CN101019763A - Network-based remote Chinese medicine diagnosis method - Google Patents
Network-based remote Chinese medicine diagnosis method Download PDFInfo
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- CN101019763A CN101019763A CN 200610041801 CN200610041801A CN101019763A CN 101019763 A CN101019763 A CN 101019763A CN 200610041801 CN200610041801 CN 200610041801 CN 200610041801 A CN200610041801 A CN 200610041801A CN 101019763 A CN101019763 A CN 101019763A
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Abstract
The present invention belongs to the field of Chinese medicine diagnosis system, and is especially one kind of network-base remote Chinese medicine diagnosis method. The method includes extracting the pulse condition information of Cun, Guan and Chi in human body with the pulse condition detecting device and through the pressure sensor unit, inputting the code corresponding to the confirmed pulse condition restoring device and the acquired personal information through the input unit, sending the acquired personal information and the acquired pulse condition information to the confirmed pulse condition restoring device; receiving the pulse condition information and the personal information with the pulse condition restoring device to the memory unit; displaying the personal information in the display unit; and restoring the pulse condition information with the pulse condition restoring unit.
Description
Affiliated technical field: medical medical diagnosis system in the invention belongs to, particularly a kind of based on network traditional Chinese medical science remote diagnosis method.
Background technology: in the patent of having applied for, submitted the patent of " a kind of recovery device of arteries and veins picture and method " to, it comprises: pulse condition detection device, be used to extract the arteries and veins image signal of human body, and convert the arteries and veins image signal of human body to the signal of telecommunication and carry out pulse condition and recover and the pulse condition recovery device so that offer the pulse condition recovery device, be used to receive the signal of telecommunication of the arteries and veins image signal of above-mentioned human body, carry out pulse condition and recover.In fact, the traditional Chinese medical science is to comprise prestige, hear, ask, cut when diagnosing the illness, and most significant steps and means are pulse-takings in the four diagnostic methods, and " hope, hear, ask " diagnosis is replenishing pulse-taking.
Summary of the invention: the purpose of this invention is to provide a kind of based on network traditional Chinese medical science remote diagnosis method, so that " hope, ask, cut " in " hope, hear, ask, cut " diagnosis realizes the remote diagnosis or the consultation of doctors.
The object of the present invention is achieved like this, a kind of based on network traditional Chinese medical science remote diagnosis method, it is characterized in that: it comprises: pulse condition detection device by pressure sensitive unit extract respectively the human body cun,guan,chi floating, in, the deep pulse image information, by the pulse condition recovery device corresponding codes of input block input through confirming, the personal information of the pulse condition information object that input is gathered sends to pulse condition recovery device through confirming with the pulse condition information of the personal information of the pulse condition information object gathered and collection by network;
Be used for receiving result according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection by network;
Be used for result by outut device output diagnosis;
The pulse condition recovery device receives memory cell by network with the pulse condition information of detection and the personal information of pulse condition information object at least;
Be used for showing personal information by display unit;
Be used for recovering above-mentioned pulse signal by the pulse condition recovery unit;
Be used for by input block input object information according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection;
Be used for the result of above-mentioned diagnosis being turned back to an address of above-mentioned pulse condition detection device correspondence by network;
Network data base is used to receive the personal information of the above-mentioned pulse condition information object of storage and the pulse condition information of collection;
Be used to receive the object information of storage according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection; Be used to store the therapeutic outcome information of above-mentioned diagnostic result.
Described pulse condition detection device detect pulse condition can by 1 pressure sensitive unit extract respectively the human body cun,guan,chi floating, in, the deep pulse image information, and with the human body cun,guan,chi floating, in, the deep pulse image information stores respectively by the form of setting; Extract respectively in the human body cun,guan,chi floating, in, the deep pulse image information be by button and information finish in the CUN-pulse position floating, in, deep pulse image information classification storage, to in the GUAN-pulse position floating, in, deep pulse image information classification storage, in the chi pulse position floating, in, deep pulse image information classification storage.
The process that described pulse condition recovery device recovers pulse condition be according in the cun,guan,chi that receives floating, in, the deep pulse image information according to key select respectively by a vibrating device recover in the described cun,guan,chi floating, in, the deep pulse picture signals.
The process that described pulse condition recovery device recovers pulse condition be according in the cun,guan,chi that receives floating, in, the deep pulse image information by three vibrating devices of representing cun,guan,chi arteries and veins position respectively recover in separately the cun,guan,chi floating, in, the deep pulse picture signals.
Description of drawings: the invention will be further described below in conjunction with the embodiment accompanying drawing.
Fig. 1 has provided a kind of example that the strange land pulse condition detects and recovers of finishing Network Based;
Fig. 2 has provided a kind of example structure based on mobile radio communication;
Fig. 3 is a kind of detection cell circuit schematic diagram of pulse condition information;
Fig. 4 is the recovery unit circuit theory diagrams of pulse signal;
Fig. 5 is the hardware circuit principle figure of a kind of pulse condition detection device of network using mobile radio communication;
Fig. 6 is the hardware circuit principle figure of a kind of pulse condition recovery device of network using mobile radio communication.
Among the figure, 1, pulse condition detection device; 2, pulse condition recovery device; 3, network; 4, network data base; 5, the detecting unit of pulse condition information; 6, the recovery unit of pulse signal; 7, modem; 8, computer; 101, display; 102, keyboard; 501, vibrating sensor; 502, A/D change-over circuit, 503, processor; 504, interface circuit; 601, vibrating mechanism; 602, D/A change-over circuit; 603, processor; 604, interface circuit.
The specific embodiment: shown in Figure 1ly provided a kind of embodiment that the strange land pulse condition detects and recovers that finishes Network Based, pulse condition detection device 1 comprises that the detecting unit 5 of pulse condition information and a computer 8 constitute, and pulse condition recovery device 2 is made of the recovery unit 6 of a computer 8 and pulse signal.Pulse condition detection device 1 and pulse condition recovery device 2 by in modem 7 access networks 3, are connected with network data base 4 by network 3 separately.
Detecting unit 5 involving vibrations pick offs 501, A/D change-over circuit 502, processor 503, the interface circuit 504 of pulse condition information as shown in Figure 3, wherein vibrating sensor 501 extract in the human body cun,guan,chis floating, in, the deep pulse picture signals; Convert digital quantity to by A/D change-over circuit 502, processor 503 is delivered to computer 8 by certain data format by interface circuit 504 with digital information, is stored in the memory cell by computer 8.Meanwhile, also need to finish together the personal information of above-mentioned pulse condition information object is carried out typing by display 101, keyboard 102.Personal information comprises that name, age, sex, relevant pathological information are input in the computer 8; Select by display 101, keyboard 102 again or the number information of input pulse condition recovery device 2 correspondences (number information can be to be stored in the reservoir, only through selecting), the in fact corresponding doctor of the number information of the correspondence of pulse condition recovery device 2 or be the IP address of doctor's definition, the number information of selecting the correspondence of pulse condition recovery device 2 is to represent further to diagnose for patient by pairing doctor is long-range.When in a patient's the cun,guan,chi floating, in, after the doctor of deep pulse picture signals, personal information and selection determines, this three partial information just can send to the strange land doctor of selection by network 3, by the strange land doctor according in above-mentioned patient's personal information and patient's the cun,guan,chi floating, in, the deep pulse image information diagnoses to patient.
The strange land doctor according in above-mentioned patient's personal information and patient's the cun,guan,chi floating, in, the deep pulse image information diagnoses to patient, need pulse condition recovery device 2 with in above-mentioned patient's the cun,guan,chi floating, in, the deep pulse image information recovers, this just need with floating in above-mentioned patient's the cun,guan,chi, in, the deep pulse image information true and reliable be sent to pulse condition recovery device 2.
As shown in Figure 4, recovery unit 6 involving vibrations mechanisms 601, D/A change-over circuit 602, processor 603, the interface circuit 604 of pulse signal.In the patient's who above-mentioned pulse condition detection device 1 is sent by interface circuit 604 by processor 603 the cun,guan,chi floating, in, heavy digital information stores, convert analogue signal by processor 603 to by D/A change-over circuit 602 again, the analog passband signal overdrive circuit drives vibrating mechanism 601.At this moment vibrating mechanism 601 can with in patient's the cun,guan,chi floating, in, heavy signal reverts to vibratory output, it vibrates consistent with pulse condition as the thing patient.The doctor can by operation display 202, keyboard 202 carry out associative operation by vibrating mechanism 601 provide in the cun,guan,chi floating, in, heavy vibration signal, with feel feel vibrating mechanism 601 outputs patient cun, two close, in the chi floating, in, heavy signal, it with feel the pulse to patient the same.Show patient's personal information such as name, age, sex, relevant pathology etc. on the display 201 simultaneously.The doctor according in the patient's who perceives the cun,guan,chi floating, in, heavy information and can provide patient's diagnostic result in conjunction with relevant pathology.Diagnostic result can be that display 201, the keyboard 202 by computer 8 is input to computer 8 internal memories together equally, is turned back to the IP address of above-mentioned pulse condition detection device 1 correspondence by network 3 by computer.Turn back to the IP address of above-mentioned pulse condition detection device 1 or pulse condition detection device correspondence when above-mentioned diagnostic result after.This diagnostic result is exportable to patient or local doctor, for it provides corresponding service.
In fact, medical diagnosis on disease is carried out in the four diagnostic methods to the traditional Chinese medical science by " hope, hear, ask, cut " when diagnosing the illness, and important step in the four diagnostic methods and means are pulse-takings.By the pulse condition reflection various physiology of human body and the pathological condition of pulse-taking (cutting) gained, be an important window of observing changes of function in the body, to the identification disease, judge the state of an illness, differentiate pathogenesis and infer prognosis, all have great importance.And in the diagnostic procedure of traditional Chinese medical science strange land, the inspection of the tongue image with tcm diagnosis meaning is can be by using high-quality video camera and guaranteeing that stable light obtains.Inspection of the tongue dynamic image and rest image are sent to the IP address of strange land diagnostician, carry out comprehensive diagnostic by the strange land traditional Chinese medical science.
The inspection of the tongue dynamic image is the personal information processing that can be used as patient because it only need with eye fine see just passable.
Because the present invention finishes the mutual of information by network 3, therefore no matter be in patient's the cun,guan,chi floating, in, the deep pulse picture signals, patient's the personal information and the doctor of selection, the doctor according in above-mentioned patient's personal information and patient's the cun,guan,chi floating, in, the deep pulse image information all can be stored in network data base 4 to the result of patient's diagnosis.So that retrieve, inquire about, analyze, add up afterwards.For automatization's tcm diagnosis accumulation can be for the data of analyzing.
Certainly, for each patient, whether diagnostic result is correct, and whether medication is proper, and these relevant informations also can be input in the files of network data base 4 correspondences by computer 8, as a complete tcm diagnosis data.
Fig. 2 has provided a kind of example structure based on mobile radio communication.
As shown in Figure 2, pulse condition detection device 1 can be a wireless type pulse condition detection device 1, pulse condition recovery device 2 can be a wireless type pulse condition recovery device 2, wireless type pulse condition detection device 1 and wireless type pulse condition recovery device 2 by in the wireless mode access network 3, are connected with network data base 4 by network 3 separately.
As shown in Figure 5, wireless type pulse condition detection device 1 comprises detecting unit 1, vibrating sensor 501, A/D change-over circuit 502, processor 503, storage circuit 505, wireless communication unit 506, display 101, the keyboard 102 of pulse condition information.Equally, vibrating sensor 501 extract in the human body cun,guan,chis floating, in, the deep pulse picture signals; Convert digital quantity to by A/D change-over circuit 502, processor 503 is stored in digital information in the storage circuit 505 by certain data format; Again by display 101, (number information can be to be stored in the reservoir to the number information of keyboard 102 selections or input pulse condition recovery device 2 correspondences, only through selecting), by display 101, keyboard 102 is finished together the personal information of above-mentioned pulse condition information object is carried out typing, when patient cun, close, floating in the chi, in, the deep pulse picture signals, after the doctor of personal information and selection determines, this three partial information just can send to mobile communications network 3 by wireless communication unit 506, send to the strange land doctor of selection by mobile communications network 3, by the strange land doctor according to above-mentioned patient's personal information and patient cun, close, floating in the chi, in, the deep pulse image information is diagnosed to patient.
As shown in Figure 6, pulse condition recovery device 2 involving vibrations mechanisms 601, D/A change-over circuit 602, processor 603, keyboard 201, display 202, storage circuit 605, radio communication circuit 606 constitutes, the strange land doctor by radio communication circuit 606 receive the above-mentioned patient's that mobile communications networks pass for 3 times personal information and patient cun, close, floating in the chi, in, the deep pulse image information is to the storage circuit 605 of pulse condition recovery device 2, convert it to analog quantity by D/A change-over circuit 602 by processor 603 controls, drive vibrating mechanism 601 by drive circuit and form the vibration output identical with original pulse condition.Make in patient's the cun,guan,chi floating, in, heavy signal recovers, the doctor can by operation keyboard 201, display 202 finish in the cun,guan,chi that associative operation need to select floating, in, heavy signal recovers.The doctor with feel feel in patient's the cun,guan,chi of vibrating mechanism 601 outputs floating, in, heavy signal.Show patient's personal information such as name, age, sex, relevant pathology etc. on the display 202 simultaneously, simultaneously with in patient's the cun,guan,chi floating, in, heavy signal shows.The doctor according in the patient's who perceives the cun,guan,chi floating, in, heavy information and can provide patient's diagnostic result in conjunction with relevant pathology, diagnostic result is to be input to storage circuit 605 together by operation display 202, keyboard 201 equally, turns back to above-mentioned pulse condition detection device 1 by radio communication circuit 606 by mobile communications network 3.
In fact owing to the difference of network 3, related pulse condition recovery device 2 is also different with the hardware configuration of pulse condition detection device 1.As long as pulse condition recovery device 2 is connected with pulse condition detection device 1 realization information, make in the patient's that pulse condition detection device 1 detects the cun,guan,chi floating, in, heavy signal is sent to pulse condition recovery device 2, and pulse condition recovery device 2 can turn back to pulse condition detection device 1 with the object information of diagnosis, just can realize the strange land diagnosis of different addresses.
Pulse condition detection device 1 can have three vibrating sensors 501 of measuring cun,guan,chi respectively simultaneously, and is disclosed in the patent of having applied for as the inventor.In fact also can finish detection by a vibrating sensor 501 to cun,guan,chi arteries and veins position.
When measuring cun,guan,chi arteries and veins position signal respectively with a vibrating sensor 501, extract in the cun,guan,chi floating, in, heavy informational needs is by to the keyboard compounding practice, as earlier vibrating sensor 501 being placed on the floating position of CUN-pulse position, provide processor 503 signals by options button, at this moment the signal of vibrating sensor 501 sensings is changed by A/D change-over circuit 502, the digital information that obtains is the floating position of CUN-pulse position, by processor 503 with this information storage in corresponding address; Then, storage is measured in the position that vibrating sensor 501 is placed in the CUN-pulse position, is placed on heavy position, CUN-pulse position and measures storage, up to pass, the signal extraction of chi pulse position are finished.At this moment in the cun,guan,chi floating, in, heavy information will be stored in the relevant position one by one.
Adopt a vibrating sensor 501 to have characteristics simple in structure, that be easy to carry about with one, but must select corresponding option, make it to be stored in correct position by keyboard.
And Trinity formula is not have these problems, and cun,guan,chi arteries and veins position defines, only needs to use by rule.
In measuring cun,guan,chi floating, in, during heavy information, guarantee the information reliability measured each time, can by in each cun,guan,chi of measuring floating, in, heavy information, information is presented on the display, through repeated measure, the consistent explanation of its graphical representation can be stored.And cut in and out when the figure of measuring and show shows as for a long time, may be the problem of pulse condition, at this moment by single said process, may can't measure effective information always, need verify by another kind of mode.
Also can be by on pulse condition detection device 1 interface, connecting a pulse condition recovery device 2, the pulse condition that pulse condition detection device 1 is detected is stored in the buffer, at this moment by restoring signal and the hands of hands being aimed at pulse condition directly impression information of human body pulse condition is compared, when both were identical, the pulse condition information that is stored in buffer can be used as the signal of having measured and sends to long-range pulse condition recovery device 2 by network; Otherwise remeasure.
Certainly pulse condition detection device 1 can have pulse condition to recover mechanism, and just making to design on the pulse condition detection device 1 has pulse condition to recover mechanism, realizes that above-mentioned effect pulse condition detects the verity of information.
That vibrating sensor 501 inside in the pulse condition detection device 1 can have is floating, in, heavy position detecting device, be used for providing floating,, heavy positional information.Vibrating sensor 501 is when detecting any arteries and veins position in the cun,guan,chi arteries and veins position like this, can conveniently extract this arteries and veins position floating, in, heavy information.It does not need to select by keyboard, and it is equally convenient that the pulse condition testing process is felt the pulse to the people.
Vibrating mechanism 601 in the corresponding pulse condition recovery device can by a plurality of recover head realize respectively in the cun,guan,chi floating, in, the recovery of heavy information, if any recover cun floating, very little in, very little heavy, close floating, the Central Shanxi Plain, the pass is heavy, chi is floating, in the chi, chi heavy totally 9 recover head and constitute vibrating mechanisms 601.In like this cun floating, very little, very little heavy, close floating, the Central Shanxi Plain, the pass is heavy, chi is floating, in the chi, the heavy output respectively of chi pulse condition information separately.
Better simply structure is to comprise three vibrating mechanisms 601, three vibrating mechanisms provide the position pulse condition information of cun,guan,chi respectively, in three vibrating mechanisms position detecting device or pressure-detecting device are arranged, be used to discern vibrating mechanism 601 and recover a stressed or displacement situation, decision output is floating, in, that information in heavy.Minimum displacement or pressure are the floating pulse signals, and inferior little displacement or pressure are middle arteries and veins signals, and big displacement or pressure are the deep pulse signals.
Certainly, also can with a vibrating mechanism 601 export respectively cun floating, very little in, very little heavy, close floating, the Central Shanxi Plain, the pass is heavy, chi is floating, in the chi, heavy 9 the arteries and veins position information of chi, finish the recovery of corresponding arteries and veins signal by control key,, select the pulse condition output that needs as by the keyboard choice menus.
Claims (10)
1, a kind of based on network traditional Chinese medical science remote diagnosis method, it is characterized in that: it comprises: pulse condition detection device by pressure sensitive unit extract respectively the human body cun,guan,chi floating, in, the deep pulse image information, by the pulse condition recovery device corresponding codes of input block input through confirming, the personal information of the pulse condition information object that input is gathered sends to pulse condition recovery device through confirming with the pulse condition information of the personal information of the pulse condition information object gathered and collection by network;
Be used for receiving result according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection by network;
Be used for result by outut device output diagnosis;
The pulse condition recovery device receives memory cell by network with the pulse condition information of detection and the personal information of pulse condition information object at least;
Be used for showing personal information by display unit;
Be used for recovering above-mentioned pulse signal by the pulse condition recovery unit;
Be used for by input block input object information according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection;
Be used for the result of above-mentioned diagnosis being turned back to an address of above-mentioned pulse condition detection device correspondence by network;
Network data base is used to receive the personal information of the above-mentioned pulse condition information object of storage and the pulse condition information of collection;
Be used to receive the object information of storage according to the pulse condition information diagnosis of the personal information of above-mentioned pulse condition information object and collection; Be used to store the therapeutic outcome information of above-mentioned diagnostic result.
2, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: described pulse condition detection device detect pulse condition can by 1 pressure sensitive unit extract respectively the human body cun,guan,chi floating, in, the deep pulse image information, and with the human body cun,guan,chi floating, in, the deep pulse image information stores respectively by the form of setting; Extract respectively in the human body cun,guan,chi floating, in, the deep pulse image information be by button and information finish in the CUN-pulse position floating, in, deep pulse image information classification storage, to in the GUAN-pulse position floating, in, deep pulse image information classification storage, in the chi pulse position floating, in, deep pulse image information classification storage.
3, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1 is characterized in that: the process that described pulse condition recovery device recovers pulse condition be according in the cun,guan,chi that receives floating, in, the deep pulse image information according to key select respectively by a vibrating device recover in the described cun,guan,chi floating, in, the deep pulse picture signals.
4, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: in fact corresponding doctor of the number information of the correspondence of pulse condition recovery device (2) or the IP address that defines for the doctor, that is to say that the number information of selecting the correspondence of pulse condition recovery device (2) is that expression is further diagnosed for patient by pairing doctor is long-range.
5, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: in measuring cun,guan,chi floating, in, during heavy information, guarantee the information reliability measured each time, can by in each cun,guan,chi of measuring floating, in, heavy information, information is presented on the display, through repeated measure, the consistent explanation of its graphical representation can be stored.
6, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: connect a pulse condition recovery device (2) on pulse condition detection device (1) interface, the pulse condition that pulse condition detection device (1) is detected is stored in the buffer, at this moment by restoring signal and the hands of hands being aimed at pulse condition directly impression information of human body pulse condition is compared, when both were identical, the pulse condition information that is stored in buffer can be used as the signal of having measured and sends to long-range pulse condition recovery device (2) by network; Otherwise remeasure.
7, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1 is characterized in that: pulse condition detection device (1) is gone up design has pulse condition to recover mechanism, realizes that above-mentioned effect pulse condition detects the verity of information.
8, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: described personal information comprises the inspection of the tongue image information.
9, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: pulse condition detection device (1) comprises that the detecting unit (5) of pulse condition information and a computer (8) constitute, and pulse condition recovery device (2) is made of the recovery unit (6) of a computer (8) and pulse signal.
10, a kind of based on network traditional Chinese medical science remote diagnosis method according to claim 1, it is characterized in that: pulse condition detection device (1) can be wireless type pulse condition detection device (1), pulse condition recovery device (2) can be a wireless type pulse condition recovery device (2), wireless type pulse condition detection device (1) and wireless type pulse condition recovery device (2) by in the wireless mode access network (3), are connected with network data base (4) by network (3) separately.
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101785665A (en) * | 2010-03-18 | 2010-07-28 | 北京航空航天大学 | Pulse diagnosis analyzer based on MEMS sensor |
| CN101978930A (en) * | 2010-12-01 | 2011-02-23 | 岑澔 | Person-concerned dot matrix type adaptive pulse condition detection device and method thereof |
| CN101999891A (en) * | 2010-12-02 | 2011-04-06 | 西安融慧专利产品开发咨询有限责任公司 | Online traditional Chinese medicine remote pulse condition diagnosis method |
| CN102670219A (en) * | 2012-05-25 | 2012-09-19 | 浙江大学 | System for acquiring and restoring somatosensory pressure signal |
| CN103251389A (en) * | 2013-05-28 | 2013-08-21 | 美合实业（苏州）有限公司 | Traditional Chinese medicine pulse diagnostic system |
| CN104305971A (en) * | 2014-11-07 | 2015-01-28 | 冯文强 | Pulse-taking detection method, pulse-taking instrument and system |
| CN106778018A (en) * | 2016-12-30 | 2017-05-31 | 天津天堰科技股份有限公司 | Middle Medical Records acquisition system |
| CN107280648A (en) * | 2017-07-31 | 2017-10-24 | 郦永平 | Chinese Medicine Diagnoses System |
| WO2019000909A1 (en) * | 2017-06-29 | 2019-01-03 | 京东方科技集团股份有限公司 | Telemedical device, information acquisition device, and telemedical system and method |
| CN111938585A (en) * | 2020-07-22 | 2020-11-17 | 西北工业大学 | Traditional Chinese medicine remote pulse condition 'floating, middle and sinking' feedback device and method |
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Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101785665A (en) * | 2010-03-18 | 2010-07-28 | 北京航空航天大学 | Pulse diagnosis analyzer based on MEMS sensor |
| CN101978930A (en) * | 2010-12-01 | 2011-02-23 | 岑澔 | Person-concerned dot matrix type adaptive pulse condition detection device and method thereof |
| CN101978930B (en) * | 2010-12-01 | 2012-08-15 | 岑澔 | Person-concerned dot matrix type adaptive pulse condition detection device |
| CN101999891A (en) * | 2010-12-02 | 2011-04-06 | 西安融慧专利产品开发咨询有限责任公司 | Online traditional Chinese medicine remote pulse condition diagnosis method |
| CN102670219A (en) * | 2012-05-25 | 2012-09-19 | 浙江大学 | System for acquiring and restoring somatosensory pressure signal |
| CN103251389A (en) * | 2013-05-28 | 2013-08-21 | 美合实业（苏州）有限公司 | Traditional Chinese medicine pulse diagnostic system |
| CN104305971A (en) * | 2014-11-07 | 2015-01-28 | 冯文强 | Pulse-taking detection method, pulse-taking instrument and system |
| CN106778018A (en) * | 2016-12-30 | 2017-05-31 | 天津天堰科技股份有限公司 | Middle Medical Records acquisition system |
| WO2019000909A1 (en) * | 2017-06-29 | 2019-01-03 | 京东方科技集团股份有限公司 | Telemedical device, information acquisition device, and telemedical system and method |
| US11270794B2 (en) | 2017-06-29 | 2022-03-08 | Boe Technology Group Co., Ltd. | Telemedicine device, information acquiring device, and telemedicine system and method |
| CN107280648A (en) * | 2017-07-31 | 2017-10-24 | 郦永平 | Chinese Medicine Diagnoses System |
| CN111938585A (en) * | 2020-07-22 | 2020-11-17 | 西北工业大学 | Traditional Chinese medicine remote pulse condition 'floating, middle and sinking' feedback device and method |
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