse condition that support device 401 is transmitted by first data transmission unit 207 and believes
Number；Display device 201 shows the arteries and veins figure for not correcting pulse signal and correcting pulse signal formation respectively on display screen 206；?
With temperature signal and pressure signal that unit 210 is carried according to pulse signal, matched signal, microcontroller are sent to microcontroller 203
203 access Cloud Server 301 by the second data transmission unit 208, are formed under the temperature signal and pressure signal with obtaining
Multiple standard pulse signals, and show on display screen 206 the arteries and veins figure that standard pulse signal is formed；Doctor is according to multiple arteries and veins figures
It compares and analyzes, you can obtain the corresponding state of an illness of patient as a result, quick diagnosis, Accurate Diagnosis.
Embodiment 7
The present embodiment is a kind of embodiment in kind of visualization arteries and veins map device of the present invention, as shown in figs. 7-9.
A kind of visualization arteries and veins map device, including fingerstall 501, computer 502 and arteries and veins pillow 503.
It is wirelessly connected as shown in fig. 7, fingerstall 501 can rest the head on 503 with arteries and veins, computer 502 is wirelessly connected with arteries and veins pillow 503, right
Answer embodiment 5~6；Or fingerstall 501 is directly wirelessly connected with computer 502, corresponding embodiment 3~4.
As shown in figure 8, fingerstall 501 and 502 wired connection of computer, corresponding embodiment 3~4.
As shown in figure 9, fingerstall 501 rests the head on 503 wired connections with arteries and veins, computer 502 is wirelessly connected with arteries and veins pillow 503, is corresponded to real
Apply example 5~6.
Specifically, when fingerstall 501 and computer 502 directly carry out wireless connection or wired connection, fingerstall 501 includes flexibility
The setting of 103 (not shown) of sensor 101, temperature sensor 102 and pressure sensor, wherein temperature sensor 102 is referring to
The outside of set 501, pressure sensor 103 is arranged in the inside of fingerstall 501, flexible sensor be arranged on the surface of fingerstall 501 or
The thickness of the interlayer of fingerstall 501, fingerstall 501 is 1mm.Display device 201 in 502 corresponding embodiment 3~4 of computer is specific
Details are not described herein for structure.
When fingerstall 501 and arteries and veins pillow 503 be wirelessly connected or when wired connection, fingerstall 501 include flexible sensor 101,
103 (not shown) of temperature sensor 102 and pressure sensor, wherein temperature sensor 102 are arranged in the outer of fingerstall 501
Side, pressure sensor 103 are arranged in the inside of fingerstall 501, and flexible sensor is arranged in the surface of fingerstall 501 or fingerstall 501
The thickness of interlayer, fingerstall 501 is 1mm.Display device 201 in 502 corresponding embodiment 5~6 of computer, concrete structure is herein not
It repeats again.Arteries and veins rests the head on the support device 401 in 503 corresponding embodiments 5~6, and details are not described herein for concrete structure.In addition, arteries and veins is rested the head on
502 have a recess, are constructed using flexible material in the recess.
The foregoing is merely preferred embodiments of the present invention, are not intended to limit embodiments of the present invention and protection model
It encloses, to those skilled in the art, should can appreciate that all with made by description of the invention and diagramatic content
Equivalent replacement and obviously change obtained scheme, should all be included within the scope of the present invention.
Claims (10)
1. a kind of visualization Traditional Chinese medicinal wrist drawing system, which is characterized in that including：
Signal acquisition module (1), the signal acquisition module (1) is for obtaining pulse signal；
Signal pre-processing module (2), the signal pre-processing module (2) connect with the signal acquisition module (1) signal, are used for
The pulse signal of the signal acquisition module (1) acquisition is obtained, and the pulse signal is pre-processed；
Signal analysis module (3), the signal analysis module (3) connect with the signal pre-processing module (2) signal, for obtaining
It learnt from else's experience the pretreated pulse signal of the signal pre-processing module (2), and the signal for extracting the pulse signal is special
Sign；
Visualization model (4), the visualization model (4) connect with signal analysis module (3) signal, pass through for obtaining
The signal analysis module (3) extracts the pulse signal after the signal characteristic, and shows what the pulse signal was formed
Arteries and veins figure.
2. visualization Traditional Chinese medicinal wrist drawing system according to claim 1, which is characterized in that further include：
Database module (5), the database module (5) respectively with the signal analysis module (3) and the visualization model
(4) signal connects, for obtaining and storing the pulse condition letter after the signal analysis module (3) extracts the signal characteristic
Number, and for storing standard pulse signal and the visualization model (4) being made to obtain the standard pulse signal.
3. visualization Traditional Chinese medicinal wrist drawing system according to claim 2, which is characterized in that further include：
Information acquisition module (6), described information acquisition module (6) are connect with the database module (5) signal, and described information is adopted
The personal information is transmitted to the database module (5) and stored by collection module (6) for obtaining personal information.
4. visualizing Traditional Chinese medicinal wrist drawing system according to claim 3, which is characterized in that further include：
Matching module (7), the matching module (7) respectively with the database module (5) and the visualization model (4) signal
Connection, the personal information for being stored according to the database module (5) obtain the institute of database module (5) storage
Pulse signal and the standard pulse signal are stated, and the pulse signal of acquisition and the standard pulse signal are transmitted to institute
Visualization model (4) is stated to be shown.
5. visualization Traditional Chinese medicinal wrist drawing system according to claim 1, which is characterized in that further include：
Temperature monitoring module (8), the temperature monitoring module (8) connect with the signal acquisition module (1) signal, the temperature
Monitoring modular (8) is for obtaining temperature signal；
Pressure monitoring module (9), the pressure monitoring module (9) connect with the signal acquisition module (1) signal, the pressure
Monitoring modular (9) is used to obtain the signal acquisition module (1) and obtains the pressure applied when the pulse signal.
6. visualization Traditional Chinese medicinal wrist drawing system according to claim 5, which is characterized in that further include：
Signal-corecting module (10), the signal-corecting module (10) respectively with the signal pre-processing module (2) and the letter
The connection of number analysis module (3) signal, the signal-corecting module (10) is for obtaining the signal pre-processing module (2) pretreatment
The rear pulse signal is simultaneously corrected the pulse signal according to built-in preset algorithm, and will be described in after correction
Pulse signal is transmitted to the signal analysis module (3) and carries out signal characteristic abstraction.
7. a kind of visualization Traditional Chinese medicinal wrist map device, which is characterized in that including：
Flexible sensor (101), the flexible sensor (101) is for obtaining pulse signal；
Display device (201), the display device (201) carry out wireless connection or wired company with the flexible sensor (101)
It connects, the display device (201) includes：
Power supply (202), for powering to the display device (201)；
Microcontroller (203), the microcontroller (203) electrically connect with the power supply (202), are used for transmission the flexible sensor
(101) pulse signal transmitted；
Signal Pretreatment unit (204), the Signal Pretreatment unit (204) electrically connect with the microcontroller (203), for pair
The pulse signal that the microcontroller (203) obtains is pre-processed；
Signal analysis unit (205), the signal analysis unit (205) electrically connect with the Signal Pretreatment unit (204), use
In to the pretreated pulse signal progress signal characteristic abstraction；
Display screen (206), the display screen (206) are electric with the microcontroller (203) and the signal analysis unit (205) respectively
Connection, the arteries and veins figure formed for showing the pulse signal after the signal characteristic abstraction.
8. visualization Traditional Chinese medicinal wrist map device according to claim 7, which is characterized in that further include：
Cloud Server (301), the Cloud Server (301) are wirelessly connected with the display device (201), the cloud service
Device (301) is used to obtain and store the display device (201) and carries out the pulse signal after signal characteristic abstraction, Yi Jiyong
In storage standard pulse signal.
9. visualization Traditional Chinese medicinal wrist map device according to claim 8, which is characterized in that the display device (201) is also wrapped
It includes：
Information acquisition unit (209), described information collecting unit (209) are electrically connected with the microcontroller (203), a for obtaining
People's information, and the personal information is transmitted to the Cloud Server (301) by the microcontroller (203) and is stored；
Matching unit (210), the matching unit (210) respectively with the microcontroller (203) and the display screen (206) Electricity Federation
It connects, the matching unit (210) is used to obtain the cloud service according to the personal information that the Cloud Server (301) stores
The pulse signal and the standard pulse signal of device (301) storage, and the pulse signal and the standard pulse condition are believed
Number being transmitted to the display screen (206) is shown；
Signal correction unit (211), the signal correction unit (211) respectively with the Signal Pretreatment unit (204) and institute
It states signal analysis unit (205) to electrically connect, locates the pretreated pulse signal of unit and root in advance for obtaining the signal
The pulse signal is corrected according to built-in preset algorithm, and the pulse signal after correction is transmitted to the letter
Number analytic unit (205) carries out signal characteristic abstraction.
10. visualization Traditional Chinese medicinal wrist map device according to claim 7, which is characterized in that further include：
Temperature sensor (102), the temperature sensor (102) electrically connect with the flexible sensor (101), and the temperature passes
Sensor (102) is for obtaining temperature information；
Pressure sensor (103), the pressure sensor (103) electrically connect with the flexible sensor (101), and the pressure passes
Sensor (103) is used to obtain the flexible sensor (101) and obtains the pressure applied when the pulse signal.
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