CN101779986A - Digital medical diagnosis integrated system - Google Patents
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- CN101779986A CN101779986A CN200910300207A CN200910300207A CN101779986A CN 101779986 A CN101779986 A CN 101779986A CN 200910300207 A CN200910300207 A CN 200910300207A CN 200910300207 A CN200910300207 A CN 200910300207A CN 101779986 A CN101779986 A CN 101779986A
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Abstract
The invention relates to a medical appliance, in particular a digital medical diagnosis integrated system formed by combining traditional diagnostic technology of traditional Chinese medicine and module information technology, which comprises a body health information digital test unit, a cardiovascular and cerebrovascular test unit (including electrocardiogram and electroencephalogram main machines, a blood pressure test main machine, a blood pressure test main machine, a blood sugar test main machine and a blood oxygen saturated concentration test main machine), an ultrasonic test unit, a roentgen-ray test unit, an ear-nose-throat image test unit, a system main machine and the like. The system is a set of medical diagnosis equipment which integrates vessel and viscera information tests, pulse tests, electrocardio- and electroencephalo-tests, blood pressure tests, blood sugar tests, blood oxygen concentration tests, B ultrasonic tests, X-ray image tests and ear-nose-throat image tests and can comprehensively analyze and evaluate the human physiological information obtained by the channels and finally make a diagnosis of the health condition of human bodies on the basis of an expert system.
Description
Technical field
The present invention relates to a kind of medical apparatus and instruments, is that traditional Chinese medical science tradition diagnostic techniques and modern information technologies merge the digital medical diagnosis integrated system that forms.
Background technology
In prior art, the various medical diagnostic equipments of current use carry out health detection to human body, and are comparatively general, as everyone knows X-ray machine, B ultrasonic machine, CT machine, electrocardiogram equipment or the like.At home in the computer medical diagnosis on disease product of the electronics Research Institute of some medical institutions and university, also have by checking the human ear acupoint bio-electrical information, carry out analysis-by-synthesis by expert system software, the equipment of commonly encountered diseases such as qualitative, quantitative Diagnosis digestion, breathing, urinary system, reproduction, cardiovascular, endocrine and nervous system.And the pertinent instruments in the report is single scm software, can't use the integrated comparison Database Systems of CPU, more can not increase and dilatation with case, this just influences the reliability and the accuracy of testing result to a certain extent, and all have the not comprehensive unsettled weakness of Information Monitoring, therefore relevant device in the past has significant disadvantages.Domestic single instrument generally faces the technology scarcity, the accuracy of detection instability, and single-set operation does not have the data statistics technology, does not have integrated comparison system etc.Obtain Human Physiology information and carry out multichannel, multi-parameter comprehensive and compare the database function analysis and finish diagnostic method thereby excite both at home and abroad, do not appear in the newspapers as yet human health status by light wave reflection and electricity.
Summary of the invention
The objective of the invention is provides a kind of diagnostic device that integrates multiple healthprobe technology, the better digital medical diagnosis integrated system of result of use at above-mentioned deficiency.
Technical solution of the present invention is: digital medical diagnosis integrated system comprises:
Whole body health information digitalization detecting unit, by light, signal of telecommunication rapier according to the holographic bare spot of human body shown in the collection of illustrative plates of holographic bare spot location simultaneously, survey luminous reflectance change information and electric current change information synchronously, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, with the physiologic information data that collect, amplify through operational amplifier, send D/A converter to generate digital signal, carry out the laggard line data storage of date processing by CPU, and through the bioelectric current change information of the holographic bare spot of human body, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, analysis relatively forms survey report with light wave change of reflection information disease database, human health status is carried out comprehensive examination to be passed judgment on, carrying out next unit by the direction of this unit prompting detects, comparing property monitoring checking finally forms native system human health status is carried out comprehensive qualitative assessment judgement.
The cardiovascular and cerebrovascular vessel detecting unit, detect and form by heart, brain electric information detection, the detection of oxygen content of blood information, the detection of blood sugar content information, blood pressure information, pass through probe detection, electrocardio ripple information, oxygen content of blood, blood vessel blood pressure information, pulse information, blood sugar content information aggregating are become one and compare, handle by CPU, finally deliver to system host by USB interface;
The ultrasound examination unit, the transducer of forming by a plurality of crystal, by different combination groupings, adopt scan mode to obtain the echo of a plurality of scanning lines on the inner a certain section of tissue in an orderly manner and be presented on the corresponding plane, the echo two dimensional image of promptly having formed a certain section of a width of cloth organization internal, carry out date processing by CPU, data storage is sent to the system host imaging with data by USB interface again and shows;
The roentgen radiation detecting unit, high tension generator provides voltage for X-ray tube filament and metallic target two ends, the X-ray tube cathode filament produces a large amount of electronics high-speed motion in vacuum tube, the bump metallic target, produce X ray thus, penetrate tissue density's different parts such as skeleton, muscle when X ray, will produce the image information of tissue, CPU obtains image information and handles, by communicating circuit at the system host display image.
Otorhinolaryngology image probe unit, the single chip microprocessor of control main board can see through RS232 voltage transitions module just can be directly and the application communication of PC, with PC control REDB CCD camera device, REDB CCD camera device obtains the relevant static images of disease, dynamic image and signal are sent to the PC computer, the obtaining of static images and dynamic image sees through chromatic image and obtains and stick into row and obtain, REDB CCD camera device places the electric auriscope rear end to arrive interior image conveniently to obtain, REDB CCD camera device places the electronasoscope rear end conveniently to obtain the nasal cavity image, and REDB CCD camera device what places the electric laryngeal lamp rear end conveniently to obtain image in the larynx.
Digital medical diagnosis integrated system is that a cover integrates that meridians internal organs information, pulse, electrocardio, blood pressure, blood glucose, blood oxygen concentration, B ultrasonic are surveyed, the X-ray image is surveyed, the otorhinolaryngology image is surveyed, and can assess the Human Physiology information that these multichannels obtain by analysis-by-synthesis, finally rely on specialist system the health status of human body to be made the quantification medical diagnostic equipment of diagnosis.After at first according to whole body health information digitalization detecting unit human health status being carried out comprehensive examination and passes judgment on when this diagnostic system using, the direction by this unit prompting is along the cardiovascular detecting unit; The ultrasound examination unit; Comparing property of roentgen radiation detecting unit monitoring checking finally forms native system human health status is carried out comprehensive qualitative assessment judgement.The present invention be directed to the instrument such as the ultrasound wave of current pathologic finding, X-rays etc. all have many blind spots that can't go deep into, by " holographic bare spot " theory of each doctor of section such as oncology, division of cardiology, hepatology, cranial nerve section, department of obstetrics and gynecology being collected the state of an illness analysis over two, 30 years and creating in conjunction with company, the internal organs of human body and the relation value of meridians acupoint and bare spot have been determined, use the computer computing, after passing through data base's rapid interpretive again, the properest at that time physiological situation of reflection tester." holographic bare spot " think that the physiologic information of all internal organs organs of human body can both be reflected in human body certain one to one on the fixing point " holographic bare spot ", and be in the round table-like space that exposes between human epidermal and corium, its information is stored or is flowed in the round platform periphery greater than in the solid space of 8mm less than 9mm, part position and Chinese medicine meridian opinion it " through luo-connecting point district " overlap, part overlaps with " echo area " in the holographic embryography, and it follows the walking along the street line and depends on the GB meridians.
Use: the integration index that 1, twelve regular channels functional status information data and reaction human body physical agility, metabolism, nerve, skeleton, immune functional state can be provided.The doctor makes comprehensive assessment in conjunction with clinical to human health status, and the tendentiousness or the potential problem that exist are made preliminary judgement.Principal disease is pointed out, especially keypoint control diseases such as cardiovascular and cerebrovascular disease, diabetes, osteoporosis, tumor are had early stage suggesting effect, so this system is suitable for the particularly health screening of mid-aged population of crowd, examination, to the early discovery of disease, early diagnosis, early treatment.2, the mental status, mental status, the vegetative nerve function state to human body provides quantized data more accurately.This particular performances has important references to be worth to the judgement of sub-health states such as ergasia, mental activity, the active assessment of vegetative nerve, fatigue syndrome.Be specially adapted to the multiple crowd's of psychosomatic disease detection, adjust, the prevention of psychology adjustment and subhealth state with the accurate instruction physical ability.3, can be used for the disease observation and the curative effect assessment of multiple disease.Twelve regular channels bio electricity flow valuve can be used as the quantitative basis of acupuncture meridian and reinforcing and reducing method selection, also for traditional Chinese medical science differential diagnosis in terms of eight principles provides thinking and possibility, plays the effect of actively promoting to improving tcm diagnosis and treatment level and traditional Chinese medical science modernization.To the mensuration of medical immunology, to the application of understanding human immunity state, the sick prompting of related immune, immunosuppressant and chemotherapeutics etc.Be mainly used in big-and-middle-sized hospitals at different levels, Army Hospital, health clinics in towns and townships at different levels, community medicines at different levels center; Sports trainings at different levels center, the health check-up of health health check-up department of machine-operated enterprises and institutions and prevent disease work etc., the application of project product is comparatively extensive.
Advantage of the present invention is: 1, the present invention carries out technological innovation in essence on the basis of having summed up domestic and international various medical diagnostic equipments, makes it have better precision and bigger universality.2, adopt advanced photoelectric induction device and Digital Electronic Technique that system front end is transformed, go deep into the algorithm and the research of control stream of computer peripheral equipment software, improve the corresponding relation of human biological electricity collection and disease health status.By host data base, in the whole system scope, realize multiple-unit, multi-channel information detection.But utilize the super graphical and operating function of computer, change the inflexible interface of detector in the past, make information processing more convenient, it is more accurate to judge.Therefore has the very strong market competitiveness.3, creating with traditional Chinese medicine meridian theory is multiple-unit, the multichannel integrated diagnostic system that architecture develops in conjunction with the holographic reflection theory of modern medicine.Realized the theoretical and organic grafting of doctor trained in Western medicine biological hologram reflection theory science of Chinese medicine meridian.With cardiovascular and cerebrovascular vessel detecting unit (electrocardio, brain wave patterns detection, the detection of blood pressure power, blood oxygen concentration detection, blood glucose value detection, pulse detection), the B ultrasound detecting unit, X line detecting unit is integrated in the detection platform system.Objective, standard, each big system physiologic information of detection by quantitative human body.Health status to human body is diagnosed.Therefore the problem that present medical diagnostic equipment can't be probed into such as simple B ultrasonic, X-ray, CT etc. during the present invention can solve as previously mentioned, and disposable testing cost and time shorten greatly, may avoid or reduce huge diagnostic, therapeutic expense expenditure (existing sub-health population of China and old people produce because of the disease that can't accurately and timely prevent self in advance), also can popularize the full section examination ability that in the past can only in large hospital, just can carry out simultaneously.Because these functions can substitute the conventional physical item inspection of existing hospital, the relative external product of market sale price is low, so industrialization of the present invention will reduce common people's the expense of seeking medical advice in a big way, its popularization will inevitably improve each general hospital at county level, the hospital of traditional Chinese hospital, township hospital and community hospital and outlying mountain area hospital treatment level, meets " minor illness is advanced community's serious disease guiding theory in hospital " that country advocates.Mobile motility of the present invention simultaneously and height integration can go up the battlefield treatment ability that improves medical institutions of army largely.4, can substitute in some aspects existing medical treatment detection device and overcome existing device monistic shortcoming, help digitized, standardization, internationalization, the modernization of the diagnostic equipment of theory of Chinese medical science, for the quantification that improves determination of treatment based on pathogenesis obtained through differentiation of symptoms and signs level, the diagnosis and treatment of promotion tcm clinical practice, having important function, also is important step in the traditional Chinese medical science modernization.
Below in conjunction with accompanying drawing embodiments of the present invention are described in further detail.
Description of drawings
Fig. 1 is the digital medical diagnosis integrated system block diagram;
Fig. 2 is a whole body health information digitalization detecting unit block diagram;
Fig. 3 is a whole body health information digitalization detecting unit operation principle block diagram;
Fig. 4 is that the heart brain electric information detects block diagram;
Fig. 5 is that oxygen content of blood information detects block diagram;
Fig. 6 is that blood sugar content information detects block diagram;
Fig. 7 is that blood pressure information detects block diagram;
Fig. 8 is a ultrasound examination unit block diagram;
Fig. 9 is a roentgen radiation detecting unit block diagram;
Figure 10 is an otorhinolaryngology probe unit block diagram;
Figure 11 is that holographic bare spot is distributed in the figure of human body palm of the hand portion;
Figure 12 is that holographic bare spot is distributed in the figure of human body the back of the hand portion;
Figure 13 is that holographic bare spot is distributed in the inboard figure of human foot;
Figure 14 is that holographic bare spot is distributed in human foot outside figure;
Figure 15 is that holographic bare spot is distributed in human body shirtfront back figure;
Figure 16 is construction profile figure of the present invention.
The specific embodiment
Referring to Fig. 1,16, digital medical diagnosis integrated system comprises integrated comprehensive digital medical diagnosis integrated equipments such as whole body health information digitalization detecting unit (digital test machine main frame, probe), cardiovascular and cerebrovascular vessel detecting unit (containing electrocardiogram main frame, blood pressure detection main frame, blood sugar test main frame, blood oxygen saturation detection main frame), ultrasound examination unit (ultrasound wave matrix transducer, B ultrasonic detect main frame), roentgen radiation detecting unit (X-ray check main frame), otorhinolaryngology image probe unit and system host.Each component names is as follows on the complete machine body: display 1, whole body health information digitalization detecting unit probe 2, blood pressure detect main frame probe 3, blood oxygen saturation and detect main frame probe 4, blood sugar test main frame probe 5, the heart, electroencephalogram lead detecting head 6, ultrasound examination unit controls district 7, roentgen radiation detecting unit control zone 8, auditory meatus mirror probe 9, conchoscope probe 10, cavum laryngis mirror probe 11.
Referring to Fig. 2,3, whole body health information digitalization detecting unit, by light, signal of telecommunication rapier according to the holographic bare spot of human body (seeing Figure 11-15) shown in the collection of illustrative plates of holographic bare spot location simultaneously, survey luminous reflectance change information and electric current change information synchronously, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, with the physiologic information data that collect, amplify through operational amplifier, send D/A converter to generate digital signal, carry out the laggard line data storage of date processing by CPU, and through the bioelectric current change information of the holographic bare spot of human body, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, analysis relatively forms survey report with light wave change of reflection information disease database, human health status is carried out comprehensive examination to be passed judgment on, carrying out next unit by the direction of this unit prompting detects, comparing property monitoring checking finally forms native system human health status is carried out comprehensive qualitative assessment judgement.Create holographic bare spot location collection of illustrative plates and can truly reflect the path of this organic whole apoplex involving the channels and collaterals of human body the human qi and blood running.The unobstructed of meridians is the basis of keeping the human body normal physiological activity, and biological hologram embryo echo area is the terminal display of human organ.Survey, gather the health status that physiologic information just can be judged human body according to holographic bare spot of human body shown in the collection of illustrative plates of holographic bare spot location or human acupoint figure.
Referring to Fig. 4, it is that the exciting signal of heart or brain is by the end input of leading that the heart in the cardiovascular and cerebrovascular vessel detecting unit, electroencephalogram information detect, behind the pre-amplifier on floating ground, intermediate amplifier, carry out analog/digital conversion, obtain digitized ECG signal, signal by the CPU digital filtering after, be sent to the gate array control circuit, trace out the heart, electroencephalogram by hot line battle array printhead.
Referring to Fig. 5, blood oxygen saturation and pulse wave detect by photoelectric sensor I and photoelectric sensor II and place on patient's finger tip in the cardiovascular detecting unit, photoelectric sensor I and II send the infrared light of 660nm and 940nm respectively, two pick offs alternately shine the test section, the light quantity that is absorbed during these pulsation is relevant with the oxygen content in the blood, the saturation value table compares in two kinds of spectrographic ratios and the memorizer thereby CPU calculates. and draw blood oxygen saturation, final result is delivered to system host by USB interface.
Referring to Fig. 6, the detection of blood sugar content information is wrist or the ear-lobe that photoelectric sensor III and photoelectric sensor IV place the patient in the cardiovascular detecting unit, photoelectric sensor III and IV send the infrared light of 660nm and 940nm respectively, two pick offs alternately shine the test section, it is relevant that hemoglobin during these pulsation in the light quantity that absorbed and the blood and oxygen content and blood contain glucose amount, CPU calculates in two kinds of spectrographic ratios and the memorizer blood and contains sugared saturation value table and compare, thereby draw blood glucose numerical value, final result is delivered to system host by USB interface.
Referring to Fig. 7, blood pressure information detects at first and sends the booster air pump instruction by CPU in the cardiovascular detecting unit, pressure transducer begins to gather pressure signal, behind pressure signal sack maximum, close air pump, exitted by electrically operated valve this moment, when sensor during to vascular vibration for the first time, memorizer is preserved force value, when pressure transducer detects less than vascular vibration, feram memory is preserved this force value, and these two force value are respectively that systolic pressure and expansion are pressed, and send system host to show by the USB serial port.
Referring to Fig. 8, the ultrasound examination unit, the transducer of forming by a plurality of crystal, by different combination groupings, adopt scan mode to obtain the echo of a plurality of scanning lines on the inner a certain section of tissue in an orderly manner and be presented on the corresponding plane, promptly formed the echo two dimensional image of a certain section of a width of cloth organization internal, carry out date processing by CPU, data storage is sent to the system host imaging with data by USB interface again and shows;
Referring to Fig. 9, the roentgen radiation detecting unit, high tension generator provides voltage for X-ray tube filament and metallic target two ends, the X-ray tube cathode filament produces a large amount of electronics high-speed motion in vacuum tube, and the bump metallic target produces X ray thus, penetrate tissue density's different parts such as skeleton, muscle when X ray, to produce the image information of tissue, CPU obtains image information and handles, by communicating circuit at the system host display image.
Referring to Figure 10, otorhinolaryngology image probe unit (auditory meatus mirror, conchoscope, cavum laryngis mirror), the RX/TX foot position of the single chip microprocessor of unit controls mainboard can see through RS232 voltage transitions module (as MAX232IC) just can be directly and the application communication of PC, reaches the purpose of controlling REDB CCD camera device with PC; In addition, REDB CCD camera device also must obtain the relevant static images of disease, dynamic image and signal are sent to the PC computer. static images and dynamic image obtain through chromatic image obtain stick into the row obtain, its resolution is 704Pixel*480Pixel.The CCD camera device places the electric auriscope rear end to arrive interior image conveniently to obtain; The CCD camera device places the electronasoscope rear end conveniently to obtain the nasal cavity image; CCD camera device what places the electric laryngeal lamp rear end conveniently to obtain image in the larynx.
Referring to Figure 11, the lung meridian bare spot is arranged in 12 peripheral 1mm places, collaterals of human lung meridian " Taiyuan " acupuncture point.The pericardium channel bare spot is arranged in 13 peripheral 1mm places, collaterals of human pericardium meridian " daling " acupuncture point.Heart channel bare spot is arranged in 14 peripheral 1mm places, collaterals of human heart channel of Hand-Shaoyin " Shenmen " acupuncture point.
Referring to Figure 12, the small intestine meridian bare spot is arranged in 15 peripheral 1mm places, collaterals of human small intestine meridian " carpal bone " acupuncture point.The tri-jiao channel bare spot is arranged in 16 peripheral 1mm places, collaterals of human triple energizer meridian " Yang Chi " acupuncture point.The large intestine channel bare spot is arranged in 17 peripheral 1mm places, the collaterals of human large intesting channel of Hand-Yangming " positive Rushing-water " acupuncture point.
Referring to Figure 13, the spleen channel bare spot is arranged in 18 peripheral 1mm places, collaterals of human spleen meridian " too white " acupuncture point.The Liver Channel bare spot is arranged in the collaterals of human liver channel of foot-Jueyin and " dashes very much " 19 peripheral 1mm places, acupuncture point.The kidney channel bare spot is arranged in 20 peripheral 1mm places, collaterals of human kidney meridian " too Rushing-water " acupuncture point.
Referring to Figure 14, the urinary bladder channel bare spot is arranged in 21 peripheral 1mm places, collaterals of human bladder meridian " Jinggu " acupuncture point.The gallbladder meridian bare spot is arranged in 22 peripheral 1mm places, collaterals of human the Gallbladder Channel of Foot-Shaoyang " Qiuxu " acupuncture point.Stomach is arranged in 23 peripheral 1mm places, the collaterals of human stomach channel of foot-Yang-ming " chongyang " acupuncture point through bare spot.
Referring to Figure 15, the big vertebra bare spot overlaps with " big vertebra " acupuncture point 24 in the collaterals of human.The Shangwan bare spot overlaps with " Shangwan " acupuncture point 25 in the collaterals of human.The dai channel bare spot overlaps with " dai channel " acupuncture point 26 in the collaterals of human.
Whole body health information digitalization detecting unit of the present invention proposes biological information of human body and is mainly derived from shown in the above-mentioned holographic bare spot, and carries out information retrieval in proper order according to this, also can directly carry out information retrieval by the position, acupuncture point of traditional Chinese medical science GB regulation simultaneously.
Claims (9)
1. digital medical diagnosis integrated system is characterized in that comprising:
Whole body health information digitalization detecting unit, by light, signal of telecommunication rapier according to the holographic bare spot of human body shown in the collection of illustrative plates of holographic bare spot location simultaneously, survey luminous reflectance change information and electric current change information synchronously, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, with the physiologic information data that collect, amplify through operational amplifier, send D/A converter to generate digital signal, carry out the laggard line data storage of date processing by CPU, and through the bioelectric current change information of the holographic bare spot of human body, change in voltage information, resistance variations information, capacitance variations information, electric field change information, temperature information, changes of magnetic field information, analysis relatively forms survey report with light wave change of reflection information disease database, human health status is carried out comprehensive examination to be passed judgment on, carrying out next unit by the direction of this unit prompting detects, comparing property monitoring checking finally forms native system human health status is carried out comprehensive qualitative assessment judgement.
2. according to the described digital medical diagnosis integrated system of claim 1, it is characterized in that comprising the cardiovascular and cerebrovascular vessel detecting unit, detect and form by heart, brain electric information detection, the detection of oxygen content of blood information, the detection of blood sugar content information, blood pressure information, pass through probe detection, electrocardio ripple information, blood vessel blood pressure information, pulse information, oxygen content of blood information, blood sugar content information aggregating are become one and compare, handle by CPU, finally deliver to system host by USB interface.
3. according to the described digital medical diagnosis integrated system of claim 1, it is characterized in that comprising the ultrasound examination unit, the transducer of forming by a plurality of crystal, by different combination groupings, adopt scan mode to obtain the echo of a plurality of scanning lines on the inner a certain section of tissue in an orderly manner and be presented on the corresponding plane, the echo two dimensional image of promptly having formed a certain section of a width of cloth organization internal, carry out date processing by CPU, data storage is sent to the system host imaging with data by USB interface again and shows.
4. according to the described digital medical diagnosis integrated system of claim 1, it is characterized in that comprising the roentgen radiation detecting unit, high tension generator provides voltage for X-ray tube filament and metallic target two ends, the X-ray tube cathode filament produces a large amount of electronics high-speed motion in vacuum tube, the bump metallic target, produce X ray thus, penetrate tissue density's different parts such as skeleton, muscle when X ray, the image information of tissue will be produced, CPU obtains image information and handles, by communicating circuit at the system host display image.
5. according to the described digital medical diagnosis integrated system of claim 1, it is characterized in that comprising otorhinolaryngology image probe unit, the single chip microprocessor of control main board can see through RS232 voltage transitions module just can be directly and the application communication of PC, with PC control REDB CCD camera device, REDB CCD camera device obtains the relevant static images of disease, dynamic image and signal are sent to the PC computer, the obtaining of static images and dynamic image sees through chromatic image and obtains and stick into row and obtain, REDB CCD camera device places the electric auriscope rear end to arrive interior image conveniently to obtain, REDB CCD camera device places the electronasoscope rear end conveniently to obtain the nasal cavity image, and REDB CCD camera device what places the electric laryngeal lamp rear end conveniently to obtain image in the larynx.
6. according to the described digital medical diagnosis integrated system of claim 2, it is characterized in that the detection of blood pressure information is at first sent the booster air pump instruction by CPU in the cardiovascular detecting unit, pressure transducer begins to gather pressure signal, behind pressure signal sack maximum, close air pump, exitted by electrically operated valve this moment, when sensor during to vascular vibration for the first time, memorizer is preserved force value, when pressure transducer detects less than vascular vibration, feram memory is preserved this force value, and these two force value are respectively that systolic pressure and expansion are pressed, and send system host to show by the USB serial port.
7. according to the described digital medical diagnosis integrated system of claim 2, it is characterized in that blood oxygen saturation and pulse wave detect by photoelectric sensor I and photoelectric sensor II in the cardiovascular detecting unit places on patient's finger tip, photoelectric sensor I and II are sent infrared light respectively, two pick offs alternately shine the test section, the light quantity that is absorbed during these pulsation is relevant with the oxygen content in the blood, the saturation value table compares in two kinds of spectrographic ratios and the memorizer thereby CPU calculates. and draw blood oxygen saturation, final result is delivered to system host by USB interface.
8. according to the described digital medical diagnosis integrated system of claim 2, it is characterized in that it is that the exciting signal of heart or brain is by the end input of leading that cardiovascular and cerebrovascular vessel detecting unit cardiac brain electric information detects, behind the pre-amplifier on floating ground, intermediate amplifier, carry out analog/digital conversion, obtain digitized ECG signal, this signal by the CPU digital filtering after, be sent to the gate array control circuit, trace out the heart, electroencephalogram by hot line battle array printhead.
9. according to the described digital medical diagnosis integrated system of claim 2, it is characterized in that the detection of blood sugar content information is wrist or the ear-lobe that photoelectric sensor III and photoelectric sensor IV are placed the patient in the cardiovascular detecting unit, photoelectric sensor III and IV are sent infrared light respectively, two pick offs alternately shine the test section, CPU calculates in two kinds of spectrographic ratios and the memorizer blood and contains sugared saturation value table and compare, thereby draw blood glucose numerical value, final result is delivered to system host by USB interface.
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