CN102727996B - Intelligent hypertension acupuncture diagnosis method and system - Google Patents
Intelligent hypertension acupuncture diagnosis method and system Download PDFInfo
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- CN102727996B CN102727996B CN 201210236071 CN201210236071A CN102727996B CN 102727996 B CN102727996 B CN 102727996B CN 201210236071 CN201210236071 CN 201210236071 CN 201210236071 A CN201210236071 A CN 201210236071A CN 102727996 B CN102727996 B CN 102727996B
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Abstract
The invention provides an intelligent hypertension acupuncture diagnosis method, which comprises the following steps: a scheme generation step: generating an acupuncture treatment scheme of hypertension disease; a treatment prompt step: prompting a corresponding treatment acupuncture point according to the acupuncture treatment scheme; a parameter setting step: setting treatment parameters of electric acupuncture according to the acupuncture treatment scheme; and an electric acupuncture step: outputting corresponding pulse current to acupuncture the treatment acupuncture point according to the treatment parameters. Correspondingly, the invention also provides a hypertension acupuncture diagnosis system. Therefore, the operation of hypertension acupuncture diagnosis becomes more convenient, intuitive and humanized, so that patients can use the device more conveniently. Optimally, the invention provides more optional hypertension treatment schemes, so that the patient can flexibly select a proper hypertension treatment scheme according to the actual situation, therefore, the effect and the efficiency of hypertension diagnosis can be improved.
Description
Technical Field
The invention relates to the technical field of hypertension diagnosis and treatment, in particular to an intelligent hypertension acupuncture diagnosis and treatment method and system.
Background
Hypertension is a systemic disease characterized by elevated arterial pressure and may be accompanied by functional or organic changes in organs such as the heart, blood vessels, brain and kidneys. If a patient adopts a medicament to treat hypertension, the medicament needs to be taken for a long time, but the medicament has side effects on the body, and the medicament resistance is increased, so that the dosage is continuously increased. In addition, the patients can also adopt the traditional Chinese medicine acupuncture to treat hypertension, the hypertension treatment effect is obvious, the treatment is safe, and no toxic or side effect exists, but the treatment process of the traditional acupuncture is too professional and complicated, the traditional acupuncture needs to be operated on site by professional doctors, and the silver needles need to puncture the skin of the patients, so certain wounds and pains can be caused.
With the continuous progress of the technology, people have developed the electronic acupuncture technology. Unlike the conventional acupuncture, the electronic acupuncture stimulates the acupuncture points by low frequency pulses, which do not puncture the skin, without any trauma and side effects. Since electronic acupuncture not only inherits the advantages of traditional acupuncture, but also abandons the disadvantages of traditional acupuncture, it has been widely used in the medical field. However, the treatment process of the existing electronic acupuncture for hypertension is still very professional and complicated, a patient cannot use the electronic acupuncture at home, and the treatment process is obviously inconvenient, and the hypertension treatment scheme of the existing electronic acupuncture is too single, so that a proper treatment scheme cannot be flexibly selected according to the actual situation of the patient, and the treatment effect and the efficiency are not ideal.
In summary, the existing hypertension diagnosis and treatment technologies have inconvenience and defects in practical use, so there is a need for improvement.
Disclosure of Invention
Aiming at the defects, the invention aims to provide an intelligent hypertension acupuncture diagnosis and treatment method and system, which are simpler, more convenient, more visual and more humanized to operate, thereby facilitating the self use of patients.
In order to achieve the purpose, the invention provides an intelligent hypertension acupuncture diagnosis and treatment method, which comprises the following steps:
a scheme generation step of generating an acupuncture treatment scheme for hypertension;
a treatment prompting step, prompting corresponding treatment acupuncture points according to the acupuncture treatment scheme;
a parameter setting step of setting treatment parameters of the electronic acupuncture according to the acupuncture treatment scheme;
and an electronic acupuncture step, namely outputting corresponding pulse current to acupuncture the treatment acupuncture points according to the treatment parameters.
The intelligent hypertension acupuncture diagnosis and treatment method further comprises the following steps:
western medicine terms corresponding to the symptoms and signs of the traditional Chinese medicine are explained;
western medicine terms corresponding to the traditional Chinese medicine symptoms are explained;
explaining the positions of the acupoints in the body.
According to the intelligent hypertension acupuncture diagnosis and treatment method, the treatment prompting step comprises the following steps:
prompting the human body position of the treatment acupuncture point corresponding to the acupuncture treatment scheme and recommended treatment parameters through audio, characters, images and/or videos;
the parameter setting step includes:
receiving the input recommended treatment parameters and setting the recommended treatment parameters as the treatment parameters of the electronic acupuncture.
The intelligent hypertension acupuncture diagnosis and treatment method further comprises the following steps:
communicating with a server to perform remote upgrades and/or remote diagnostics through the server.
According to the intelligent hypertension acupuncture diagnosis and treatment method, after the scheme generation step, the method further comprises the following steps:
and a scheme storage step of storing the acupuncture treatment scheme.
According to the intelligent hypertension acupuncture diagnosis and treatment method, the scheme generation step further comprises the following steps:
after receiving the repeated previous diagnosis and treatment instruction, generating a previous acupuncture treatment scheme prestored in the previous acupuncture treatment as the acupuncture treatment scheme of the electronic acupuncture.
According to the intelligent hypertension acupuncture diagnosis and treatment method, before the scheme generation step, the method further comprises the following steps:
storing a plurality of standard acupuncture treatment schemes;
the scheme generating step further comprises:
after receiving a standard diagnosis and treatment instruction and receiving a plan selection instruction for selecting one standard acupuncture treatment plan, generating the selected standard acupuncture treatment plan into the acupuncture treatment plan of the electronic acupuncture.
According to the intelligent hypertension acupuncture diagnosis and treatment method, before the scheme generation step, the method further comprises the following steps:
a first measurement prompting step, which prompts a plurality of measurement acupuncture points after receiving an acupuncture point and symptom diagnosis and treatment instruction;
a first acupoint detection step of detecting the resistance value of the measured acupoint and judging whether the measured acupoint corresponding to the resistance value has pathological changes according to a preset resistance threshold value;
a first symptom receiving step of receiving input symptoms and/or signs if the measuring acupuncture points have lesions;
a first diagnosis step, diagnosing corresponding hypertension according to the resistance value, the symptom and/or sign of the measured acupuncture points and a pre-stored first traditional Chinese medicine acupuncture diagnosis strategy;
the scheme generating step comprises:
and analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a pre-stored first traditional Chinese medicine acupuncture treatment strategy.
According to the intelligent hypertension acupuncture diagnosis and treatment method, before the scheme generation step, the method further comprises the following steps:
a second symptom receiving step, receiving input symptoms and/or signs after receiving a symptom diagnosis and treatment instruction;
a second diagnosis step, diagnosing corresponding hypertension according to the symptoms and/or signs and a pre-stored second traditional Chinese medicine acupuncture diagnosis strategy;
the scheme generating step comprises:
and analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a pre-stored second traditional Chinese medicine acupuncture treatment strategy.
According to the intelligent hypertension acupuncture diagnosis and treatment method, before the scheme generation step, the method further comprises the following steps:
a second measurement prompting step, namely prompting a plurality of measurement acupuncture points after receiving an acupuncture point diagnosis and treatment instruction;
a second acupoint detection step of detecting the resistance value of the measured acupoint and judging whether the measured acupoint corresponding to the resistance value has pathological changes according to a preset resistance threshold value;
a third diagnosis step of diagnosing corresponding hypertension according to the resistance value of the measurement acupuncture point and a prestored third traditional Chinese medicine acupuncture diagnosis strategy when the measurement acupuncture point has pathological changes;
the scheme generating step comprises:
and analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a prestored third traditional Chinese medicine acupuncture treatment strategy.
The invention also provides an intelligent hypertension acupuncture diagnosis and treatment system, which comprises:
the scheme generation module is used for generating an acupuncture treatment scheme of the hypertension;
the treatment prompting module is used for prompting corresponding treatment acupuncture points according to the acupuncture treatment scheme;
the parameter setting module is used for setting the treatment parameters of the electronic acupuncture according to the acupuncture treatment scheme;
and the electronic acupuncture module is used for outputting corresponding pulse current to acupuncture the treatment acupuncture points according to the treatment parameters.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises a hypertension knowledge interpretation module, and the hypertension knowledge interpretation module further comprises:
the symptom and sign interpretation submodule is used for interpreting Western medicine terms corresponding to the traditional Chinese medicine symptoms and signs;
the disease explanation submodule is used for explaining western medicine terms corresponding to the traditional Chinese medicine diseases;
and the acupoint interpretation submodule is used for interpreting the positions of the human bodies where the acupoints are located.
According to the intelligent hypertension acupuncture diagnosis and treatment system, the treatment prompting module is used for prompting the human body position where the treatment acupuncture point corresponding to the acupuncture treatment scheme is located and recommended treatment parameters through audio, characters, images and/or videos;
the parameter setting module is used for receiving the input recommended treatment parameters and setting the recommended treatment parameters as the treatment parameters of the electronic acupuncture.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises:
the communication module is used for communicating with the server so as to carry out remote upgrading and/or remote diagnosis and treatment through the server.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises:
and the first scheme storage module is used for storing the acupuncture treatment scheme generated by the scheme generation module.
According to the intelligent hypertension acupuncture diagnosis and treatment system, the scheme generation module is further used for generating a previous acupuncture treatment scheme prestored in the last acupuncture diagnosis and treatment into the acupuncture treatment scheme of the electronic acupuncture after receiving the repeated previous diagnosis and treatment instruction.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises a second scheme storage module, a second acupuncture treatment module and a second acupuncture treatment module, wherein the second scheme storage module is used for storing a plurality of standard acupuncture treatment schemes;
the scheme generation module is further used for generating the selected standard acupuncture treatment scheme into the acupuncture treatment scheme of the electronic acupuncture after receiving standard diagnosis and treatment instructions and receiving a scheme selection instruction for selecting one standard acupuncture treatment scheme.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises:
the first measurement prompting module is used for prompting a plurality of measurement acupuncture points after receiving the acupuncture point and symptom diagnosis and treatment instructions;
the first acupoint detection module is used for detecting the resistance value of the measured acupoint and judging whether the measured acupoint corresponding to the resistance value has pathological changes or not according to a preset resistance threshold value;
the first symptom receiving module is used for receiving input symptoms and/or signs if the measuring acupuncture points have pathological changes;
the first diagnosis module is used for diagnosing corresponding hypertension according to the resistance value of the measured acupuncture point, the symptom and/or sign and a pre-stored first traditional Chinese medicine acupuncture diagnosis strategy;
the scheme generation module is used for analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a pre-stored first traditional Chinese medicine acupuncture treatment strategy.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises:
the second symptom receiving module is used for receiving input symptoms and/or signs after receiving the symptom diagnosis and treatment instruction;
the second diagnosis module is used for diagnosing corresponding hypertension according to the symptoms and/or the physical signs and a pre-stored second traditional Chinese medicine acupuncture diagnosis strategy;
the scheme generation module is used for analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a pre-stored second traditional Chinese medicine acupuncture treatment strategy.
The intelligent hypertension acupuncture diagnosis and treatment system further comprises:
the second measurement prompting module is used for prompting a plurality of measurement acupuncture points after receiving the acupuncture point diagnosis and treatment instruction;
the second acupuncture point detection module is used for detecting the resistance value of the measured acupuncture point and judging whether the measured acupuncture point corresponding to the resistance value has pathological changes or not according to a preset resistance threshold value;
the third diagnosis module is used for diagnosing corresponding hypertension according to the resistance value of the measuring acupuncture point and a prestored third traditional Chinese medicine acupuncture diagnosis strategy when the measuring acupuncture point has pathological changes;
the scheme generation module is also used for analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a prestored third traditional Chinese medicine acupuncture treatment strategy.
The invention firstly generates an acupuncture treatment scheme of hypertension according to the actual situation of a patient; prompting corresponding treatment acupuncture points according to the acupuncture treatment scheme, preferably prompting the positions of the human bodies where the treatment acupuncture points are located in a voice mode, a character mode, an image mode and/or a video mode; then setting treatment parameters of electronic acupuncture according to the acupuncture treatment scheme; and finally, outputting corresponding pulse current acupuncture points according to the treatment parameters so as to achieve the purpose of treating the hypertension. The invention adds the prompting step of point treatment in the process of electronic acupuncture, so that the operation of hypertension acupuncture diagnosis and treatment is simpler, more convenient, more visual and more humanized, thereby being convenient for patients to use by themselves. Preferably, the invention also provides a hypertension knowledge interpretation module, which is convenient for patients to learn knowledge of hypertension symptoms, signs, diseases, acupuncture points and the like in the traditional Chinese medicine theory by themselves according to needs. Preferably, the invention also provides a plurality of optional hypertension treatment schemes, which is convenient for the patient to flexibly select the proper hypertension treatment scheme according to the actual situation, thereby improving the effect and efficiency of hypertension diagnosis and treatment.
Drawings
FIG. 1 is a schematic structural diagram of an intelligent hypertension acupuncture diagnosis system;
FIG. 2 is a schematic structural diagram of a preferred intelligent hypertension acupuncture diagnosis and treatment system of the present invention;
FIG. 3 is a flow chart of the intelligent hypertension acupuncture diagnosis and treatment method of the present invention;
FIG. 4 is a preferred flow chart of the intelligent hypertension acupuncture diagnosis and treatment method of the present invention;
FIG. 5 is a preferred flow chart of the present invention for repeating the last treatment;
FIG. 6 is a preferred flow chart of the standard of care of the present invention;
FIG. 7 is a preferred flow chart of the acupuncture point and symptom diagnosis and treatment according to the present invention;
FIG. 8 is a preferred flow chart of the present invention for symptom diagnosis and treatment;
fig. 9 is a preferred flow chart of the point therapy of the present invention; and
fig. 10A to 10H are diagrams of examples of operation interfaces of the intelligent hypertension acupuncture diagnosis and treatment method according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Fig. 1 is a schematic structural diagram of an intelligent hypertension acupuncture diagnosis and treatment system 100 according to the present invention, which includes a scheme generating module 10, a treatment prompting module 20, a parameter setting module 30, and an electronic acupuncture module 40, wherein:
the scheme generating module 10 is used for generating an acupuncture treatment scheme of hypertension.
And a treatment prompting module 20, configured to prompt a corresponding treatment acupoint according to the acupuncture treatment scheme generated by the scheme generating module 10. Preferably, the therapy prompting module 20 is configured to prompt the position of the human body where the therapy acupoint corresponding to the acupuncture therapy scheme is located and recommended therapy parameters in an audio, text, image and/or video manner, so as to ensure accuracy and safety of electronic acupuncture.
And the parameter setting module 30 is used for setting the treatment parameters of the electronic acupuncture according to the acupuncture treatment scheme. Preferably, the parameter setting module 30 is configured to receive recommended treatment parameters input by a patient, and set the recommended treatment parameters as treatment parameters of electronic acupuncture, where the treatment parameters include pulse current magnitude, pulse frequency magnitude, pulse waveform, acupuncture time, and the like. The parameter setting module 30 can automatically set treatment parameters, or a patient manually sets treatment parameters through the parameter setting module 30, and at this time, the intelligent hypertension acupuncture diagnosis and treatment system 100 needs to provide human-computer interaction modules such as a touch screen (a capacitive screen or a resistive screen), a display screen, keys and/or a keyboard, and the human-computer interaction modules are used for realizing data display, treatment parameters, hypertension symptoms and the like of the hypertension diagnosis and treatment system 100.
And the electronic acupuncture module 40 is used for outputting corresponding pulse current acupuncture treatment acupuncture points according to the treatment parameters. The electronic acupuncture module 40 is a waveform generating unit, i.e., a treatment circuit, which includes four pulse patterns: an equal interval continuous pulse mode, a discontinuous wave mode, an amplitude modulation pulse mode and a frequency modulation pulse mode, and corresponding pulse parameters and pulse modes can be set through the parameter setting module 30.
The intelligent hypertension acupuncture diagnosis and treatment system 100 is researched and developed according to the traditional Chinese medicine acupuncture theory and by combining the microelectronic technology. The hypertension diagnosis and treatment system 100 is composed of hardware and software. The design idea of the hardware part structure is that the traditional Chinese medicine acupuncture hypertension treatment principle is combined with the modern microelectronic technology, and the software part is the control of the hypertension judgment and diagnosis and treatment process. Through friendly human-computer interaction, a patient can conveniently diagnose and treat the hypertension pathological change part at home. The whole diagnosis and treatment process of hypertension is solidified into hardware equipment through the hypertension diagnosis and treatment system 100. When the patient uses the hypertension diagnosis and treatment system 100, the effect of reducing blood pressure can be achieved only by simple operation. The hypertension diagnosis and treatment system 100 selects an acupuncture treatment scheme according to the actual symptoms of the patient, displays treatment steps and word prompts on a touch screen, and controls the output of different frequency spectrum waves by matching with voice through parameter setting and the like so as to achieve the aim of treating hypertension.
Fig. 2 is a schematic structural diagram of a preferred intelligent hypertension acupuncture diagnosis and treatment system 100 according to the present invention, which includes a plan generation module 10, a treatment prompt module 20, a parameter setting module 30, and an electronic acupuncture module 40, wherein:
the scheme generating module 10 is used for generating an acupuncture treatment scheme of hypertension.
And the treatment prompting module 20 is used for prompting corresponding treatment acupuncture points according to the acupuncture treatment scheme. Preferably, the therapy prompting module 20 is configured to prompt, through audio, text, images and/or video, the position of the human body where the therapy acupuncture point corresponding to the acupuncture therapy scheme is located and recommended therapy parameters.
And the parameter setting module 30 is used for setting the treatment parameters of the electronic acupuncture according to the acupuncture treatment scheme. Preferably, the parameter setting module 30 is configured to receive an input recommended treatment parameter and set the recommended treatment parameter as a treatment parameter of the electronic acupuncture.
And the electronic acupuncture module 40 is used for outputting corresponding pulse current acupuncture treatment acupuncture points according to the treatment parameters.
The intelligent hypertension acupuncture diagnosis and treatment system 100 may further include a hypertension knowledge interpretation module 110, which is mainly used to interpret western medicine terms corresponding to the symptoms of the traditional Chinese medicine and the symptoms of the traditional Chinese medicine, and acupoint-related knowledge, so as to facilitate understanding by the patient. The hypertension knowledge interpretation module 110 further comprises:
the symptom and sign interpretation sub-module 111 is used for interpreting western medicine terms corresponding to the traditional Chinese medicine symptoms and signs, for example, anorexia corresponds to poor appetite, slippery pulse corresponds to smooth and fluent pulse, and the like.
The disease condition explanation submodule 112 is used for explaining western medicine terms corresponding to the disease conditions of the traditional Chinese medicine, such as body pathological changes corresponding to hyperactivity of liver fire, hyperactivity of yin deficiency and yang, excessive phlegm-dampness, qi deficiency and blood stasis, deficiency of both yin and yang and the like.
The acupoint interpretation sub-module 113 is used for interpreting the positions of the acupoints, such as Quchi, Hegu, Taichong, Sanyinjiao, renying, Fengchi, Xingjian, Taixi, Ganshu, Fenglong, Zusanli, Xuehai, Geshu, Guanyuan and Shenshu.
The intelligent hypertensive acupuncture therapy system 100 further comprises a communication module 120 for communicating with the server to perform remote upgrade and/or remote therapy through the server. The intelligent hypertension acupuncture diagnosis and treatment System 100 is connected to the server through the communication module 120, and the communication module 120 may include a WIFI (Wireless Fidelity, Wireless compatibility authentication) module or a GSM (Global System of Mobile communication, Global System for Mobile communications)/GPRS (General Packet Radio Service) module, etc., so that the intelligent hypertension acupuncture diagnosis and treatment System 100 may remotely upgrade software parts such as a hypertension treatment scheme, and may also be combined with an acupuncture evidence-based decision resource center at the server side to perform remote diagnosis.
Preferably, the intelligent hypertension acupuncture diagnosis and treatment system 100 may further include a first scheme storage module 51, and the first scheme storage module 51 is configured to store the acupuncture treatment scheme generated by the scheme generation module 10, so that the acupuncture treatment scheme is directly used in the next treatment.
Preferably, the plan generating module 10 is further configured to generate a previous acupuncture treatment plan pre-stored at the last acupuncture treatment as an electronic acupuncture treatment plan after receiving a command for repeating the last treatment input by the patient. The patient can input the repeated previous diagnosis and treatment instruction through the human-computer interaction interface.
Preferably, the intelligent hypertension acupuncture diagnosis and treatment system 100 may further include a second scheme storage module 52, and the second scheme storage module 52 is configured to store a plurality of standard acupuncture treatment schemes.
The plan generating module 10 is further configured to generate a standard acupuncture treatment plan as an electronic acupuncture treatment plan after receiving the standard diagnosis and treatment instruction and receiving a plan selecting instruction for selecting a standard acupuncture treatment plan. The patient can input standard diagnosis and treatment instructions and scheme selection instructions through the human-computer interaction interface.
Preferably, the intelligent hypertension acupuncture diagnosis and treatment system 100 further includes a first measurement prompting module 61, a first acupoint detecting module 71, a first symptom receiving module 81 and a first diagnosis module 91, wherein:
the first measurement prompting module 61 is used for prompting a plurality of measurement acupuncture points after receiving acupuncture points and symptom diagnosis and treatment instructions input by a patient. The patient can input the acupoint and symptom diagnosis and treatment instructions through the human-computer interaction interface.
The first acupoint detection module 71 is configured to detect a resistance value of the measurement acupoint, and determine whether a lesion exists in the measurement acupoint corresponding to the resistance value according to a predetermined resistance threshold. The first acupoint detection module 71 is a resistance measurement unit, i.e., an acupoint resistance detection circuit, preferably using a four-electrode alternating current method to detect the resistance value of the measurement acupoint, and then diagnoses the change of the corresponding measurement acupoint by measuring the change of the acupoint (i.e., the difference of the resistance value) occurring in a pathological state as compared with a physiological state, and diagnoses a disease by a combined analysis of a plurality of lesion acupoints.
The first symptom receiving module 81 is configured to receive symptoms and/or signs input by the patient if there is a lesion in the measurement acupuncture point. The present invention may provide a touch screen (capacitive screen or resistive screen), a display screen, a key and/or a keyboard, etc. for implementing data display and input of treatment parameters, hypertension conditions, etc. of the hypertension diagnosis and treatment system 100.
And the first diagnosis module 91 is used for diagnosing corresponding hypertension according to the resistance values, symptoms and/or physical signs of the measured acupuncture points and a prestored first traditional Chinese medicine acupuncture diagnosis strategy. The first Chinese medicine acupuncture diagnosis strategy can be generated according to the Chinese medicine acupuncture hypertension treatment theory and the Chinese medicine acupuncture hypertension treatment clinical experience.
The scheme generating module 10 is configured to analyze and generate a corresponding acupuncture treatment scheme according to the hypertension condition and a pre-stored first chinese medical acupuncture treatment strategy. The first chinese medical acupuncture treatment strategy may be generated according to the chinese medical acupuncture hypertension treatment theory and the chinese medical acupuncture hypertension treatment clinical experience, and is pre-stored in the strategy library of the hypertension diagnosis and treatment system 100.
Preferably, the intelligent hypertensive acupuncture diagnosis and treatment system 100 further comprises a second symptom receiving module 82 and a second diagnosis module 92, wherein:
and the second symptom receiving module 82 is configured to receive symptoms and/or signs input by the patient after receiving the symptom diagnosis and treatment instruction. The patient can input the symptom diagnosis and treatment instruction through the man-machine interaction interface.
And the second diagnosis module 92 is used for diagnosing corresponding hypertension according to the symptoms and/or the signs and a prestored second traditional Chinese medicine acupuncture diagnosis strategy. The second diagnosis strategy for acupuncture and moxibustion may be generated according to the theory of hypertension treatment by acupuncture and moxibustion and the clinical experience of hypertension treatment by acupuncture and moxibustion, and is pre-stored in the strategy library of the diagnosis and treatment system 100 for hypertension.
The scheme generating module 10 is further configured to analyze and generate a corresponding acupuncture treatment scheme according to the hypertension disease and a pre-stored second chinese medical acupuncture treatment strategy. The second chinese medical acupuncture treatment strategy may be generated according to the chinese medical acupuncture hypertension treatment theory and the clinical experience of the chinese medical acupuncture hypertension treatment, and is pre-stored in the strategy library of the hypertension diagnosis and treatment system 100.
Preferably, the intelligent hypertension, acupuncture and treatment system 100 further includes a second measurement prompting module 62, a second acupuncture point detecting module 72, and a third diagnosing module 93, wherein:
and the second measurement prompting module 62 is configured to prompt a plurality of measurement acupuncture points after receiving the acupuncture point diagnosis and treatment instruction. For example, the voice and image prompt the patient to place the measuring heads on the corresponding measuring acupuncture points in sequence. The patient can input the acupoint diagnosis and treatment instruction through the human-computer interaction interface.
The second acupoint detecting module 72 is configured to detect a resistance value of the measured acupoint, and determine whether a lesion exists in the measured acupoint corresponding to the resistance value according to a predetermined resistance threshold. The second acupoint detection module 72 is a resistance measurement unit, i.e., an acupoint resistance detection circuit, preferably using a four-electrode alternating current method to detect the resistance value of a measurement acupoint, and then diagnoses the change of the corresponding measurement acupoint by measuring the change of the acupoint (i.e., the difference of the resistance value) occurring in a pathological state as compared with a physiological state, and diagnoses a disease by a combined analysis of a plurality of lesion acupoints.
And a third diagnosis module 93, configured to diagnose a corresponding hypertensive disorder according to the resistance value of the measured acupoint and a pre-stored third chinese medical acupuncture diagnosis policy when a lesion exists in the measured acupoint. The third chinese medical acupuncture diagnosis strategy may be generated according to the chinese medical acupuncture hypertension treatment theory and the clinical experience of the chinese medical acupuncture hypertension treatment, and is pre-stored in the strategy library of the hypertension diagnosis and treatment system 100.
The scheme generating module 10 is further configured to analyze and generate a corresponding acupuncture treatment scheme according to the hypertension disease and a pre-stored third chinese medical acupuncture treatment strategy. The third chinese medical acupuncture treatment strategy may be generated according to the chinese medical acupuncture hypertension treatment theory and the clinical experience of the chinese medical acupuncture hypertension treatment, and is pre-stored in the strategy library of the hypertension diagnosis and treatment system 100.
The hypertension diagnosis and treatment system 100 of the present invention is composed of a hardware part and a software part, and the software part is preferably diagnosis and treatment software developed on an embedded system, and is composed of diagnosis software and treatment software. The diagnosis software diagnoses the symptoms of the patients by detecting acupuncture points, symptoms and physical signs and combining the theory of acupuncture and moxibustion of traditional Chinese medicine. The treatment software designs an effective acupuncture treatment scheme by combining the disease symptoms of patients and the modern electronic acupuncture principle.
Fig. 3 is a flowchart of the intelligent hypertension acupuncture diagnosis and treatment method according to the present invention, which can be implemented by the intelligent hypertension acupuncture diagnosis and treatment system 100 shown in fig. 1 or fig. 2, including the steps of:
step S301, a scheme generation step: creating an acupuncture treatment regimen for the hypertensive disorder. Preferably, the scheme generating step is followed by a scheme storing step of storing the acupuncture treatment scheme.
Step S302, treatment prompting step: and prompting corresponding acupuncture points according to the acupuncture treatment scheme. Preferably, the positions of the human body where the acupuncture points corresponding to the acupuncture treatment scheme are located and the recommended treatment parameters are prompted through audio, text, images and/or video.
Step S303, a parameter setting step: the treatment parameters of the electronic acupuncture are set according to the acupuncture treatment scheme. Preferably, recommended treatment parameters input by the patient are received and set as treatment parameters of the electronic acupuncture.
Step S304, electronic acupuncture step: outputting corresponding pulse current acupuncture points according to the treatment parameters.
Preferably, the intelligent hypertension acupuncture diagnosis and treatment method further comprises the following steps: and communicating with the server to perform remote upgrade and/or remote diagnosis and treatment through the server.
Fig. 4 is a preferred flowchart of the intelligent hypertension acupuncture diagnosis and treatment method according to the present invention, which can be implemented by the intelligent hypertension acupuncture diagnosis and treatment system 100 shown in fig. 2, including the steps of:
step S401, the system is turned on, that is, the patient starts the intelligent hypertension acupuncture diagnosis and treatment system 100.
In step S402, function selection is performed. The operation interface of the intelligent hypertension acupuncture diagnosis and treatment system 100 displays two function options of hypertension knowledge explanation and hypertension diagnosis and treatment, and if the patient selects the function option of hypertension knowledge explanation, the method goes to step S403; if the patient selects the hypertension diagnosis and treatment function option, the process proceeds to step S404.
Step S403, explaining hypertension knowledge, preferably including western medicine terms corresponding to the symptoms and signs of traditional Chinese medicine; western medicine terms corresponding to the traditional Chinese medicine symptoms are explained; explaining the positions of the human body where the acupuncture points are located, and the like.
And step S404, hypertension diagnosis and treatment.
Step S405, if the patient selects the hypertension diagnosis and treatment function option, the function selection is needed. At this time, the operation interface of the intelligent hypertension acupuncture diagnosis and treatment system 100 displays three function options of repeated previous treatment, standard treatment and personalized diagnosis and treatment, and if the patient selects the repeated previous treatment function option, the step S406 is performed; if the patient selects the standard therapy function option, then step S407 is entered; if the patient selects the personalized diagnosis and treatment function option, the process proceeds to step S408.
Step S406, repeat the last treatment.
Step S407, standard treatment.
And step S408, personalized diagnosis and treatment.
And step S409, if the patient selects the personalized diagnosis and treatment function option, selecting a function. At this time, the operation interface of the intelligent hypertension acupuncture diagnosis and treatment system 100 displays three functional options of acupoint diagnosis and treatment, symptom diagnosis and treatment, and acupoint diagnosis and treatment, so that the user can select a proper personalized diagnosis and treatment scheme as required.
And step S410, acupoint and symptom diagnosis and treatment.
And step S411, diagnosis and treatment of symptoms.
And step S412, acupoint diagnosis and treatment.
Fig. 5 is a preferred flowchart of the present invention for repeating the previous treatment, which can be implemented by the intelligent hypertension acupuncture diagnosis system 100 shown in fig. 2, including the steps of:
step S501, storing the previous acupuncture treatment scheme in the last diagnosis and treatment.
And S502, receiving the repeated previous diagnosis and treatment instruction, and inputting the repeated previous diagnosis and treatment instruction by the patient through a human-computer interaction interface. The repeat last encounter function option is selected, for example, by clicking, thereby triggering a repeat last encounter command.
In step S503, the previous acupuncture treatment course is generated as an acupuncture treatment course of electronic acupuncture.
And step S504, prompting the position of the human body where the treatment acupuncture point corresponding to the acupuncture treatment scheme is located and recommending treatment parameters. For example, the patient is sequentially prompted by voice to treat the acupuncture points and the corresponding recommended treatment parameters, and is simultaneously prompted by pictures to be in the position of the body.
And step S505, receiving the recommended treatment parameters input by the patient, and setting the recommended treatment parameters as the treatment parameters of the electronic acupuncture. The patient inputs the recommended treatment parameters through a human-computer interaction interface according to the recommended treatment parameters prompted by voice and the like so as to adjust the frequency, amplitude, waveform and the like of the electronic acupuncture.
Step S506, outputting corresponding pulse current acupuncture points according to the treatment parameters.
Fig. 6 is a preferred flowchart of the standard treatment according to the present invention, which can be implemented by the intelligent hypertension acupuncture diagnosis system 100 shown in fig. 2, comprising the steps of:
step S601, storing a plurality of standard acupuncture treatment schemes. The standard acupuncture treatment scheme is extracted according to the clinical experience of hypertension treatment by traditional Chinese medicine acupuncture and moxibustion and the hypertension treatment theory of traditional Chinese medicine acupuncture and moxibustion, and is convenient for a patient to directly select a corresponding standard treatment scheme for treatment. For example, three standard acupuncture treatment courses of a first standard acupuncture treatment course, a second standard acupuncture treatment course, and a third standard acupuncture treatment course are previously stored.
Step S602, a standard diagnosis and treatment instruction is received. The patient may send the standard diagnosis and treatment instruction through the human-computer interface, for example, by clicking to select a standard diagnosis and treatment function option, thereby triggering the standard diagnosis and treatment instruction.
In step S603, a scheme selection instruction is received. The patient can send a scheme selection instruction through the man-machine interaction interface, for example, the patient can select a function option suitable for the first standard acupuncture treatment scheme of the patient by clicking.
In step S604, the selected standard acupuncture treatment plan is generated as an acupuncture treatment plan of electronic acupuncture.
And step S605, prompting the position of the human body where the treatment acupuncture points corresponding to the acupuncture treatment scheme are located and recommending treatment parameters. For example, the patient is sequentially prompted by voice to treat the acupuncture points and corresponding treatment parameters, and is simultaneously prompted by pictures to treat the acupuncture points at the body position.
And step S606, receiving the recommended treatment parameters input by the patient, and setting the recommended treatment parameters as the treatment parameters of the electronic acupuncture so as to adjust the frequency, amplitude, waveform and the like of the electronic acupuncture.
Step S607, outputting the corresponding and accurate pulse current acupuncture point according to the treatment parameters.
The personalized diagnosis and treatment of the invention comprises acupuncture point and symptom diagnosis and treatment, symptom diagnosis and treatment and acupuncture point diagnosis and treatment:
fig. 7 is a preferred flow chart of the acupoint and symptom diagnosis and treatment according to the present invention, which can be implemented by the intelligent hypertension acupuncture diagnosis and treatment system 100 shown in fig. 2, including the steps of:
step S701, receiving an acupoint and symptom diagnosis and treatment instruction. The patient can send the acupuncture point and symptom diagnosis and treatment instructions through the human-computer interaction interface, for example, the acupuncture point and symptom diagnosis and treatment options are selected through clicking, and therefore the acupuncture point and symptom diagnosis and treatment instructions are triggered.
Step S702, a plurality of measuring acupuncture points are prompted. For example, the voice and image prompt the patient to place the measuring heads on the corresponding measuring acupuncture points in sequence.
Step S703, detecting the resistance value of the measurement acupoint, and determining whether the measurement acupoint corresponding to the resistance value has a lesion according to a predetermined resistance threshold, if yes, performing step S705, otherwise, performing step S704. Whether pathological changes exist can be judged according to the resistance value of each measured acupoint in sequence, and whether pathological changes exist can be judged according to the resistance values of all the measured acupoints. Preferably, in this step, after the resistance value of the measurement acupoint is detected, the resistance value of the measurement acupoint is recorded, and then the resistance value of the measurement acupoint is analyzed to judge whether pathological changes exist.
In step S704, the measurement result indicating that the measured acupoint is free of pathological changes is outputted to indicate that there is no hypertension. The whole diagnosis and treatment process can be ended at this time.
Step S705, if there is pathological change in the measured acupoint, a prompt is sent, for example, in the process of measuring the acupoint, when there is pathological change in the measured acupoint, a yellow indicator light is used to prompt the patient that there is pathological change in the acupoint, and if there is no pathological change in the measured acupoint, a green indicator light is used to display. Can sequentially give out prompts to the measuring acupuncture points with pathological changes.
Step S706, receiving symptoms and/or signs input by the patient. Preferably, the intelligent hypertension acupuncture diagnosis and treatment system 100 displays a plurality of symptom and/or sign options, and the patient selects the same symptom and/or sign as the traditional Chinese medicine symptom according to the actual condition of the patient.
And step S707, diagnosing corresponding hypertension according to the resistance value of the measured acupoint, the symptoms and/or physical signs input by the patient and a pre-stored first Chinese medicine acupuncture diagnosis strategy.
Step S708, analyzing and generating a corresponding acupuncture treatment plan according to the hypertension condition and a pre-stored first chinese medical acupuncture treatment strategy.
And step S709, storing the acupuncture treatment scheme. Therefore, the patient can be treated directly according to the acupuncture treatment scheme generated at this time without diagnosis again in the next treatment, so that the diagnosis and treatment efficiency is improved.
And step S710, prompting the human body position where the treatment acupuncture point corresponding to the acupuncture treatment scheme is located and recommended treatment parameters. For example, the patient is sequentially prompted by voice to treat the acupuncture points and corresponding treatment parameters, and is simultaneously prompted by pictures to treat the acupuncture points at the body position.
In step S711, recommended treatment parameters input by the patient are received and set as treatment parameters of the electronic acupuncture to adjust frequency, amplitude, waveform, and the like of the electronic acupuncture.
Step S712, outputting corresponding pulse current acupuncture points according to the treatment parameters.
Fig. 8 is a preferred flowchart of the diagnosis and treatment of symptoms according to the present invention, which can be implemented by the intelligent hypertension acupuncture diagnosis and treatment system 100 shown in fig. 2, including the steps of:
in step S801, a symptom diagnosis and treatment instruction is received. The patient may send a symptom diagnosis instruction through the human-computer interface, for example, by clicking to select a symptom diagnosis option, thereby triggering the symptom diagnosis instruction.
Step S802, receiving a symptom and/or sign input by a patient. Preferably, the intelligent hypertension acupuncture diagnosis and treatment system 100 displays a plurality of symptom and/or sign options, and the patient selects the same symptom and/or sign as the traditional Chinese medicine symptom according to the actual condition of the patient.
And S803, diagnosing corresponding hypertension according to symptoms and/or physical signs and a pre-stored second traditional Chinese medicine acupuncture diagnosis strategy.
And step S804, analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and the pre-stored second traditional Chinese medicine acupuncture treatment strategy.
And step S805, storing the acupuncture treatment scheme. Therefore, the patient can be directly treated according to the acupuncture treatment scheme without diagnosis when being treated next time.
And step S806, prompting the position of the human body where the treatment acupuncture points corresponding to the acupuncture treatment scheme are located and recommending treatment parameters. For example, the patient is sequentially prompted by voice to treat the acupuncture points and corresponding treatment parameters, and is simultaneously prompted by pictures to treat the acupuncture points at the body position.
In step S807, recommended treatment parameters input by the patient are received and set as treatment parameters of the electronic acupuncture to adjust the frequency, amplitude, waveform, and the like of the electronic acupuncture.
And step S808, outputting corresponding pulse current acupuncture points according to the treatment parameters.
Fig. 9 is a preferred flow chart of the acupoint diagnosis and treatment according to the present invention, which can be implemented by the intelligent hypertension and acupuncture diagnosis and treatment system 100 shown in fig. 2, including the steps of:
step S901, receiving an acupoint diagnosis and treatment instruction. The patient can send the acupoint diagnosis and treatment instruction through the human-computer interaction interface, for example, the acupoint diagnosis and treatment option is selected through clicking, and therefore the acupoint diagnosis and treatment instruction is triggered.
Step S902, a plurality of measurement acupoints are prompted. For example, the voice and image prompt the patient to place the measuring heads on the corresponding measuring acupuncture points in sequence.
Step S903, detecting a resistance value of the measurement acupoint, and determining whether the measurement acupoint corresponding to the resistance value has a lesion according to a predetermined resistance threshold, if yes, performing step S905, otherwise, performing step S904. Whether pathological changes exist can be judged according to the resistance value of each measured acupoint in sequence, and whether pathological changes exist can be judged according to the resistance values of all the measured acupoints. Preferably, in this step, after the resistance value of the measurement acupoint is detected, the resistance value of the measurement acupoint is recorded, and then the resistance value of the measurement acupoint is analyzed to judge whether pathological changes exist.
In step S904, the measurement result indicating that the measured acupoint is free of pathological changes is output to indicate that there is no hypertension. The whole diagnosis and treatment process can be ended at this time.
And step S905, when the measured acupuncture points have pathological changes, diagnosing corresponding hypertension according to the resistance values of the measured acupuncture points and a prestored third traditional Chinese medicine acupuncture diagnosis strategy.
And step S906, analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension disease and a prestored third traditional Chinese medicine acupuncture treatment strategy.
And step S907, storing the acupuncture treatment scheme. Therefore, the patient can be directly treated according to the acupuncture treatment scheme without diagnosis when being treated next time.
Step S908, prompting the position of the human body where the acupuncture point corresponding to the acupuncture treatment plan is located and recommended treatment parameters. For example, the patient is sequentially prompted by voice to treat the acupuncture points and corresponding treatment parameters, and is simultaneously prompted by pictures to treat the acupuncture points at the body position.
In step S909, recommended treatment parameters input by the patient are received and set as treatment parameters of the electronic acupuncture to adjust the frequency, amplitude, waveform, and the like of the electronic acupuncture.
Step S910, outputting corresponding pulse current acupuncture points according to the treatment parameters.
Fig. 10A to 10F are exemplary diagrams of an operation interface of the intelligent hypertension acupuncture diagnosis method according to the present invention, which include:
after the system is powered on, the operation interface on the touch screen of the intelligent hypertension acupuncture diagnosis and treatment system 100 displays two function buttons, namely "hypertension knowledge interpretation" and "hypertension diagnosis and treatment", as shown in fig. 10A.
If the patient clicks the functional button of "hypertension diagnosis and treatment", the operation interface enters the hypertension diagnosis and treatment interface of "hypertension diagnosis and treatment", at this time, three functional buttons of "repeat last treatment", "standard treatment", and "personalized diagnosis and treatment" are displayed on the right side of the hypertension diagnosis and treatment interface, and meanwhile, operation prompts of "please click the right button and select a corresponding treatment flow" and the like are displayed on the left side of the hypertension diagnosis and treatment interface, as shown in fig. 10B.
If the patient clicks the function button of 'personalized diagnosis and treatment', an operation interface enters a personalized diagnosis and treatment interface, three function buttons of 'acupuncture point and symptom diagnosis and treatment', 'symptom diagnosis and treatment' and 'acupuncture point diagnosis and treatment' are displayed on the right side of the personalized diagnosis and treatment interface, and a 'please select a diagnosis and treatment mode' is displayed on the left side of the personalized diagnosis and treatment interface: the operation prompts of acupuncture point and symptom diagnosis and treatment, acupuncture point diagnosis and treatment and the like are shown in fig. 10C.
If the patient clicks the functional option of 'acupoint and symptom diagnosis and treatment', an acupoint and symptom diagnosis and treatment interface is accessed. At this time, the intelligent hypertension acupuncture diagnosis and treatment system 100 can prompt the patient to put the measuring heads on the corresponding measuring points in sequence by voice and images, then detect the resistance values of the measuring points in sequence through the measuring heads, and judge whether the measuring points corresponding to the resistance values have pathological changes. For example, if the patient is prompted to place the measuring head on the Quchi acupoint, the left side of the interface displays the position of the human body where the Quchi acupoint is located in an image mode, and meanwhile, the right side of the acupoint and symptom diagnosis and treatment interface displays the indicating lamp in a voice prompt mode, if the indicating lamp is yellow, the curve chi acupoint is shown to have pathological changes, and if the indicating lamp is green, the curve chi acupoint is shown to have no pathological changes. In addition, a "next acupoint" function button for selecting a next acupoint to be detected and a "quit measurement" function button for selecting a next acupoint are displayed on the right side of the acupoint and symptom diagnosis and treatment interface, as shown in fig. 10D.
If the measured acupuncture points have pathological changes, the method can enter a diagnosis result interface of the pathological change acupuncture points, and a preliminary diagnosis result showing the pathological change acupuncture points is output on the left side of the diagnosis result interface of the pathological change acupuncture points, for example, the preliminary diagnosis result is that' you can have hyperactivity of liver fire and hyperactivity of yin deficiency and yang. Please enter further confirmation of symptoms "and display function buttons of" symptom input "and" measurement quit "on the right side of the diagnosis result interface of the lesion acupoint as shown in fig. 10E.
If the patient clicks a function button of 'symptom input', the patient enters a symptom selection interface, a plurality of traditional Chinese medicine symptoms and/or physical sign options such as dizziness, headache, red tongue, anorexia, dysphoria with smothery sensation in the chest, palpitation, insomnia, pulse dizziness, poor appetite and the like are displayed on the left side of the symptom selection interface, and the patient can select one or more symptoms and/or physical signs which are the same as the traditional Chinese medicine symptoms according to the actual condition of the patient; and two functional buttons of 'diagnosis result' and 'diagnosis quit' are displayed on the right side of the symptom selection interface.
If the patient clicks the function button of the diagnosis result, the diagnosis result interface is entered, and at this time, the diagnosis result and the corresponding treatment scheme are respectively displayed on the left side of the diagnosis result interface, for example, the diagnosis result is that "you have liver fire hyperactivity", and the treatment scheme is that "yin nourishing, fire lowering, liver calming and yang suppressing (only acupuncture and moxibustion, purgative method). Acupoint treatment: quchi, Hegu, Taichong, Sanyinjiao and interline. And two functional buttons of 'treatment' and 'diagnosis quit' are displayed on the right side of the diagnosis result interface.
If the patient clicks the 'treatment' function button, the patient enters a treatment interface, the name of a treatment acupuncture point corresponding to the acupuncture treatment scheme and the position of the human body where the treatment acupuncture point is located are displayed on the left side of the treatment interface, for example, the patient is prompted to place a treatment head on the Quchi acupuncture point, and an image of the position of the human body where the Quchi acupuncture point is located is displayed. Recommended treatment parameters corresponding to the acupuncture treatment scheme are displayed on the right side of the treatment interface, so that a patient can adjust the current, waveform, frequency and the like of the electronic acupuncture according to the recommended parameters; and a treatment exit function button is also displayed on the right side of the treatment interface, and if the patient clicks the treatment exit function button, the patient exits the treatment interface and ends the treatment process.
In conclusion, the invention firstly generates an acupuncture treatment scheme of the hypertension according to the actual situation of the patient; prompting corresponding treatment acupuncture points according to the acupuncture treatment scheme, preferably prompting the positions of the human bodies where the treatment acupuncture points are located in a voice mode, a character mode, an image mode and/or a video mode; then setting treatment parameters of electronic acupuncture according to the acupuncture treatment scheme; and finally, outputting corresponding pulse current acupuncture points according to the treatment parameters so as to achieve the purpose of treating the hypertension. The invention adds the prompting step of point treatment in the process of electronic acupuncture and moxibustion, so that the operation of hypertension diagnosis and treatment is simpler, more convenient, more visual and more humanized, thereby being convenient for patients to use by themselves. Preferably, the invention also provides a hypertension knowledge interpretation module, which is convenient for patients to learn knowledge of hypertension symptoms, signs, diseases, acupuncture points and the like in the traditional Chinese medicine theory by themselves according to needs. Preferably, the invention also provides a plurality of optional hypertension treatment schemes, which is convenient for the patient to flexibly select the proper hypertension treatment scheme according to the actual situation, thereby improving the effect and efficiency of hypertension diagnosis and treatment.
The present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof, and it should be understood that various changes and modifications can be effected therein by one skilled in the art without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (1)
1. The utility model provides an intelligence hypertension acupuncture system of diagnosing, its characterized in that, including:
the scheme generation module is used for generating an acupuncture treatment scheme of the hypertension, and analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension and a pre-stored first traditional Chinese medicine acupuncture treatment strategy;
the treatment prompting module is used for prompting the human body position where the treatment acupuncture point corresponding to the acupuncture treatment scheme is located and recommended treatment parameters through audio, characters, images and/or videos;
the parameter setting module is used for receiving the input recommended treatment parameters and setting the recommended treatment parameters as the treatment parameters of the electronic acupuncture;
the electronic acupuncture module is used for outputting corresponding pulse current to acupuncture the treatment acupuncture points according to the treatment parameters; wherein,
the scheme generation module comprises the following steps:
the first measurement prompting module is used for prompting a plurality of measurement acupuncture points after receiving the acupuncture point and symptom diagnosis and treatment instructions;
the first acupoint detection module is used for detecting the resistance value of the measurement acupoint, judging whether the measurement acupoint corresponding to the resistance value has pathological changes according to a preset resistance threshold value, and diagnosing diseases through the combined analysis of a plurality of pathological changes; the resistance value of the acupuncture points is measured by adopting a four-electrode alternating current method;
the first symptom receiving module is used for receiving input symptoms and/or signs if the measuring acupuncture points have pathological changes;
and the first diagnosis module is used for diagnosing corresponding hypertension according to the resistance value of the measured acupuncture point, the symptom and/or sign and a pre-stored first traditional Chinese medicine acupuncture diagnosis strategy.
2. The intelligent hypertension acupuncture diagnosis and treatment system according to claim 1, further comprising a hypertension knowledge interpretation module, wherein the hypertension knowledge interpretation module further comprises:
the symptom and sign interpretation submodule is used for interpreting Western medicine terms corresponding to the traditional Chinese medicine symptoms and signs;
the disease explanation submodule is used for explaining western medicine terms corresponding to the traditional Chinese medicine diseases;
and the acupoint interpretation submodule is used for interpreting the positions of the human bodies where the acupoints are located.
3. The intelligent hypertension acupuncture diagnosis and treatment system according to claim 1, further comprising:
the communication module is used for communicating with the server so as to carry out remote upgrading and/or remote diagnosis and treatment through the server.
4. The intelligent hypertension acupuncture diagnosis and treatment system according to claim 1, further comprising:
and the first scheme storage module is used for storing the acupuncture treatment scheme generated by the scheme generation module.
5. The intelligent hypertension acupuncture and moxibustion diagnosis and treatment system according to any one of claims 1 to 4,
the scheme generation module is further used for generating a previous acupuncture treatment scheme prestored in the last acupuncture diagnosis and treatment process into the acupuncture treatment scheme of the electronic acupuncture after receiving the repeated previous diagnosis and treatment instruction.
6. The intelligent hypertension acupuncture diagnosis and treatment system according to any one of claims 1 to 4, further comprising a second scheme storage module for storing a plurality of standard acupuncture treatment schemes;
the scheme generation module is further used for generating the selected standard acupuncture treatment scheme into the acupuncture treatment scheme of the electronic acupuncture after receiving standard diagnosis and treatment instructions and receiving a scheme selection instruction for selecting one standard acupuncture treatment scheme.
7. The intelligent hypertension acupuncture diagnosis and treatment system according to any one of claims 1 to 4, further comprising:
the second symptom receiving module is used for receiving input symptoms and/or signs after receiving the symptom diagnosis and treatment instruction;
the second diagnosis module is used for diagnosing corresponding hypertension according to the symptoms and/or the physical signs and a pre-stored second traditional Chinese medicine acupuncture diagnosis strategy;
the scheme generation module is used for analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a pre-stored second traditional Chinese medicine acupuncture treatment strategy.
8. The intelligent hypertension acupuncture diagnosis and treatment system according to any one of claims 1 to 4, further comprising:
the second measurement prompting module is used for prompting a plurality of measurement acupuncture points after receiving the acupuncture point diagnosis and treatment instruction;
the second acupuncture point detection module is used for detecting the resistance value of the measured acupuncture point and judging whether the measured acupuncture point corresponding to the resistance value has pathological changes or not according to a preset resistance threshold value; the third diagnosis module is used for diagnosing corresponding hypertension according to the resistance value of the measuring acupuncture point and a prestored third traditional Chinese medicine acupuncture diagnosis strategy when the measuring acupuncture point has pathological changes;
the scheme generation module is also used for analyzing and generating a corresponding acupuncture treatment scheme according to the hypertension symptoms and a prestored third traditional Chinese medicine acupuncture treatment strategy.
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| CN103027836B (en) * | 2012-12-21 | 2016-05-25 | 深圳市灸大夫医疗科技有限公司 | A kind of points acupuncture therapeutic equipment |
| CN105581904A (en) * | 2015-12-31 | 2016-05-18 | 司继红 | Intelligent acupuncture system |
| CN107693941A (en) * | 2017-09-05 | 2018-02-16 | 陈家林 | A kind of electrical acupuncture device systems and its control method |
| CN108096710A (en) * | 2018-01-10 | 2018-06-01 | 广东筑宾健康产业有限公司 | Microwave acupuncture and moxibustion therapy equipment and its application process |
| CN108403413B (en) * | 2018-05-14 | 2022-05-17 | 胡伽尼 | Acupuncture point stimulation instrument and acupuncture point stimulation system |
| CN111415737A (en) * | 2019-01-04 | 2020-07-14 | 深圳市中医院 | Intervention interaction method and system based on sensor model and computer storage medium |
| CN111415738A (en) * | 2019-01-04 | 2020-07-14 | 深圳市中医院 | Traditional Chinese medicine-based intervention interaction method and system and computer storage medium |
| CN111415561B (en) * | 2019-01-04 | 2022-06-24 | 深圳市中医院 | Virtual acupuncture teaching method, system and computer storage medium |
| CN112190233A (en) * | 2020-10-20 | 2021-01-08 | 黄淮学院 | Remote analysis management system for observing postoperative pain at home of patient |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101485569A (en) * | 2008-09-26 | 2009-07-22 | 厦门大学 | Traditional Chinese medicine multifunctional intelligent diagnostic apparatus based on self-adapting fuzzy logic |
| CN101926729A (en) * | 2009-06-26 | 2010-12-29 | 王志忠 | Biofeedback type electronic acupuncture abstention instrument |
| CN102346813A (en) * | 2011-10-20 | 2012-02-08 | 苏州博康生物医疗科技有限公司 | RFID (Radio Frequency Identification Device) technology-based diagnosis and treatment system for acupuncture and moxibustion therapy of apoplectic sequelae |
-
2012
- 2012-07-10 CN CN 201210236071 patent/CN102727996B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101485569A (en) * | 2008-09-26 | 2009-07-22 | 厦门大学 | Traditional Chinese medicine multifunctional intelligent diagnostic apparatus based on self-adapting fuzzy logic |
| CN101926729A (en) * | 2009-06-26 | 2010-12-29 | 王志忠 | Biofeedback type electronic acupuncture abstention instrument |
| CN102346813A (en) * | 2011-10-20 | 2012-02-08 | 苏州博康生物医疗科技有限公司 | RFID (Radio Frequency Identification Device) technology-based diagnosis and treatment system for acupuncture and moxibustion therapy of apoplectic sequelae |
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Application publication date: 20121017 Assignee: CHENGDU CHENGXIN HIGH-TECH INFORMATION TECHNOLOGY CO., LTD. Assignor: Chengdu University of Traditional Chinese Medicine Contract record no.: 2015510000009 Denomination of invention: Intelligent hypertension acupuncture diagnosis method and system Granted publication date: 20130814 License type: Common License Record date: 20150212 |
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