CN104083158A - Pulse diagnosis information processing system and patient side processing device thereof - Google Patents
Pulse diagnosis information processing system and patient side processing device thereof Download PDFInfo
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- CN104083158A CN104083158A CN201410321363.5A CN201410321363A CN104083158A CN 104083158 A CN104083158 A CN 104083158A CN 201410321363 A CN201410321363 A CN 201410321363A CN 104083158 A CN104083158 A CN 104083158A
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Abstract
The invention discloses a pulse diagnosis information processing system and a patient side processing device of the pulse diagnosis information processing system. The pulse diagnosis information processing system comprises a scene generation subsystem, a sound generation subsystem, a pulse condition detection subsystem, a signal transmission subsystem, a data processing subsystem and a pulse condition processing subsystem. The scene generation subsystem is used for obtaining image information of a pulse diagnosis scene and sending the image information to the signal transmission subsystem. The sound generation subsystem is used for obtaining audio information of the pulse diagnosis scene and sending the audio information to the signal transmission subsystem. The pulse condition detection subsystem is used for obtaining pulse condition information and sending the pulse condition information to the signal transmission subsystem. The signal transmission subsystem is used for sending the image information, the audio information, the pulse condition information and pulse condition processing information which are sent by the scene generation subsystem, the sound generation subsystem, the pulse condition detection subsystem and the pulse condition processing subsystem respectively to the data processing subsystem. The data processing subsystem can classify pulse conditions. The pulse condition processing subsystem is used for processing pulse condition signals on the basis of pulse condition classification. Thus, the telemedicine technology of the traditional Chinese medicine can be achieved and data processing of a patient side is achieved.
Description
Technical field
The present invention relates to field of information processing, refer to especially a kind of information of pulse examination processing system and patient end blood processor thereof.
Background technology
The diagnosis of the traditional Chinese medical science has himself feature, only needs to hope, hear, ask, cut during diagnosis, and the traditional Chinese medical science of feeling the pulse in these four diagnostic methods is often seen a doctor most important foundation when qualitative.Along with the development that information technology is advanced by leaps and bounds, traditional Chinese medical science information technology is also want in conjunction with data message extractive technique, effectively promotes that pulse wave spectrum is scientific and objectifies.Therefore, be badly in need of at present a kind of information of pulse examination processing system of design, make remote traditional Chinese medical medical treatment, virtual community hospital etc. become possibility.
Summary of the invention
In view of this, the object of the invention is to propose a kind of information of pulse examination processing system and patient end blood processor thereof, can realize the Tele medicine of the traditional Chinese medical science.
Provided by the invention based on above-mentioned purpose a kind of information of pulse examination processing system provided by the invention based on above-mentioned purpose, comprise that scene generates subsystem, sound generates subsystem, pulse condition detection subsystem, pulse condition processing subsystem, signal transmission subsystem and data process subsystem;
Wherein, described scene generates subsystem, is connected with described signal transmission subsystem, can absorb the image information of pulse-taking scene, and this image information is sent to described signal transmission subsystem;
Described sound generates subsystem, is connected with described signal transmission subsystem, can obtain the audio-frequency information of pulse-taking scene, and this audio-frequency information is sent to described signal transmission subsystem;
Described pulse condition detection subsystem, is connected with described signal transmission subsystem, can obtain pulse condition information, and this pulse condition information is sent to described signal transmission subsystem;
Described signal transmission subsystem, be connected with described data process subsystem, image, audio frequency, pulse condition, the pulse condition process information that described scene can be generated to subsystem, described sound generation subsystem, described pulse condition detection subsystem, the transmission of described pulse condition processing subsystem send described data process subsystem to;
Described data process subsystem can be classified to pulse condition;
Described pulse condition processing subsystem, is connected with described data process subsystem, realizes the processing to pulse signal on the basis of pulse condition classification.
Alternatively, described real-time control subsystem, be connected with described pulse condition detection subsystem, described signal transmission subsystem respectively, described real-time control subsystem is realized doctor and patient's feeling the pulse process real-time interactive.
Further, described real-time control subsystem produces the servo force of controlling pulse-taking detector, and the pulse power of pulse-taking emulator, and the finger position of long-range feeling the pulse and arteries and veins power can be reflected strictly according to the facts.
Further, described pulse condition detection subsystem comprises pulse-taking emulator and pulse-taking detector, carries out pulse condition induction and detection respectively by pulse-taking emulator and pulse-taking detector.
Further, described pulse condition processing subsystem is by the comprehensive and Local treatment in time domain, frequency domain and scale domain to pulse signal, obtain the time-frequency statistical nature of pulse condition, further apply that pulse condition classification is carried out in fuzzy diagnosis and fuzzy neural network technology carries out pulse condition identification optimization.
In addition, the present invention also provides a kind of patient end information of pulse examination blood processor, comprises transmission equipment, video equipment, audio frequency apparatus, pulse-taking emulator and patient end multimedia computer; Wherein, according to information of pulse examination processing system recited above, described transmission equipment is described signal transmission subsystem, described video equipment is that described scene generates subsystem, described audio frequency apparatus is that described sound generates subsystem, and described pulse-taking detector is described detection subsystem; In addition, described patient end multimedia computer comprises described real-time control subsystem, described pulse condition processing subsystem and described data process subsystem.
Alternatively, described video equipment comprises time-frequency card, display and photographic head.
Alternatively, described audio frequency apparatus comprises audio card, mike and audio amplifier.
Alternatively, the pulse-taking detector of described patient end comprises pulse condition detector, feeling the pulse servomechanism and AD/DA card; Wherein, described pulse condition detector is for surveying patient's arteries and veins power and referring to position; Described feeling the pulse servomechanism is the feeling the pulse process with real-time synchronization doctor by servo pulse condition detector.
Further, described pulse condition detector comprises multiple spot pulse image sensor, can detect the pulse condition waveform at three positions of cun, guan and chi, three places at the wrist where the pulse is usually taken simultaneously; Described pulse condition detector also comprises roller device of mouse, to measure patient's feeling the pulse when the pulse condition detector moving, refers to position.
As can be seen from above, information of pulse examination processing system provided by the invention and patient end blood processor thereof, generate subsystem by scene, the image information of picked-up pulse-taking scene; Sound generates subsystem, obtains the audio-frequency information of pulse-taking scene, and this audio-frequency information is sent to described signal transmission subsystem; Pulse condition detection subsystem, obtains pulse condition information and this pulse condition information is sent to signal transmission subsystem; Signal transmission subsystem, the image, audio frequency, pulse condition, the pulse condition process information that scene are generated to subsystem, sound generation subsystem, pulse condition detection subsystem, the transmission of pulse condition processing subsystem send data process subsystem to; Described data process subsystem can be classified to pulse condition; Described pulse condition processing subsystem, the processing to pulse signal on the basis of pulse condition classification.Thereby information of pulse examination processing system of the present invention and patient end blood processor thereof, in conjunction with data message extractive technique, effectively promote that pulse wave spectrum is scientific and objectify.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of information of pulse examination processing system of the embodiment of the present invention;
Fig. 2 is the structural representation of embodiment of the present invention patient end information of pulse examination blood processor.
The specific embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with specific embodiment, and with reference to accompanying drawing, the present invention is described in more detail.
Consult shown in Fig. 1, structural representation for a kind of information of pulse examination processing system of the embodiment of the present invention, described information of pulse examination processing system comprises that scene generates subsystem 101, sound generates subsystem 102, pulse condition detection subsystem 103, real-time control subsystem 104, pulse condition processing subsystem 105, signal transmission subsystem 106 and data process subsystem 107, has formed the long-range pulse-taking system of adjustable closed loop based on Tele medicine.Wherein:
Preferably, scene generates subsystem 101, is connected with signal transmission subsystem 106, can absorb the image information of pulse-taking scene, and this image information is sent to signal transmission subsystem 106.
In an embodiment of the present invention, scene generates the synthetic doctor of subsystem 101 and patient's pulse-taking scene environment.In virtual pulse-taking scene environment, doctor and patient's interaction reflected the pulse-taking scene environment virtual in real time, and doctor and patient can see mutually the other side's face and feeling the pulse situation strictly according to the facts.
Preferably, sound generates subsystem 102, is connected with signal transmission subsystem 106, can obtain the audio-frequency information of pulse-taking scene, and this audio-frequency information is sent to signal transmission subsystem 106.
In an embodiment, sound generates subsystem 102 and realizes doctor and patient's the state of an illness and inquire function.Doctor can inquire patient's state of an illness and medical history, and understands patient by patient's sound.
Preferably, pulse condition detection subsystem 103, is connected with signal transmission subsystem 106, can obtain pulse condition information, and this pulse condition information is sent to signal transmission subsystem 106.
Preferably, pulse condition detection subsystem 103 comprises pulse-taking emulator and pulse-taking detector two parts, and doctor and patient carry out pulse condition induction and detection by pulse-taking emulator and pulse-taking detector respectively.Doctor feels the pulse on pulse-taking emulator, position and strength when pulse-taking emulator can be responded to doctor and feels the pulse, the fluctuation pressure that doctor simultaneously also can disease induction people pulse.Patient can be surveyed own pulse pressure and be cut by pulse-taking detector and refer to position, and the real-time servosystem of pulse-taking detector is doctor's feeling the pulse process synchronously.
In addition, due to different patients' the diversity of cun, guan and chi, three places at the wrist where the pulse is usually taken position and the drift of the zero degree of pulse image sensor, so before using pulse-taking equipment need pulse-taking equipment to demarcate.In the searching for the pulse with fingers process of the demarcation of pulse-taking equipment before doctor's feeling the pulse, complete, pulse condition pressure signal and the feeling the pulse of the pulse condition detector feedback of the feeling the pulse induction apparatus that pulse condition control system is held by doctor and patient end refer to a signal, complete cun, guan and chi, three places at the wrist where the pulse is usually taken arteries and veins position and arteries and veins power consistency calibration and the mapping of the pulse condition detector of doctor's end-grain cutting arteries and veins induction apparatus and patient end.
Preferably, control subsystem 104, is connected with pulse condition detection subsystem 103, signal transmission subsystem 106 respectively in real time, and control subsystem 104 is realized doctor and patient's feeling the pulse process real-time interactive in real time.Preferably, in real time control subsystem 104 produces the servo force of controlling pulse-taking detectors, and the pulse power of pulse-taking emulator, make doctor in long-range feeling the pulse as on the spot in person, finger position and the arteries and veins power of feeling the pulse can be reflected strictly according to the facts.
Preferably, signal transmission subsystem 106, be connected with data process subsystem 107, image, audio frequency, pulse condition, control, the pulse condition process information that scene can be generated to subsystem 101, sound generation subsystem 102, pulse condition detection subsystem 103, control subsystem 104,105 transmissions of pulse condition processing subsystem in real time send data process subsystem 107 to.
As one embodiment of the present of invention, signal transmission subsystem 106 realizes the signal transmission of video data, voice data, control data, pulse profile data, pulse condition process information.By broadband network, signal can transmit under smaller network delay.
Preferably, data process subsystem 107 can be classified to the pulse signal receiving.Preferably, data process subsystem, on the basis that pulse condition is classified, is further analyzed measurement data.Meanwhile, can also carry out data mining to a large amount of medical record data of record, constantly carry out self-teaching and perfect.
Preferably, pulse condition processing subsystem 105, is connected with data process subsystem 107, and pulse condition processing subsystem 105 is realized the processing to pulse signal on the basis of pulse condition classification.By the comprehensive and Local treatment in time domain, frequency domain and scale domain to pulse signal, obtain the time-frequency statistical nature of pulse condition, further apply that pulse condition classification is carried out in fuzzy diagnosis and fuzzy neural network technology carries out pulse condition identification optimization.In an embodiment, pulse condition processing subsystem 105 can carry out noise reduction pretreatment, feature extraction and pulse condition identification to pulse signal.
Consulting shown in Fig. 2, is the structural representation of embodiment of the present invention patient end information of pulse examination blood processor.Described patient end information of pulse examination blood processor comprises transmission equipment, video equipment, audio frequency apparatus, pulse-taking emulator and patient end multimedia computer.Wherein, transmission equipment is signal transmission subsystem 106, and video equipment is that scene generates subsystem 101, and audio frequency apparatus is that sound generates subsystem 102, and pulse-taking detector is detection subsystem 103.In addition, patient end multimedia computer comprises real-time control subsystem 104, pulse condition processing subsystem 105 and data process subsystem 107.
Preferably, video equipment comprises time-frequency card, display and photographic head.Audio frequency apparatus comprises audio card, mike and audio amplifier.Transmission equipment comprises broadband high-speed network interface card.
Preferably, the pulse-taking detector of patient end comprises pulse condition detector, feeling the pulse servomechanism and AD/DA card.Wherein, pulse condition detector is for surveying patient's arteries and veins power and referring to position, and pulse condition detector comprises multiple spot pulse image sensor, can detect the pulse condition waveform at three positions of cun, guan and chi, three places at the wrist where the pulse is usually taken simultaneously, pulse condition detector also comprises roller device of mouse, to measure patient's feeling the pulse when the pulse condition detector moving, refers to position.Feeling the pulse servomechanism is the feeling the pulse process with real-time synchronization doctor by servo pulse condition detector.Feeling the pulse servomechanism is according to finger position and the application of force of doctor's feeling the pulse, by small-sized electric motor, drive pulse condition detector to move upward in X, Y, tri-sides of Z, thereby the feeling the pulse process of patient end and the feeling the pulse process of doctor's end are consistent, and patient obtains doctor's sensation on the spot in person.
Pulse condition detector converts pulse condition pressure and positional information to the corresponding signal of telecommunication, inputs to amplification channel, after signal amplification, filtering, A/D conversion, by feeding back to doctor after RS232 interface input computer, holds.Meanwhile, finger position and the application of force signal of doctor's doctor feeling the pulse are sent to after D/A transition card by RS232 interface, are sent to feeling the pulse servomechanism to simulate doctor's process of feeling the pulse after further conversion.
In simple situation, the doctor who does not realize pulse-taking detector in the pulse-taking detector servo function of feeling the pulse, though the feeling the pulse process of patient end can not complete automatically like this, but patient can be by the feel the pulse indication of mutual scene of observation, play the effect of similar feeling the pulse servomechanism, manual adjustment pulse condition detector detection pressure and detecting location, complete finger bit map and the application of force process of feeling the pulse.
According to described above, the present invention realizes a kind of information of pulse examination processing system and patient end blood processor thereof, has creatively proposed to generate subsystem, sound generation subsystem, pulse condition detection subsystem, pulse condition processing subsystem, signal transmission subsystem and data process subsystem by scene and has realized obtaining, transmit, processing of long-range pulse signal; The advantage of information of pulse examination processing system is can the essential attribute of objective system be carried out abstract and be recurred, and can make doctor and patient obtain as impression on the spot in person when remote traditional Chinese medical pulse-taking; Effectively promote that pulse wave spectrum is scientific and objectify; And, the realization of patient end long-distance TCM pulse diagnostic has been described especially; And, make remote traditional Chinese medical medical treatment, virtual community hospital etc. become possibility; Finally, whole described information of pulse examination processing system and patient end blood processor thereof are easy, compact, are easy to realize.
Those of ordinary skill in the field are to be understood that: the foregoing is only specific embodiments of the invention; be not limited to the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. an information of pulse examination processing system, is characterized in that, comprises that scene generates subsystem, sound generates subsystem, pulse condition detection subsystem, pulse condition processing subsystem, signal transmission subsystem and data process subsystem;
Wherein, described scene generates subsystem, is connected with described signal transmission subsystem, can absorb the image information of pulse-taking scene, and this image information is sent to described signal transmission subsystem;
Described sound generates subsystem, is connected with described signal transmission subsystem, can obtain the audio-frequency information of pulse-taking scene, and this audio-frequency information is sent to described signal transmission subsystem;
Described pulse condition detection subsystem, is connected with described signal transmission subsystem, can obtain pulse condition information, and this pulse condition information is sent to described signal transmission subsystem;
Described signal transmission subsystem, be connected with described data process subsystem, image, audio frequency, pulse condition, the pulse condition process information that described scene can be generated to subsystem, described sound generation subsystem, described pulse condition detection subsystem, the transmission of described pulse condition processing subsystem send described data process subsystem to;
Described data process subsystem can be classified to pulse condition;
Described pulse condition processing subsystem, is connected with described data process subsystem, realizes the processing to pulse signal on the basis of pulse condition classification.
2. system according to claim 1, is characterized in that, described real-time control subsystem, is connected with described pulse condition detection subsystem, described signal transmission subsystem respectively, and described real-time control subsystem is realized doctor and patient's feeling the pulse process real-time interactive.
3. system according to claim 2, is characterized in that, described real-time control subsystem produces the servo force of controlling pulse-taking detector, and the pulse power of pulse-taking emulator, and the finger position of long-range feeling the pulse and arteries and veins power can be reflected strictly according to the facts.
4. system according to claim 2, is characterized in that, described pulse condition detection subsystem comprises pulse-taking emulator and pulse-taking detector, carries out pulse condition induction and detection respectively by pulse-taking emulator and pulse-taking detector.
5. system according to claim 4, it is characterized in that, described pulse condition processing subsystem is by the comprehensive and Local treatment in time domain, frequency domain and scale domain to pulse signal, obtain the time-frequency statistical nature of pulse condition, further apply that pulse condition classification is carried out in fuzzy diagnosis and fuzzy neural network technology carries out pulse condition identification optimization.
6. a patient end information of pulse examination blood processor, is characterized in that, comprises transmission equipment, video equipment, audio frequency apparatus, pulse-taking emulator and patient end multimedia computer; Wherein, according to the information of pulse examination processing system described in any one in claim 2-5, described transmission equipment is described signal transmission subsystem, described video equipment is that described scene generates subsystem, described audio frequency apparatus is that described sound generates subsystem, and described pulse-taking detector is described detection subsystem; In addition, described patient end multimedia computer comprises described real-time control subsystem, described pulse condition processing subsystem and described data process subsystem.
7. device according to claim 6, is characterized in that, described video equipment comprises time-frequency card, display and photographic head.
8. device according to claim 6, is characterized in that, described audio frequency apparatus comprises audio card, mike and audio amplifier.
9. device according to claim 6, is characterized in that, the pulse-taking detector of described patient end comprises pulse condition detector, feeling the pulse servomechanism and AD/DA card; Wherein, described pulse condition detector is for surveying patient's arteries and veins power and referring to position; Described feeling the pulse servomechanism is the feeling the pulse process with real-time synchronization doctor by servo pulse condition detector.
10. device according to claim 9, is characterized in that, described pulse condition detector comprises multiple spot pulse image sensor, can detect the pulse condition waveform at three positions of cun, guan and chi, three places at the wrist where the pulse is usually taken simultaneously; Described pulse condition detector also comprises roller device of mouse, to measure patient's feeling the pulse when the pulse condition detector moving, refers to position.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104083156A (en) * | 2014-07-07 | 2014-10-08 | 北京印刷学院 | Pulse diagnosis information processing system and doctor side processing device thereof |
| CN104983406A (en) * | 2015-06-08 | 2015-10-21 | 上海浩芙尔健康管理咨询有限公司 | Traditional Chinese medicine pulse feeling system based on network |
| CN107049269A (en) * | 2017-03-06 | 2017-08-18 | 武汉嫦娥医学抗衰机器人股份有限公司 | A kind of Pulse Signals Treatment Analysis system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104083156A (en) * | 2014-07-07 | 2014-10-08 | 北京印刷学院 | Pulse diagnosis information processing system and doctor side processing device thereof |
| CN104983406A (en) * | 2015-06-08 | 2015-10-21 | 上海浩芙尔健康管理咨询有限公司 | Traditional Chinese medicine pulse feeling system based on network |
| CN107049269A (en) * | 2017-03-06 | 2017-08-18 | 武汉嫦娥医学抗衰机器人股份有限公司 | A kind of Pulse Signals Treatment Analysis system |
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Application publication date: 20141008 |