A combination of traditional Chinese and western medicine digital sub-health conditioning system

Abstract

This invention discloses a digital sub-health conditioning system integrating traditional Chinese and Western medicine, belonging to the field of smart healthcare and health management technology. It includes a digital acupoint diathermy device, an intelligent management platform, and a remote expert support terminal. The digital acupoint diathermy device communicates with the intelligent management platform to perform transdermal targeted drug delivery and report operational data. The intelligent management platform communicates with the remote expert support terminal to process data, manage plans, and support remote interaction. The system constitutes a closed-loop conditioning circuit consisting of device execution, platform management, and expert guidance. By integrating an acupoint diathermy device with independent temperature control and sensing functions, an intelligent management platform capable of data analysis and dynamic plan optimization, and a remote expert support terminal capable of real-time intervention, this invention constructs a complete closed loop of perception-analysis-execution-optimization, thereby effectively achieving precise targeting of the conditioning process and personalized and real-time adjustment of the plan.

Description

Technical Field

[0001] This invention relates to the field of smart healthcare and health management technology, specifically a digital intelligent sub-health conditioning system that combines traditional Chinese and Western medicine. Background Technology

[0002] With the fast pace of modern life, sub-health has become a widespread problem affecting the quality of life for the public. Traditional Chinese medicine (TCM) methods, such as moxibustion and topical application, while possessing unique advantages in holistic conditioning, have not yet fully integrated their mechanisms of action with modern quantitative medicine, hindering their standardized development and widespread adoption. Therefore, exploring a new conditioning model that integrates the essence of TCM theory with modern digital technology to achieve precise, convenient, and safe health intervention has become an important direction for development in the field of health management.

[0003] Currently, there are several physical devices and digital tools available on the market for sub-health conditioning or health maintenance. For example, some external instruments that use heat therapy, electrotherapy, or magnetotherapy to act on acupoints can achieve basic physical conditioning functions. Meanwhile, independent health management applications or platforms can be used to record users' basic health data and lifestyle habits. Furthermore, telemedicine consultation services provide users with a possible way to obtain professional advice, enabling some health management activities to transcend geographical limitations.

[0004] Existing systems fail to achieve a complete closed loop: sensing the user's real-time status, intelligently analyzing and generating personalized intervention strategies, and precisely executing and continuously optimizing them. Specifically, the treatment process lacks dynamic adaptability, intervention methods cannot be deeply integrated with traditional Chinese medicine (TCM) diagnostic theories, and professional medical resources cannot be embedded into the treatment process in real time. In other words, physical therapy devices typically have preset fixed programs, lacking the ability to dynamically adjust based on real-time user feedback, and cannot achieve differentiated and precise interventions for different acupoints. Furthermore, an effective data loop has not been formed between the data management platform and the therapy hardware, leading to a disconnect between the treatment process and effect evaluation, making it difficult to achieve personalized and continuous optimization of the plan. This results in the lack of an efficient and collaborative real-time linkage mechanism between users, devices, and professional medical resources, creating blind spots in professional support and timely adjustments throughout the treatment process, impacting the overall treatment effect and experience. Summary of the Invention

[0005] Based on this, the purpose of this invention is to provide a digital sub-health conditioning system that combines traditional Chinese and Western medicine, in order to solve the technical problems existing in the prior art, such as low standardization of the conditioning process, insufficient personalization and dynamic adjustment capabilities, lack of remote professional support, and low efficiency of collaboration between users, equipment and experts.

[0006] To achieve the above objectives, the present invention provides the following technical solution: a digital intelligent sub-health conditioning system integrating traditional Chinese and Western medicine, comprising a digital intelligent acupoint diathermy device, an intelligent management platform, a remote expert support terminal, and a user mobile application terminal; the digital intelligent acupoint diathermy device is communicatively connected to the intelligent management platform and is used to perform transdermal targeted drug delivery and thermotherapy conditioning based on the theory of meridians in traditional Chinese medicine, and to report operational data and physiological sensor data in real time; the intelligent management platform is communicatively connected to the remote expert support terminal and the user mobile application terminal and is used to aggregate and analyze multi-source data, dynamically manage and optimize personalized conditioning plans, and support user feedback and remote expert interaction; the system constitutes a closed-loop feedback loop of "perception-analysis-decision-execution-optimization", wherein the conditioning analysis engine of the intelligent management platform can dynamically generate and issue control commands to the digital intelligent acupoint diathermy device according to the user's TCM syndrome differentiation type, real-time physiological signals, and historical efficacy data.

[0007] The present invention is further configured such that the digital intelligent acupoint diathermy instrument includes a main unit, a controlled-release plate, and a replaceable immersion herbal membrane; the controlled-release plate is electrically connected to the main unit, and its surface is physically divided into multiple conditioning units that can be independently controlled and monitored, each conditioning unit corresponding to a heating area and integrating at least one temperature sensor; the immersion herbal membrane carries Chinese herbal ingredients that match the TCM syndrome differentiation, its shape matches the controlled-release plate, and it can cover the heating area accordingly; wherein, the shape, area, and spatial arrangement of the heating area are pre-configured to match the distribution of acupoint groups on one or more specific meridians.

[0008] The present invention is further configured such that the immersion herbal membrane is a multi-layer composite membrane with gradient sustained-release function, including at least a controlled-release layer close to the skin and a drug storage layer away from the skin; the controlled-release layer is rich in transdermal penetration enhancers, and the drug storage layer carries a high concentration of active ingredients of traditional Chinese medicine; the concentration of traditional Chinese medicine components, the type or proportion of penetration enhancers in each layer are different, so as to achieve programmed release of drugs under the action of thermotherapy.

[0009] The present invention is further configured such that each conditioning unit of the controlled-release plate is also integrated with a bioimpedance sensor, which is used to continuously collect the impedance signal of the skin at the contact site during the conditioning process, so as to indirectly evaluate the skin microcirculation status and drug penetration efficiency; the temperature sensor and the bioimpedance sensor constitute a multimodal sensing unit, and the real-time data collected by them are jointly uploaded to the intelligent management platform.

[0010] The present invention is further configured such that the intelligent management platform includes an equipment monitoring module, a user data archive, a material management module, and a conditioning analysis engine; the user data archive stores the user's TCM constitution identification results, syndrome differentiation, and a complete data chain of each conditioning treatment; the conditioning analysis engine has a built-in machine learning-based decision model, which takes the user's real-time temperature data, impedance change trend, and subjective symptom feedback as input, and combines their syndrome differentiation and historical data to output temperature adjustment values, conditioning duration adjustment values, or dominant acupoint adjustment suggestions for each independent heating area.

[0011] The present invention is further configured such that the intelligent management platform is configured to: continuously monitor treatment data, and automatically trigger a consultation process when a preset abnormal pattern is identified; the abnormal pattern includes: after N consecutive treatments, the improvement rate of physiological indicators of a specific acupoint is lower than the threshold M of the algorithm prediction value; or in a single treatment, the temperature response curve of a certain heating area deviates significantly from the user's baseline model; after triggering, the platform automatically generates a data packet containing key indicators, trend charts and user feedback, and initiates a consultation request to the designated remote expert support terminal.

[0012] The present invention is further configured such that the material management module establishes a full life cycle digital file for each of the soaked medicine films, and binds it to a specific user, diagnosis scheme and usage record through a unique identification code; the module performs countdown management based on the cumulative effective heating time or the expiration date after opening, and sends a replacement reminder to the user through the user's mobile application terminal before the consumable is about to be exhausted or expired.

[0013] The present invention is further configured such that the remote expert support terminal provides an interactive interface for authorized experts, who can access the user's complete treatment records, view the abnormal events and analysis suggestions marked by the system, and review, revise or annotate the treatment plan online; after the revised plan is verified by the platform, it can be directly and synchronously updated to the queue of the digital acupoint diathermy instrument to be executed for the corresponding user.

[0014] The present invention is further configured such that the user mobile application terminal is used to collect the user's subjective symptom quantitative score and receive the plan notification, treatment reminder and effect report from the intelligent management platform; the symptom feedback data submitted by the user through the terminal will be sent back to the treatment analysis engine as key input parameters for subsequent personalized optimization of the plan.

[0015] The present invention is further configured to include the following steps: S1: User initialization, performing TCM constitution identification and syndrome differentiation, generating an initial personalized conditioning plan; S2: Applying the TCM-infused film matching the syndrome differentiation onto the controlled-release plate of the digital acupoint diathermy device, and wearing the device to the target acupoint area; S3: Initiating conditioning, the device performs independent zoned heat therapy according to the initial plan, while the multimodal sensing unit collects and uploads physiological signals in real time; S4: The intelligent management platform receives the data, the conditioning analysis engine performs real-time analysis, and if it determines that dynamic parameter adjustment is required, it generates instructions and sends them to the device for execution; S5: During or after conditioning, the user submits subjective symptom feedback through a mobile application terminal; S6: The platform archives all data from this conditioning session, the analysis engine integrates multi-cycle data to evaluate efficacy and optimize the plan, and generates a suggested plan for the next cycle; S7: If the platform detects abnormal data, it automatically initiates a remote expert consultation; the expert reviews and adjusts the plan through a remote terminal, and the new plan is sent to the user for execution after confirmation; S8: Repeat steps S2 through S7 to form a continuously optimized closed-loop conditioning cycle.

[0016] In summary, the present invention has the following main beneficial effects: This invention integrates an acupoint diathermy device with independent temperature control and sensing functions for different zones, an intelligent management platform capable of data analysis and dynamic optimization of treatment plans, and a remote expert support terminal that can intervene in real time. This creates a complete closed loop of "perception-analysis-execution-optimization," which effectively achieves precise targeting of the treatment process, personalized and real-time adjustment of the treatment plan, and efficient collaboration between equipment, users, and professional medical resources. Ultimately, this improves the treatment effect, user rehabilitation experience, and compliance. Attached Figure Description

[0017] Figure 1 This is a basic architectural diagram of the present invention; Figure 2 This is a flowchart illustrating the core workflow of the present invention. Detailed Implementation

[0018] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. The embodiments described below with reference to the accompanying drawings are exemplary and are only used to explain the present invention, and should not be construed as limiting the present invention.

[0019] The embodiments of the present invention will now be described.

[0020] A digital sub-health conditioning system integrating traditional Chinese and Western medicine, such as Figure 1 and Figure 2As shown, the system includes a digital acupoint diathermy device, an intelligent management platform, a remote expert support terminal, and a user mobile application terminal. The digital acupoint diathermy device and the intelligent management platform establish a communication connection wirelessly or via wired connection. The digital acupoint diathermy device is used to perform transdermal targeted drug delivery and thermotherapy combined conditioning based on traditional Chinese medicine meridian theory. During execution, the instrument collects its own operational data and physiological sensor data in real time and reports it to the intelligent management platform. The intelligent management platform also maintains communication connections with the remote expert support terminal and the user mobile application terminal. The intelligent management platform is responsible for aggregating multi-source data from the digital acupoint diathermy device and the user mobile application terminal, analyzing and processing this data, dynamically managing and optimizing personalized conditioning plans for each user, and supporting interactive functions between users and remote experts. The entire system constructs a complete closed-loop feedback loop of perception, analysis, decision-making, execution, and optimization. In this circuit, the intelligent management platform's built-in conditioning analysis engine can dynamically generate specific control instructions based on the user's TCM syndrome differentiation, combined with real-time collected physiological signals and historically accumulated therapeutic data. These instructions are then sent to the digital acupoint diathermy instrument to drive its execution, thereby achieving intelligent and adaptive optimization of the conditioning process.

[0021] The core hardware of the digital acupoint diathermy device mainly includes the main unit, the controlled-release plate, and replaceable herbal infusion membranes. The controlled-release plate is electrically connected to the main unit via a cable. The plate surface is physically divided into multiple independent conditioning units. Each conditioning unit corresponds to an independent heating zone, and each heating zone integrates at least one high-precision temperature sensor to monitor the real-time temperature of that zone. The herbal infusion membrane carries a specific formula of Chinese herbal ingredients that matches the TCM syndrome differentiation. The shape of the herbal infusion membrane matches the shape of the controlled-release plate, allowing it to accurately cover all heating zones. Specifically, the shape, size, and spatial arrangement of each independent heating zone on the controlled-release plate are pre-configured during the design phase, based on the distribution of acupoint groups on one or more specific meridians in the human body, ensuring that the device naturally and accurately covers the target acupoint groups when worn.

[0022] The herbal immersion membrane is not a single material layer but a multi-layered composite membrane with a gradient sustained-release function. This membrane comprises at least two layers: a controlled-release layer close to the skin and a drug-reservoir layer further away. The controlled-release layer is rich in transdermal penetration enhancers such as laurocapram to promote the penetration of drug components into the skin. The drug-reservoir layer carries a high concentration of active herbal ingredients, serving as a drug reservoir. In its design, the concentrations of herbal components differ between the controlled-release layer and the drug-reservoir layer, and the types or proportions of penetration enhancers can also differ. This gradient structure allows the drug to be released gradually from the drug-reservoir layer to the controlled-release layer and then into the skin under thermotherapy, achieving a more sustained and stable therapeutic effect.

[0023] To further enhance the system's sensing capabilities, each independent conditioning unit of the controlled-release plate integrates both a temperature sensor and a bioimpedance sensor. During conditioning, the bioimpedance sensor continuously collects impedance signals from the skin at the point of contact with the device. Changes in skin impedance can indirectly reflect changes in the skin's microcirculation at that location and the efficiency of drug penetration. The temperature sensor and bioimpedance sensor together constitute a multimodal sensing unit. The real-time temperature and impedance data they collect are integrated and uploaded to the intelligent management platform, providing multi-dimensional physiological signal input for subsequent intelligent analysis.

[0024] The intelligent management platform, serving as the system's data hub and decision-making core, is deployed on a cloud server cluster. The platform comprises multiple functionally collaborative modules, primarily including an equipment monitoring module, a user data archive, a material management module, and a treatment analysis engine. The equipment monitoring module maintains a stable communication link with all online digital acupoint diathermy devices, receiving and recording in real-time operational parameters and sensor data reported by the devices. The user data archive establishes an independent digital profile for each registered user. This profile not only stores the user's basic information and TCM constitution identification results but also records in detail the user's TCM syndrome differentiation and the complete data chain generated during each treatment process, including treatment plan parameters, real-time physiological signals, equipment operation logs, and user subjective feedback. The treatment analysis engine is the platform's intelligent core, internally incorporating a decision model trained based on machine learning algorithms. The model uses real-time temperature data, impedance change trend data, and subjective symptom quantitative scores submitted through mobile application terminals as input features. It also combines the user's established TCM syndrome differentiation and historical treatment data for analysis and calculation. Finally, it outputs precise control instructions for each independent heating area of ​​the digital acupoint diathermy instrument. For example, it can increase or decrease the set temperature of a certain area by a specific value, extend or shorten the treatment time of that area, or suggest changing the dominant acupoint for the next treatment cycle after evaluation.

[0025] The intelligent management platform is pre-configured with automated monitoring and consultation triggering logic. The platform continuously monitors the user's treatment data stream and runs an anomaly pattern recognition algorithm. Pre-defined anomaly patterns include, but are not limited to, the following: after a user has received N consecutive treatments, the system's algorithm analysis reveals that the improvement rate of a certain physiological indicator at a specific acupoint is lower than the threshold M predicted by the algorithm based on its model; or during a single treatment, the temperature response curve of a certain heating area deviates significantly from the baseline model established based on the user's historical data. Once the system identifies such an anomaly pattern, it automatically triggers a remote consultation process. After triggering, the platform automatically organizes and generates a structured data package containing key indicators of the triggering event, relevant data trend charts, and the user's recent symptom feedback information. Subsequently, the platform proactively initiates a consultation request to a pre-defined designated remote expert support terminal and pushes the data package.

[0026] The materials management module is responsible for the refined, full-lifecycle digital management of the core consumable, namely, the herbal infusion membrane. Each herbal infusion membrane is assigned a unique identification code, such as a QR code or RFID tag, during production. Before use, the user scans this code using their mobile application, binding the membrane's unique identity information to the current user account and the ongoing treatment plan. The materials management module creates an independent digital file for each membrane, recording its activation time, accumulated effective heating time, associated user and treatment plan information. The module manages the countdown based on preset rules, such as a maximum recommended cumulative usage time for a single membrane or the expiration date after opening. When it detects that a membrane is about to reach its usage period or expiration date, the module sends a replacement reminder message to the corresponding user's mobile application via the intelligent management platform, ensuring the effectiveness and safety of consumable use.

[0027] The remote expert support terminal provides a professional remote interactive interface for authorized physicians or health managers. After logging in securely with authentication, experts can access the complete treatment records of any user within their authorized scope, view details of abnormal events automatically marked by the system, and receive preliminary suggestions from the platform's analysis engine. Experts can review the user's current treatment plan online based on their professional knowledge and clinical experience, offering corrections or adding annotations. The revised plan submitted by the expert undergoes format and logic verification by the platform. Once verified, the new plan is directly and synchronously updated to the queue of pending plans in the corresponding user's digital acupoint diathermy device. The new plan can then be executed the next time the user initiates treatment, achieving a seamless transition from professional experience to execution instructions.

[0028] The user's mobile application terminal is the primary entry point for interaction between the user and the entire treatment system, typically existing in the form of a smartphone application. Through this terminal, users can easily submit quantitative scores of their subjective symptoms, such as fatigue and sleep quality, using standardized scales, such as a 10-point scale. Simultaneously, the terminal receives and displays all relevant information from the intelligent management platform, including treatment plan notifications, daily treatment reminders, and periodic effect analysis reports. The symptom feedback data submitted by the user through the terminal is transmitted in real-time as a key input parameter to the intelligent management platform's treatment analysis engine, thus participating in the continuous and personalized optimization calculations of the subsequent treatment plan.

[0029] A sub-health conditioning method based on the above system includes the following steps. The first step is user initialization. Before receiving the service, the user first completes a TCM constitution identification and syndrome differentiation assessment through the system. Based on the assessment results, the system generates an initial personalized conditioning plan for the user. The second step is conditioning preparation. The user selects a medicinal film matching their syndrome differentiation and adheres it tightly to the controlled-release plate of the digital acupoint diathermy device. The user then correctly wears the device to the corresponding target acupoint area. The third step is initiating the conditioning process. The user initiates the conditioning program through the device or mobile application. The digital acupoint diathermy device performs zoned heat therapy on each independent heating area according to the initial plan. Simultaneously, the multimodal sensing unit on the device starts working, collecting physiological signals such as temperature and impedance in real time and uploading them to the intelligent management platform. The fourth step is real-time analysis and dynamic adjustment. The conditioning analysis engine of the intelligent management platform analyzes the received real-time data stream. If the engine determines that the current conditioning parameters need adjustment, it immediately generates a control command and sends it to the digital acupoint diathermy device. Upon receiving the command, the device adjusts the parameters of the corresponding heating area in real time. The fifth step is user feedback. During or after the treatment, users fill out and submit subjective symptom feedback via mobile application. The sixth step is data archiving and cycle optimization. After the entire treatment is completed, the platform archives and stores all data from that treatment. The treatment analysis engine integrates the user's historical data from multiple cycles to conduct an in-depth efficacy evaluation and optimize the treatment plan, generating a suggested plan for the next treatment cycle. The seventh step is anomaly handling and expert intervention. If the platform triggers a preset anomaly mode during monitoring, it automatically initiates a remote expert consultation process. Authorized experts review the case and adjust the plan via remote expert support. The adjusted plan is then issued and implemented after user confirmation. The eighth step is iterative cycle execution. The entire process from the second step (treatment preparation) to the seventh step (plan confirmation) is repeated, forming a closed-loop treatment cycle of continuous monitoring, analysis, and optimization, driving the user's sub-health state towards improvement.

[0030] Although embodiments of the present invention have been shown and described, these specific embodiments are merely explanations of the invention and are not intended to limit it. The specific features, structures, materials, or characteristics described may be combined in any suitable manner in one or more embodiments or examples. After reading this specification, those skilled in the art may make modifications, substitutions, and variations to the embodiments as needed without departing from the principles and spirit of the invention, but such modifications, substitutions, and variations are protected by patent law as long as they are within the scope of the claims of the present invention.

Claims

1. A digital intelligent sub-health conditioning system integrating traditional Chinese and Western medicine, characterized in that, include: Digital acupoint diathermy device, intelligent management platform, remote expert support terminal, and user mobile application terminal; The digital acupoint diathermy device is connected to the intelligent management platform to perform transdermal targeted drug delivery and thermotherapy based on the theory of meridians in traditional Chinese medicine, and to report operational data and physiological sensor data in real time. The intelligent management platform is communicatively connected to the remote expert support terminal and the user's mobile application terminal. It is used to aggregate and analyze multi-source data, dynamically manage and optimize personalized treatment plans, and support user feedback and interaction with remote experts. The system forms a closed-loop feedback loop of "perception-analysis-decision-execution-optimization". The treatment analysis engine of the intelligent management platform can dynamically generate and issue control instructions to the digital acupoint diathermy instrument based on the user's TCM syndrome differentiation, real-time physiological signals and historical efficacy data.

2. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 1, characterized in that, The digital intelligent acupoint diathermy device includes a main unit, a controlled-release plate, and a replaceable herbal infusion membrane. The controlled-release plate is electrically connected to the main unit, and its surface is physically divided into multiple conditioning units that can be independently controlled and monitored. Each conditioning unit corresponds to a heating area and integrates at least one temperature sensor. The herbal infusion membrane carries Chinese herbal ingredients that match the TCM syndrome differentiation. Its shape matches the controlled-release plate and can cover the heating area. The shape, area, and spatial arrangement of the heating area are pre-configured to match the distribution of acupoint groups on one or more specific meridians.

3. The digital sub-health conditioning system combining traditional Chinese and Western medicine as described in claim 2, characterized in that, The herbal immersion membrane is a multi-layered composite membrane with gradient sustained-release function, including at least a controlled-release layer close to the skin and a drug storage layer away from the skin; the controlled-release layer is rich in transdermal penetration enhancers, and the drug storage layer carries a high concentration of active ingredients of traditional Chinese medicine; the concentration of traditional Chinese medicine components and the type or proportion of penetration enhancers in each layer are different, so as to achieve programmed release of drugs under the action of thermotherapy.

4. The digital sub-health conditioning system combining traditional Chinese and Western medicine according to claim 2, characterized in that, Each conditioning unit of the controlled-release plate is also integrated with a bioimpedance sensor, which is used to continuously collect the impedance signal of the skin at the contact site during the conditioning process, so as to indirectly assess the skin microcirculation status and drug penetration efficiency; the temperature sensor and the bioimpedance sensor constitute a multimodal sensing unit, and the real-time data collected by them are jointly uploaded to the intelligent management platform.

5. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 1, characterized in that, The intelligent management platform includes an equipment monitoring module, a user data archive, a material management module, and a conditioning analysis engine; the user data archive stores the user's TCM constitution identification results, syndrome differentiation, and a complete data chain of each conditioning treatment; The conditioning analysis engine has a built-in machine learning-based decision model. This model takes the user's real-time temperature data, resistance change trends, and subjective symptom feedback as input, and combines them with the user's syndrome differentiation and historical data to output temperature adjustment values, conditioning duration adjustment values, or suggestions for adjusting the main acupoints for each independent heating area.

6. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 5, characterized in that, The intelligent management platform is configured to continuously monitor treatment data and automatically trigger a consultation process when a preset abnormal pattern is identified. The abnormal pattern includes: after N consecutive treatments, the improvement rate of physiological indicators of a specific acupoint is lower than the threshold M predicted by the algorithm; or during a single treatment, the temperature response curve of a certain heating area deviates significantly from the user's baseline model. After triggering, the platform automatically generates a data package containing key indicators, trend charts, and user feedback, and initiates a consultation request to the designated remote expert support terminal.

7. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 5, characterized in that, The material management module establishes a full lifecycle digital file for each of the soaked medicinal films, and binds it to a specific user, diagnosis scheme and usage record through a unique identification code; the module manages the countdown based on the accumulated effective heating time or the expiration date after opening, and sends a replacement reminder to the user through the user's mobile application terminal before the consumable is about to be exhausted or expired.

8. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 1, characterized in that, The remote expert support terminal provides an interactive interface for authorized experts. Experts can access the user's complete treatment records, view the abnormal events and analysis suggestions marked by the system, and review, revise or annotate the treatment plan online. After the revised plan is verified by the platform, it can be directly and synchronously updated to the queue of the digital acupoint diathermy instrument to be executed for the corresponding user.

9. The digital intelligent sub-health conditioning system combining traditional Chinese and Western medicine according to claim 1, characterized in that, The user mobile application terminal is used to collect the user's subjective symptom quantitative score and receive plan notifications, treatment reminders and effect reports from the intelligent management platform; the symptom feedback data submitted by the user through the terminal will be sent back to the treatment analysis engine as key input parameters for subsequent personalized optimization of the plan.

10. A method for sub-health conditioning based on the system described in any one of claims 1 to 9, characterized in that, Includes the following steps: S1: User initialization, performing TCM constitution identification and syndrome differentiation, generating an initial personalized conditioning plan; S2: Apply the matching syndrome differentiation-based soaked Chinese medicine film to the controlled-release plate of the digital acupoint diathermy device, and wear the device to the target acupoint area; S3: Start conditioning. The device performs independent zoned hyperthermia according to the initial plan, while the multimodal sensing unit collects and uploads physiological signals in real time. S4: The intelligent management platform receives data, and the conditioning and analysis engine performs real-time analysis. If it determines that dynamic parameter adjustment is required, it generates instructions and sends them to the device for execution. S5: During or after the treatment, users submit subjective symptom feedback via mobile application. S6: The platform archives all data from this treatment, and the analysis engine integrates data from multiple cycles to evaluate the efficacy and optimize the treatment plan, generating a suggested plan for the next cycle; S7: If the platform detects abnormal data, it will automatically initiate a remote expert consultation; the experts will review and adjust the plan through a remote terminal, and the new plan will be issued to the user for implementation after confirmation; S8: Repeat S2 to S7 to form a continuously optimized closed-loop conditioning cycle.

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