Meridian ebb-flow acupoint opening therapeutic apparatus system and acupoint matching acupoint opening method thereof

Abstract

According to the midnight-noon ebb-flow acupoint opening therapeutic apparatus system and the acupoint matching acupoint opening method thereof, the gender, age, physique and medical history static information of a user is collected through a touch screen, symptoms are input and mapped to generate a traditional Chinese medicine syndrome type label, acupoint conductivity is detected, acupoint temperature changes are scanned, a user portrait is generated through integration, and the longitude and latitude of equipment are obtained; calling an astronomical algorithm library to calculate corrected true solar hours, matching a midnight-noon ebb-flow hour table to determine current main meridians, calling associated acupoints in a traditional Chinese medicine database, constructing a syndrome type-acupoint binary relation network in combination with user syndrome type labels, screening classic acupoints through multi-hop matching, initializing a weighted scoring model, and dynamically adjusting weights, so as to obtain a new syndrome type-acupoint binary relation network; and finally, outputting a matched acupuncture point list of priority ranking, displaying names, meridians and colors on an interface to distinguish priorities, structurally exporting a matching result as an encrypted electronic medical record, and realizing closed-loop matching of a traditional Chinese medicine theory and a modern algorithm through multi-dimensional data fusion and knowledge graph extension.

Description

TECHNICAL FIELD

[0001] The present application relates to the medical technology field, and in particular to a meridian therapy instrument system and an acupoint matching acupoint selection method thereof. BACKGROUND

[0002] The meridian theory is based on the correspondence between the operation of qi and blood in traditional Chinese medicine and the time law, and emphasizes the core concept of "treatment according to time". However, the existing technology has significant deficiencies in actual application: the traditional meridian selection relies on manual experience calculation, is easily affected by time errors, geographical differences and individual differences, and results in insufficient acupoint selection accuracy; at the same time, the system integration of user constitution, symptoms and physiological state is lacking, and it is difficult to achieve personalized matching; in addition, the existing devices mostly use static acupoint prescriptions, and do not combine real-time physiological data such as acupoint conductivity and temperature change to dynamically adjust the weight, so as to adapt to the real-time changes of individual qi and blood activity.

[0003] In view of the above problems, the present application realizes multi-module collaborative innovation: the true solar time calculation module combines GPS and Wi-Fi positioning with astronomical algorithm library to correct time zone deviation and accurately match the main meridians of the time; the user portrait module integrates static basic information and dynamic physiological data including skin impedance and temperature to construct multi-dimensional user features; the knowledge graph and weighted scoring model realize intelligent screening and priority sorting of classical prescriptions through syndrome-acupoint association network and dynamic weight adjustment, which breaks through the traditional experience dependence, and for the first time integrates the traditional Chinese medicine syndrome differentiation logic and real-time physiological data in a closed loop, significantly improves the scientific nature and personalized adaptation ability of acupoint selection, and provides technical support for the modern application of the meridian theory. SUMMARY

[0004] The purpose of the present application is to provide a meridian therapy instrument system and an acupoint matching acupoint selection method thereof.

[0005] The problem to be solved by the present application is: how to construct an accurate dynamic portrait of traditional Chinese medicine through user basic information, symptom description and physiological data, how to realize true solar time correction and main meridian matching by combining geographical positioning and astronomical algorithm, and how to design a multi-dimensional weighted scoring model to dynamically optimize the priority of classical acupoint matching.

[0006] A meridian therapy instrument system, comprising: a user information acquisition module, a true solar time calculation module, a meridian and acupoint database module, a weighted scoring model module, an acupoint matching and output module, and an electronic medical record and feedback module: User information collection module: collect gender, age, body type and medical history through touch screen graphical interface, encrypt storage in local database, support voice and text input symptoms, extract keywords combined with traditional Chinese medicine terminology dictionary, generate syndrome type label, measure acupoint conductivity with constant current source double electrode probe, impedance <500Ω marked as high sensitive acupoint, real-time scanning acupoint area temperature with micro module, high temperature marked as high metabolic active area; True solar time calculation module: GPS+Wi-Fi assisted positioning to obtain latitude and longitude, call astronomical algorithm library to calculate true solar time TST, TST=standard time+longitude difference+equation time, automatically switch true solar time mode of long-term residence, support manual update of latitude and longitude, match meridian and collaterals time table according to TST, trigger prompt without corresponding main meridian; Meridian and acupoint database module: based on SQL statement to call traditional Chinese medicine database including meridian name, acupoint attribute, five elements attribute, support OTA update, establish syndrome-acupoint binary relationship network, multi-hop match syndrome and acupoint association; Weighted scoring model module: set initial weight, time matching degree 35%, symptom matching degree 40%, physiological sensitivity 25%, for time matching degree, main meridian acupoint directly scores 100 points, others are reduced according to association strength, for symptom matching degree, direct association 100 points, indirect association is attenuated according to level, for physiological sensitivity, skin impedance <500Ω and temperature fluctuation >1°C score 90 points, dynamic correction weight; Acupoint matching and output module: preferentially call current main meridian acupoint, no matching through knowledge graph expansion associated acupoint, weighted score total score from high to low order, interface display acupoint name, meridian, priority; Electronic medical record and feedback module: fields include user basic information, symptom syndrome, physiological data including impedance, temperature curve, matching acupoint details, AES-256 algorithm encrypt local storage and transmission.

[0007] An acupoint matching opening method of meridian and collaterals opening therapeutic instrument, based on the above-mentioned meridian and collaterals opening therapeutic instrument system for processing, the technical scheme adopted is as follows: S1: collect user gender, age, body type, medical history information, symptom information, and map to traditional Chinese medicine syndrome type based on user description, measure acupoint conductivity based on skin impedance detector, real-time detect acupoint area temperature change, based on user basic information and physiological data to construct user's static+dynamic portrait; S2: calculate true solar time through GPS module to obtain device latitude and longitude, correct time deviation caused by time zone difference combined with user residence latitude and longitude, determine the main meridian corresponding to the current time according to the true solar time matching meridian and collaterals time table; S3: Based on the current time main meridian, retrieve the associated acupoints in the traditional Chinese medicine database, combine the user's symptoms and syndrome type, and screen the classic acupoint prescription; S4: Initialize the weighted scoring model, assign initial weights to the time matching degree, symptom matching degree, and physiological sensitivity, and dynamically adjust the corresponding weights based on real-time data; S5: Based on the screened classic acupoint prescription, calculate the matching degree of each candidate acupoint through the weighted scoring model, output the matching acupoint list, and mark the priority; S6: Display the matching acupoint name, belonging meridian, and priority on the device interface, assist the user in locating the acupoint, export the matching result as an electronic medical record, and dynamically adjust the acupoint weight based on user feedback.

[0008] Further, in S1, based on the user description mapping to the TCM syndrome type, the user's static + dynamic portrait is constructed based on the user's basic information and physiological data, including: Through the device's built-in touch screen, input the user's gender, age, body type, and medical history, use a graphical interface to provide standardized options for the user to choose, and encrypt the static information and store it in the device's local database; The user selects one of the voice input and text input to describe the current symptoms, extracts the keywords from the text input, maps the extracted keywords to the TCM syndrome type, and generates a preliminary syndrome label; The user touches the device's skin impedance detector probe with their fingers, uses a 50Hz low-frequency constant current source and a double-electrode probe to measure the conductivity of the target acupoint, and marks high-sensitivity acupoints with impedance values below 500Ω and low-sensitivity acupoints with impedance values above 1000Ω. Based on multi-point calibration, use a standard resistor to calibrate and eliminate environmental interference; Built-in miniature infrared thermal imaging module, real-time scanning of target acupoint area temperature distribution, high temperature area marked as high metabolic active area, low temperature area marked as low active area; Integrate static information including gender, age, constitution, medical history and dynamic data including symptoms, syndrome type, acupoint impedance, temperature to generate user portrait. The portrait contains three dimensions of basic attributes, pathological characteristics and physiological state. Basic attributes include gender, age, constitution, pathological characteristics include medical history, syndrome label, physiological state includes high sensitivity acupoint list, active area distribution, and user portrait is stored in JSON format.

[0009] Further, in S2, based on the user's residence latitude and longitude, correct the time deviation caused by time zone difference, match the meridian and collateral time table according to the true solar time, and determine the main meridian corresponding to the current time, including: Based on the GPS module, real-time acquisition of the latitude and longitude coordinates of the device, and support for Wi-Fi assisted positioning under the condition of weak GPS signal in indoor environment; According to the latitude and longitude of the device, call astronomical algorithm library to calculate the current true solar time TST, TST = standard time + longitude difference + equation time, longitude difference corresponds to 1 hour per 15° longitude, equation time is dynamically corrected based on the eccentricity of the Earth's orbit and the variation of the angle between the equator and the ecliptic, and is realized through the pre-stored annual calendar; When there is a time zone difference between the user's long-term residence and the current use location, automatically switch to the true solar time mode of the long-term residence, and the user can manually update the latitude and longitude of the residence through the device interface, and recalculate TST after updating; According to TST, match the meridian and flow injection time table, and trigger a prompt when TST exceeds the standard time range that there is no corresponding main meridian in the current time.

[0010] Further, the S3 combines user symptoms and syndrome types to screen classic acupoint prescriptions, including: According to the main meridian of the current time determined in S2, the acupoint list associated with the meridian in the traditional Chinese medicine database is retrieved based on the SQL statement, the database includes meridian name, acupoint name, five input attribute, five row attribute, and the local database is updated based on OTA; Based on the syndrome type label of the user portrait in S1, a syndrome-acupoint binary relationship network is established, the traditional Chinese medicine syndrome differentiation knowledge graph is called, the acupoints associated with the syndrome type are matched according to the five row attributes of the syndrome type, and the associated acupoints are recommended to support multi-hop matching.

[0011] Further, the S4 initializes the weighted scoring model, and assigns initial weights to the time matching degree, symptom matching degree, and physiological sensitivity, and dynamically adjusts the corresponding weights, including: Based on the user static portrait and dynamic portrait collected in S1, a multi-dimensional scoring model is constructed, and the model contains three core weight dimensions, including time matching degree, symptom matching degree, and physiological sensitivity; According to the traditional Chinese medicine theory and clinical experience, the initial weight proportion is set, the time matching degree weight accounts for 35%, the main meridian of the current time is determined according to the meridian and flow injection theory, the symptom matching degree weight accounts for 40%, the association strength between the user's syndrome type and the classic acupoint prescription is determined, and the physiological sensitivity weight accounts for 25%, the acupoint activity is quantified through skin impedance and temperature change; According to the corrected true solar time in S2, the meridian and flow injection time table is matched, the association strength of the main meridian of the current time and the user's syndrome type is calculated, the acupoints directly related to the user's syndrome type are extracted from the classic acupoint prescriptions screened in S3, the mapping relationship is assigned a score, the acupoint activity is quantified based on the real-time data of the skin impedance detector and the temperature sensor in S1, the physiological sensitivity weight is dynamically corrected combined with the skin impedance and temperature data in S1, and the physiological sensitivity weight is increased when the skin impedance and temperature change is large.

[0012] Further, the matching degree of each candidate acupoint is calculated by the weighted scoring model in S5, the matching acupoint list is output, and the priority is marked, including: Based on the classical acupoint prescription filtered in S3, the acupoints related to the current main meridian and syndrome type are extracted, if the prescription contains the acupoint of the current main meridian, it is directly called, if there is no main meridian acupoint, the associated acupoint is expanded through the knowledge graph; Combined with the weighted scoring model in S4, the called prescription is secondarily filtered, for the time matching degree, the current main meridian acupoint directly scores 100 points, and other meridian acupoints are reduced according to the association strength, for the symptom matching degree, the user's syndrome type is directly associated with the acupoint to score 100 points, and the indirect association is attenuated according to the level, and for the physiological sensitivity, the skin impedance value and temperature change in S1 are quantified based on the scoring; According to the total score of the weighted score from high to low, a priority list is generated, the acupoint name, the meridian it belongs to, the priority are distinguished by color in the device interface, and acupoint positioning animation and voice guidance are provided.

[0013] Further, the S6 assists the user in positioning the acupoint, exports the matching result as an electronic medical record, and dynamically adjusts the acupoint weight based on user feedback, including: The electronic medical record is structured and designed, the data field definition includes user basic information, symptoms and syndrome type, physiological data and matching acupoint information, the user basic information includes gender, age, constitution type and medical history, the symptoms and syndrome type include user symptom description and mapped traditional Chinese medicine syndrome type, the physiological data includes skin impedance value and temperature change curve, the matching acupoint information includes name, belonging meridian, priority, and weighted score details, and the electronic medical record is locally stored and transmitted based on the AES-256 encryption algorithm.

[0014] The beneficial effects of the application are: based on true solar time calculation and user syndrome type analysis, combined with two-dimensional screening of time main meridian and symptom association, through scientific weight distribution of time matching degree, symptom matching degree and physiological sensitivity, combined with real-time data of skin impedance and temperature change, accurate quantification of acupoint activity, avoiding the deviation of experience selection, non-professional users can input basic information through touch screen standardized options, voice description of symptoms automatically maps syndrome type label, reduces the threshold of understanding traditional Chinese medicine terminology, and ensures that the operation is intuitive and easy to understand; Integrating static information including gender, age, body type and dynamic data including syndrome type, impedance, temperature, generating a JSON format image containing basic attributes, pathological characteristics, physiological state, providing data support for long-term health management, AES-256 algorithm guarantees privacy, fields cover symptoms, syndrome type, acupoint matching details and treatment parameters, converting meridian and collaterals time table and syndrome-acupoint association network into visual 3D model and data chart, facilitating non-traditional Chinese medicine users to understand, quantifying qi and blood through skin impedance detection and temperature imaging, providing modern scientific basis for traditional Chinese medicine theory. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 It is a meridian and collaterals acupoint therapy instrument system module diagram. Figure 2 It is a meridian and collaterals acupoint therapy instrument acupoint matching acupoint method flow chart. DETAILED DESCRIPTION

[0016] The present application will be further clarified by the following examples, but the scope of the present application is not limited to this.

[0017] In addition, the term "and / or" in this paper is only to describe the association relationship of the associated objects, which means that there may be three relationships, for example, A and / or B, which means that there are three cases of A alone, A and B together, and B alone. In addition, the character " / " in this paper generally represents an "or" relationship between the front and rear associated objects unless otherwise specified.

[0018] Example 1 A meridian and collaterals acupoint therapy instrument system, comprising: a user information acquisition module, a true solar time calculation module, a meridian and acupoint database module, a weighted scoring model module, an acupoint matching and output module, an electronic medical record and feedback module: User information acquisition module: collect gender, age, body type and medical history through touch screen graphical interface, store in local database, support voice and text input symptoms, extract keywords combined with traditional Chinese medicine terminology dictionary, generate syndrome type label, measure acupoint conductivity with constant current source double electrode probe, impedance <500Ω marked as high sensitive acupoint, real-time scanning acupoint area temperature with micro module, high temperature marked as high metabolic active area; True solar time calculation module: GPS+Wi-Fi assisted positioning to get latitude and longitude, call astronomical algorithm library to calculate true solar time TST, TST=standard time+longitude time difference+equation time, automatically switch true solar time mode of long-term residence, support manual update of latitude and longitude, match meridian and collaterals time table according to TST, trigger prompt if there is no corresponding main meridian; Meridian and acupoint database module: based on SQL statement to call traditional Chinese medicine database including meridian name, acupoint attribute, five elements attribute, support OTA update, establish syndrome type-acupoint binary relationship network, multi-hop match syndrome type and acupoint association; Weighted scoring model module: set initial weight, 35% for time matching degree, 40% for symptom matching degree, 25% for physiological sensitivity, for time matching degree, main meridian acupoint directly scores 100 points, others are reduced according to association strength, for symptom matching degree, direct association scores 100 points, indirect association is attenuated according to level, for physiological sensitivity, skin impedance < 500 Ω and temperature fluctuation > 1 °C scores 90 points, dynamically correct weight; Acupoint matching and output module: preferentially call current main meridian acupoint, when there is no match, expand associated acupoints through knowledge graph, weighted score total score from high to low, interface displays acupoint name, meridian, priority; Electronic medical record and feedback module: fields include user basic information, symptom syndrome, physiological data including impedance, temperature curve, matching acupoint details, AES-256 algorithm encrypts local storage and transmission.

[0019] Reference Figure 1 As shown in the figure, it is a meridian and collateral therapy instrument system module diagram.

[0020] An acupoint matching and opening method of meridian and collateral therapy instrument, based on the above-mentioned meridian and collateral therapy instrument system for processing, the technical scheme adopted is as follows: S1: collect user gender, age, constitution type, medical history information, symptom information, and map to traditional Chinese medicine syndrome based on user description, measure acupoint conductivity based on skin impedance detector, real-time detect acupoint area temperature change, construct user's static+dynamic portrait based on user basic information and physiological data; S2: obtain device latitude and longitude to calculate true solar time through GPS module, correct time deviation caused by time zone difference combined with user residence latitude and longitude, determine the main meridian corresponding to the current time according to the true solar time matching meridian and collateral time table; S3: based on the current time main meridian, call associated acupoints in traditional Chinese medicine database, combined with user symptoms and syndrome, screen classical acupoint prescription; S4: initialize weighted scoring model, assign initial weight to time matching degree, symptom matching degree, physiological sensitivity, dynamically adjust corresponding weight based on real-time data; S5: based on the screened classical acupoint prescription, calculate the matching degree of each candidate acupoint through the weighted scoring model, output the matching acupoint list and mark the priority; S6: display matching acupoint name, belonging meridian, priority on device interface, assist user to locate acupoint, export matching result as electronic medical record, dynamically adjust acupoint weight based on user feedback.

[0021] Reference Figure 2 As shown in the figure, it is a meridian opening therapy instrument acupoint matching opening method flow chart.

[0022] An acupoint matching opening method of a meridian opening therapy instrument, based on the above-mentioned meridian opening therapy instrument system, the technical scheme adopted is as follows: Further, in S1, based on the user description, it is mapped to the TCM syndrome type, and the user's static+dynamic portrait is constructed based on the user's basic information and physiological data, including: Through the touch screen of the device, input the user's gender, age, constitution type and medical history, the constitution type includes yang deficiency, yin deficiency, dampness and heat and blood stasis, the medical history includes cervical spondylosis, lumbar spondylosis and chronic fatigue, and the standardized options are provided for the user to select by using the graphical interface, and the static information is encrypted and stored in the local database of the device; The user selects one of the voice input and text input to describe the current symptoms, such as right shoulder pain for 3 days, and extracts keywords such as pain, stiffness and numbness from the TCM terminology dictionary, and maps the extracted keywords to TCM syndrome types such as blood stasis and cold dampness, and generates a preliminary syndrome label; The user touches the skin impedance detector probe of the device with fingers, and uses a 50Hz low-frequency constant current source and a double-electrode probe to measure the conductivity of target acupoints such as Zusanli and Hegu, and marks high-sensitive acupoints when the impedance value is lower than 500Ω, and marks low-sensitive acupoints when the impedance value is higher than 1000Ω, and uses standard resistance calibration based on multi-point calibration to eliminate environmental interference; The built-in miniature infrared thermal imaging module scans the temperature distribution of the target acupoint area in real time, and marks the high metabolic active area when the high temperature area is higher than the normal skin temperature by 2℃, and marks the low active area when the low temperature area is lower than the normal skin temperature by 2℃; Integrate the static information including gender, age, constitution, medical history and dynamic data including symptom syndrome type, acupoint impedance and temperature to generate a user portrait, the portrait contains three dimensions of basic attributes, pathological characteristics and physiological state, the basic attributes include gender, age and constitution, the pathological characteristics include medical history and syndrome label, and the physiological state includes high-sensitive acupoint list and active area distribution, and the user portrait is stored in JSON format.

[0023] Further, in S2, the time deviation caused by time zone difference is corrected according to the user's residence longitude and latitude, the meridian opening time table is matched according to the true solar time, and the main meridian corresponding to the current time is determined, including: Based on the GPS module, the latitude and longitude coordinates of the device are obtained in real time, with an accuracy of ±2.5 meters, and Wi-Fi assisted positioning is supported under the condition that the GPS signal is weak in indoor environment; According to the latitude and longitude of the device, call astronomical algorithm library to calculate the current true solar time TST, TST = standard time + longitude difference + equation time, longitude difference corresponds to 1 hour per 15° longitude, equation time is dynamically corrected based on the eccentricity of the Earth's orbit and the variation of the angle between the ecliptic and the equator, and is realized through the pre-stored almanac; When there is a time zone difference between the user's long-term residence and the current use location, such as business trips, automatically switch to the true solar time mode of the long-term residence, such as the user's residence is Beijing in East Eight Zone and the current use location is Bangkok in East Seven Zone, the system corrects TST to East Eight Zone time, the user can manually update the residence latitude and longitude through the device interface, such as moving or long-term business trips, and re-calculate TST after updating; According to TST, match the meridian and flow injection time table such as the classic time table of "Painful Acupuncture", including 1:00-3:00→ gallbladder meridian in the ugly time, 3:00-5:00→ liver meridian in the yin time, 5:00-7:00→ lung meridian in the rabbit time, when TST is 13:45, match the un time 13:00-15:00→ bladder meridian, when TST exceeds the standard time range, trigger a prompt that the current time has no corresponding main meridian.

[0024] Further, the S3 combines user symptoms and syndrome types to screen classic acupoint prescriptions, including: According to the main meridian of the current time determined in S2, such as the bladder meridian in the un time, based on the SQL statement to call the acupoint list associated with the meridian in the traditional Chinese medicine database, such as shenshu, weizhong, and dachangshu, the database includes meridian name, acupoint name, five input acupoint attributes, and five element attributes, five input acupoint attributes include well, spring, input, meridian, and combination, five element attributes include wood, fire, earth, metal, and water, and the local database is updated based on OTA; Based on the syndrome type label of the user portrait in S1, such as qi stagnation and blood stasis, a syndrome-acupoint binary relationship network is established, the traditional Chinese medicine syndrome differentiation knowledge graph is called, the acupoints associated with the syndrome type are matched according to the five element attributes of the syndrome type, and the associated acupoints are recommended to support multi-hop matching, such as qi stagnation and blood stasis→ blood stasis→ promoting blood circulation to remove blood stasis→ blood sea, belonging to blood and stasis, and selecting blood division acupoints.

[0025] Further, the S4 initializes the weighted scoring model, and assigns initial weights to the time matching degree, symptom matching degree, and physiological sensitivity, and dynamically adjusts the corresponding weights, including: Based on the user static portrait and dynamic portrait collected in S1, a multi-dimensional scoring model is constructed, and the model contains three core weight dimensions, including time matching degree, symptom matching degree, and physiological sensitivity; According to the theory of traditional Chinese medicine and clinical experience, the initial weight proportion is set, the time matching degree weight accounts for 35%, the main meridian of the current time is determined according to the theory of meridian and flow injection, the symptom matching degree weight accounts for 40%, and the associated strength of the user's syndrome type and the classic acupoint prescription is determined, and the physiological sensitivity weight accounts for 25%, and the acupoint activity is quantified through skin impedance and temperature change. According to the revised true solar time in S2, the meridian time is matched, the correlation strength of the current time main meridian and the user's constitution is calculated, if the user's constitution is directly related to the current main meridian, the score is 100 points; if it is indirectly related, it is reduced according to the degree of association of traditional Chinese meridians; From the classical acupoint prescription screened in S3, extract the acupoints directly related to the user's constitution, and assign scores to the mapping relationship, if the function of a certain acupoint is completely matched with the user's symptoms, the score is 100 points, if it is partially matched, the score is assigned according to the proportion of matching items; Based on the real-time data of skin impedance detector and temperature sensor in S1, the activity of acupoint is quantified, the lower the skin impedance value and the more obvious the temperature change, the higher the sensitivity of acupoint, and the higher the score; Combined with the skin impedance and temperature data of S1, the physiological sensitivity weight is dynamically corrected, the larger the skin impedance and temperature change, the higher the physiological sensitivity weight, if the temperature of an acupoint changes significantly during the acupoint matching process, it means that the acupoint is active, then the physiological sensitivity weight is increased to 25%, if no obvious physiological change is observed in the acupoint matching process for several times, the weight is reduced to 15%.

[0026] Further, the matching degree of each candidate acupoint is calculated by a weighted scoring model in S5, and a matching acupoint list is outputted, and the priority is marked, including: Based on the classical acupoint prescription screened in S3, extract the acupoints related to the current main meridian and constitution, if the prescription contains the acupoints of the current main meridian such as Weizhong of Bladder Meridian, directly retrieve, if there is no main meridian acupoint, expand the related acupoints through knowledge graph such as damp-heat constitution→Bladder Meridian→Weizhong; Combined with the weighted scoring model in S4, the prescription is screened again, for the time matching degree, the current main meridian acupoint directly scores 100 points, other meridian acupoints are reduced according to the correlation strength such as Bladder Meridian acupoint→80 points, stomach meridian acupoint→60 points, for the symptom matching degree, the user's constitution is directly related to the acupoint, the score is 100 points, the indirect correlation is attenuated according to the level, such as constitution→meridian→acupoint→80 points, for the physiological sensitivity, based on the skin impedance value and temperature change in S1, the lower the skin impedance value, the more sensitive, the greater the temperature change, such as impedance value <5kΩ and temperature change >1°C→90 points; Sort by weighted scoring total score from high to low to generate a priority list such as Weizhong→95 points, Kunlun→88 points, Yinlingquan→82 points, display the acupoint name, the meridian it belongs to, and the priority in the device interface, distinguish by color, red→high priority, blue→medium priority, and provide acupoint positioning animation and voice guidance.

[0027] Further, the S6 assists the user in positioning the acupoint, and exports the matching result as an electronic medical record. The acupoint weight is dynamically adjusted based on user feedback, including: The electronic medical record is designed in a structured manner. The data field definition includes user basic information, symptoms and syndrome types, physiological data, and matching acupoint information. The user basic information includes gender, age, constitution type, and medical history. The symptoms and syndrome types include user symptom description and mapped TCM syndrome types such as damp-heat downward flow. The physiological data includes skin impedance value and temperature change curve. The matching acupoint information includes name, belonging meridian, priority, and weighted score details. The electronic medical record is stored and transmitted locally based on the AES-256 encryption algorithm.

[0028] Embodiment Two User Background: Mr. Wang, 40 years old, Yang deficiency constitution, has a history of chronic low back pain, currently on business trip in Bangkok East 7 District, long-term residence in Beijing East 8 District, complains of cold pain in the waist for 3 days, limited activity, the device inputs the symptom description through voice.

[0029] Static information collection: touch screen selection: male, 40 years old, Yang deficiency constitution, history of chronic low back pain, data encrypted and stored in local database, AES-256 encryption; Symptom and syndrome type mapping: voice input: cold pain in the waist, aggravated at night, afraid of cold, key word extraction: pain, cold sensation, limited activity → mapped TCM syndrome type label: cold-dampness stagnation; Skin impedance detection: dual electrode probe measures the kidney shu point of the foot-taiyang bladder meridian, impedance value 380Ω < 500Ω, marked as high sensitivity acupoint, temperature scanning: infrared thermal imaging shows that the kidney shu area is 1.8℃ lower than the surrounding skin, marked as a low active area; generate user portrait.

[0030] Positioning and time correction, GPS / Wi-Fi obtains Bangkok coordinates: 100.5°E, 13.7°N, East 7 District, calculates true solar time TST: standard time: 14:00 Bangkok local time; longitude time difference: 100.5°E → difference of 4.5° from the reference longitude of East 7 District 105°E → -18 minutes, every 1° = 4 minutes; equation time: check pre-stored almanac correction + 3 minutes, eccentricity compensation of Earth's revolution; corrected TST = 14:00-18min+3min = 13:45; Match the main meridian of the time, TST = 13:45 → belongs to the un-time, 13:00-15:00 → corresponds to the foot-taiyang bladder meridian, meridian and hour chart of subdue flow; prompt: the device automatically switches to the true solar time of the long-term residence place Beijing, East 8 District, to avoid time zone errors.

[0031] Access bladder meridian associated acupoints: SQL query traditional Chinese medicine database: Foot-Taiyang Bladder Meridian → Weizhong, Shenshu, Kunlun, five input acupoints attributes: combined acupoint, back Shu; five elements attributes: Bladder Meridian belongs to water, Shenshu belongs to earth, water meridian earth acupoint; Syndrome type-acupoint multi-hop matching: syndrome type label cold dampness blockage → associated traditional Chinese medicine knowledge graph: direct association: dispel cold and dampness → bladder meridian acupoint Weizhong, combined acupoint, treat lumbago; indirect association: cold dampness blockage → yang deficiency constitution → tonifying kidney and warming yang → Shenshu, back Shu acupoint.

[0032] Initial weight distribution: time degree 35%: bladder meridian acupoint direct score, symptom matching degree 40%: direct association acupoint priority of cold dampness blockage, physiological sensitivity 25%: low impedance value 380Ω but low temperature-1.8℃, medium activity; Dynamic weight adjustment: detected low impedance of Shenshu but low temperature → increased symptom matching degree weight to 45%, strengthened syndrome type association.

[0033] Acupoint matching output is shown in Table 1; Table 1 Acupoint Chrono-matching degree Symptom-matching degree Physiological sensitivity Total score Priority Weizhong 100 points 100 points 70 points 94 points Red Shenshu 100 points 80 points 75 points 85 points Blue Kunlun 100 points 60 points 65 points 76 points Blue Interface display: Weizhong: Foot-Taiyang Bladder Meridian, red high priority, Shenshu: Foot-Taiyang Bladder Meridian, blue medium priority, auxiliary positioning: animation demonstration of Weizhong acupoint located at the midpoint of popliteal fossa.

[0034] Finally: the above only describes preferred embodiments of the present application and is not used to limit the present application, any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the protection scope of the present application.

[0035] The present application provides a meridian flow opening acupoint therapeutic instrument system and an acupoint matching opening acupoint method thereof, collects user gender, age, constitution and medical history static information through a touch screen, inputs symptoms and generates a traditional Chinese medicine syndrome type label, detects acupoint conductivity and scans acupoint temperature change, integrates to generate a user portrait, obtains device latitude and longitude, calls an astronomical algorithm library to calculate a corrected true solar time, matches a meridian flow time table to determine a current main meridian, accesses a traditional Chinese medicine database associated acupoint, and constructs a syndrome type-acupoint binary relationship network in combination with a user syndrome type label, screens a classic acupoint through multi-hop matching, initializes a weighted scoring model, dynamically adjusts weights, finally outputs a matching acupoint list in priority order, interface displays names, meridians and color priority, and the matching result is structured and exported as an encrypted electronic medical record, through multi-dimensional data fusion and knowledge graph expansion, realizing closed loop matching of traditional Chinese medicine theory and modern algorithm.

Claims

1. A meridian channel therapy instrument system, characterized in that, Comprise: User information acquisition module, true solar time calculation module, meridian and acupoint database module, weighted scoring model module, acupoint matching and output module, electronic medical record and feedback module: User information acquisition module: Collect gender, age, body type and medical history through touch screen graphical interface, encrypt storage in local database, support voice and text input symptoms, extract keywords combined with Chinese medical terminology dictionary, generate syndrome type label, measure acupoint conductivity with constant current source double electrode probe, impedance <500Ω marked as high sensitive acupoint, micro module real-time scanning acupoint area temperature, high temperature marked as high metabolic active area; True solar time calculation module: GPS+Wi-Fi assisted positioning to get latitude and longitude, call astronomical algorithm library to calculate true solar time TST, TST=standard time+longitude difference+equation time, automatically switch to true solar time mode of long-term residence, support manual update of latitude and longitude, match meridian and collateral vessels time table according to TST, trigger prompt no corresponding main meridian; Meridian and acupoint database module: Based on SQL statement to call Chinese medicine database including meridian name, acupoint attribute, five elements attribute, support OTA update, establish syndrome-acupoint binary relationship network, multi-hop match syndrome and acupoint association; Weighted scoring model module: Set initial weight, time matching degree 35%, symptom matching degree 40%, physiological sensitivity 25%, for time matching degree, main meridian acupoint directly scores 100 points, others are reduced according to association strength, for symptom matching degree, directly associated 100 points, indirect association is attenuated according to level, for physiological sensitivity, skin impedance <500Ω and temperature fluctuation >1°C get 90 points, dynamic correction weight; Acupoint matching and output module: Preferentially call current main meridian acupoint, no matching through knowledge graph expansion associated acupoint, weighted score total score from high to low order, interface display acupoint name, meridian, priority; Electronic medical record and feedback module: Fields include user basic information, symptom syndrome, physiological data including impedance, temperature curve, matching acupoint details, AES-256 algorithm encrypt local storage and transmission.

2. A meridian opening treatment instrument acupoint matching opening hole method, characterized in that, Based on the meridian and collateral vessels opening acupoint therapeutic instrument system of claim 1 for processing, comprising: S1: Collect user gender, age, body type, medical history information, symptom information, and map to Chinese medicine syndrome type based on user description, measure acupoint conductivity based on skin impedance detector, real-time detect acupoint area temperature change, based on user basic information and physiological data to build user's static+dynamic portrait; S2: Calculate true solar time through GPS module to get device latitude and longitude, correct time deviation caused by time zone difference combined with user residence latitude and longitude, determine the main meridian corresponding to the current time according to the true solar time matching meridian and collateral vessels time table; S3: Based on the current time main meridian, call associated acupoint in Chinese medicine database, combined with user symptoms and syndrome, select classic acupoint prescription; S4: Initialize weighted scoring model, assign initial weight to time matching degree, symptom matching degree, physiological sensitivity, dynamically adjust corresponding weight based on real-time data; S5: Based on the screened classical acupoint prescription, the matching degree of each candidate acupoint is calculated by a weighted scoring model, and a matching acupoint list is output, with priority marked; S6: Display the matching acupoint name, meridian, and priority on the device interface to assist the user in locating the acupoint, export the matching result as an electronic medical record, and dynamically adjust the acupoint weight based on user feedback.

3. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S1, based on the user description, map to TCM syndrome type, based on user basic information and physiological data to build user's static+dynamic portrait, including: Through the device's own touch screen, input user's gender, age, body type and medical history, use graphical interface to provide standardized options for user selection, encrypt static information and store it in the device's local database; The user selects one of the voice input and text input to describe the current symptoms, extracts the keywords from the TCM terminology dictionary, maps the extracted keywords to the TCM syndrome type, and generates a preliminary syndrome label; The user gently touches the skin impedance detector probe of the device, uses a 50Hz low-frequency constant current source and a double-electrode probe to measure the conductivity of the target acupoint, and marks high-sensitive acupoints if the impedance value is below 500Ω and low-sensitive acupoints if the impedance value is above 1000Ω. Based on multi-point calibration, use standard resistance calibration to eliminate environmental interference; Built-in miniature infrared thermal imaging module, real-time scanning of target acupoint area temperature distribution, high temperature area marked as high metabolic active area, low temperature area marked as low active area; Integrate static information including gender, age, constitution, medical history and dynamic data including symptom syndrome, acupoint impedance, temperature to generate user portrait, portrait contains three dimensions of basic attributes, pathological characteristics and physiological state, basic attributes include gender, age, constitution, pathological characteristics include medical history, syndrome label, physiological state includes high-sensitive acupoint list, active area distribution, user portrait is stored in JSON format.

4. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S2, combined with the user's residence latitude and longitude, correct the time deviation caused by time zone difference, match the meridian and flow injection time table according to the true solar time, and determine the main meridian corresponding to the current time, including: Based on the GPS module, real-time acquisition of the latitude and longitude coordinates of the device, supporting Wi-Fi assisted positioning under the condition of weak GPS signal in indoor environment; According to the latitude and longitude of the device, call astronomical algorithm library to calculate the current true solar time TST, TST=standard time+longitude time difference+equation time, longitude time difference corresponds to 1 hour per 15° longitude, equation time is dynamically corrected based on the eccentricity of the earth's orbit and the change of the angle between the earth and the sun, realized by pre-stored almanac; When there is a time zone difference between the user's long-term residence and the current use, automatically switch to the true solar time mode of the long-term residence, the user can manually update the residence latitude and longitude through the device interface, and the TST is recalculated after updating; According to TST, match the meridian and flow injection time table, when TST exceeds the standard time range, trigger a prompt that there is no corresponding main meridian in the current time.

5. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S3, combined with user's symptoms and syndrome type, screen classical acupoint prescription, including: According to the current time main meridian determined in S2, the SQL statement is used to call the acupoint list associated with the meridian in the traditional Chinese medicine database, the database includes meridian name, acupoint name, five input acupoint attribute, five elements attribute, and the local database is updated based on OTA; Based on the syndrome type label of the user portrait in S1, a syndrome type-acupoint binary relationship network is established, the traditional Chinese medicine syndrome differentiation knowledge graph is called, the acupoints associated with the syndrome type are matched according to the five elements attribute of the syndrome type, and the associated acupoints are recommended to support multi-hop matching.

6. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S4, the weighted scoring model is initialized, the initial weights of the time matching degree, the symptom matching degree and the physiological sensitivity are distributed, and the corresponding weights are dynamically adjusted, including: Based on the user static portrait and dynamic portrait collected in S1, a multi-dimensional scoring model is constructed, the model contains three core weight dimensions, including time matching degree, symptom matching degree and physiological sensitivity; According to the traditional Chinese medicine theory and clinical experience, the initial weight proportion is set, the time matching degree weight accounts for 35%, the main meridian is determined according to the theory of submeridian flow injection, the symptom matching degree weight accounts for 40%, the associated strength of the user syndrome type and the classic acupoint prescription is determined, and the physiological sensitivity weight accounts for 25%, the acupoint activity is quantified by skin impedance and temperature change; According to the true solar time corrected in S2, the meridian flow injection time table is matched, the associated strength of the current time main meridian and the user syndrome type is calculated, the acupoints directly related to the user syndrome type are extracted from the classic acupoint prescription screened from S3, the mapping relationship is distributed with scores, the acupoint activity is quantified based on the real-time data of the skin impedance detector and the temperature sensor in S1, the physiological sensitivity weight is dynamically corrected combined with the skin impedance and temperature data in S1, and the physiological sensitivity weight is increased if the skin impedance and temperature change is large.

7. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S5, the matching degree of each candidate acupoint is calculated by the weighted scoring model, the matching acupoint list is output, and the priority is marked, including: Based on the classic acupoint prescription screened in S3, the acupoints related to the current main meridian and the syndrome type are extracted, if the current main meridian acupoint is included in the prescription, it is directly called, if there is no main meridian acupoint, the associated acupoint is expanded through the knowledge graph; Combined with the weighted scoring model in S4, the called prescription is secondarily screened, for the time matching degree, the current main meridian acupoint directly scores 100 points, other meridian acupoints are reduced according to the associated strength, for the symptom matching degree, the user syndrome type and the acupoint are directly associated with 100 points, the indirect association is attenuated according to the level, and for the physiological sensitivity, the skin impedance value and the temperature change are quantified based on the skin impedance value and the temperature change in S1. The priority list is generated in the order from high to low according to the weighted scoring total score, the acupoint name, the meridian it belongs to and the priority are displayed on the device interface with color distinction, and the acupoint positioning animation and voice guidance are provided.

8. The meridian channel injection treatment instrument acupoint matching acupoint method according to claim 2, characterized in that, In S6, the user is assisted in positioning the acupoint, the matching result is exported as an electronic medical record, and the acupoint weight is dynamically adjusted based on user feedback, including: The electronic medical record is structured designed, and the data field definition includes user basic information, symptom and syndrome type, physiological data and matching acupoint information. The user basic information includes gender, age, constitution type and medical history. The symptom and syndrome type includes user symptom description and mapped TCM syndrome type. The physiological data includes skin impedance value and temperature change curve. The matching acupoint information includes name, belonging meridian, priority, and weighted score details. The electronic medical record is locally stored and transmitted based on the AES-256 encryption algorithm.

Images