Skin health care diagnosis and treatment method based on seven-dimensional synergy

Abstract

The invention discloses a skin health care diagnosis and treatment method based on seven-dimensional synergy, and relates to the technical field of skin health care diagnosis and treatment. Comprising the steps of obtaining skin health related data; the skin health related data at least comprises skin appearance characteristics, physiological indexes, medical history information, living environment parameters, dietary structure data and psychological state evaluation results; and on the basis of the skin health related data, sequentially executing disease discrimination dimension diagnosis and dialectical dimension analysis, and determining a skin health problem type and an individualized conditioning direction. Through the whole process of prevention, treatment, repair and maintenance of skin health management, potential risks are investigated in advance through disease differentiation and syndrome differentiation, prevention before illness is achieved, symptoms are rapidly relieved through cooperation of oral administration and external treatment, pathogenesis is improved in combination with nutritional psychological intervention, and after illness change prevention and disease healing are achieved, the effect is consolidated through a daily health care plan; the recurrence rate is reduced, and post-disease protection is realized.

Description

Technical Field

[0001] This invention relates to the field of skin health and wellness treatment technology, specifically a skin health and wellness treatment method based on seven-dimensional synergy. Background Technology

[0002] With the acceleration of industrialization, changes in lifestyle and environmental factors, the incidence of skin health problems has been increasing year by year, covering various types such as disease-related, sub-healthy, and aging-related skin problems. It has become an important health issue affecting the quality of life of people. Currently, there are many problems in the field of skin diagnosis and treatment and health care, making it difficult to meet the needs of full-cycle and individualized skin health management.

[0003] Current methods often focus on a single treatment dimension, such as relying on topical medications to relieve surface symptoms, using oral medications to regulate the internal environment, or focusing only on daily care while neglecting the entire closed-loop process of diagnosis, treatment, and maintenance. Modern medicine emphasizes disease identification, using methods such as skin CT scans and case analysis to determine the disease name, but ignores the influence of individual constitution and living environment on skin condition. This can easily lead to a lack of specificity in standardized treatment plans for the same disease. While Traditional Chinese Medicine emphasizes syndrome differentiation, in some practices it lacks the support of modern testing technology and relies solely on experience, which may result in insufficient applicability of treatment plans due to diagnostic biases.

[0004] Therefore, this application proposes a skin health and wellness treatment method based on seven-dimensional synergy. Summary of the Invention

[0005] The purpose of this invention is to provide a skin care and treatment method based on seven-dimensional synergy to solve the problems mentioned in the background art.

[0006] To achieve the above objectives, the present invention provides the following technical solution: a skin rehabilitation and treatment method based on seven-dimensional synergy, comprising:

[0007] Obtain skin health-related data; the skin health-related data shall include at least skin appearance characteristics, physiological indicators, medical history information, living environment parameters, dietary structure data, and psychological state assessment results;

[0008] Based on the aforementioned skin health-related data, disease-based diagnosis and syndrome-based analysis are performed sequentially to determine the type of skin health problem and the direction of individualized treatment.

[0009] Based on the aforementioned treatment direction, internal treatment plans, external treatment plans, nutritional intervention plans, and psychological counseling plans are formulated respectively, and combined with daily health care requirements, to form a seven-dimensional synergistic skin health care diagnosis and treatment system.

[0010] The skin health and wellness treatment system described above is used to monitor changes in skin condition in real time.

[0011] Based on the skin condition change data, at least one of the following is dynamically adjusted: internal conditioning plan, external treatment plan, nutritional intervention plan, psychological counseling plan, and daily health care requirements, until the skin reaches a preset healthy state or maintains a stable healthy level.

[0012] As a specific solution to the technical solution of this application, the step of performing disease-based diagnosis and syndrome-based analysis sequentially based on the skin health-related data includes:

[0013] Based on the skin appearance characteristics, physiological indicators and medical history information in the aforementioned skin health-related data, modern medical testing methods are used for disease diagnosis; the modern medical testing methods include at least dermatological examination, skin CT scan, and pathological slide analysis.

[0014] Based on the disease diagnosis results, combined with the living environment parameters and physical characteristics in the skin health-related data, a dialectical analysis is conducted in accordance with the concept of harmony between man and nature; the dialectical analysis at least covers the determination of physical constitution type, environmental impact assessment, and disease and symptom classification.

[0015] Based on the diagnosis results and dialectical analysis conclusions, the type of skin health problem and the direction of individualized treatment are determined.

[0016] As a specific solution to the technical solution of this application, the step of conducting a dialectical analysis based on the disease diagnosis results, combined with the living environment parameters and physical characteristics in the skin health-related data, following the concept of harmony between man and nature, includes:

[0017] Extract the living environment parameters and physical characteristics data from the skin health-related data;

[0018] Correlation analysis was conducted between living environment parameters and physical characteristics data to determine the mapping relationship between environmental factors and skin health problems;

[0019] Based on traditional Chinese medicine theory, the correlation results are classified into syndromes to determine the diagnostic conclusions; the syndrome classification includes at least damp-heat syndrome, noise-induced syndrome, blood stasis syndrome, qi deficiency syndrome, and yin deficiency syndrome.

[0020] As a specific solution to the technical solution of this application, the steps based on the stated conditioning direction include formulating an internal conditioning plan, an external treatment plan, a nutritional intervention plan, and a psychological counseling plan, including:

[0021] If the approach to treatment is therapeutic:

[0022] The internal treatment plan uses traditional Chinese medicine preparations, with herbs combined according to the diagnosis, aiming to regulate the function of the internal organs and improve the internal environment.

[0023] External treatment plans combine modern phototherapy technology with appropriate traditional Chinese medicine techniques, and may be combined with surgical treatment when necessary, with the goal of directly acting on the lesion and relieving symptoms;

[0024] The nutritional intervention plan, based on modern nutrition science, supplements the nutrients needed for skin repair and restricts foods that aggravate the condition.

[0025] The psychological counseling program uses emotional intervention methods to alleviate anxiety and irritability caused by the disease, with the goal of stabilizing the psychological state and reducing the negative impact of psychological factors on the condition.

[0026] If the treatment direction is repair-oriented:

[0027] The internal conditioning program uses mild Chinese herbal preparations or nutritional supplements, with the goal of enhancing skin metabolism and improving skin barrier function.

[0028] External treatment plans primarily employ soothing and restorative techniques, avoiding irritating treatments.

[0029] The nutritional intervention program focuses on supplementing nutrients that promote skin barrier repair.

[0030] A psychological counseling program was implemented to guide the development of a positive understanding of skin care and alleviate anxiety during the repair process.

[0031] If the treatment direction is protective:

[0032] The internal conditioning plan focuses on preventative nutritional supplementation, with the goal of enhancing skin resistance.

[0033] External treatment plans focus on daily protective care to avoid skin damage from external factors;

[0034] Nutritional intervention programs include developing a balanced diet plan to maintain a long-term, stable supply of nutrients needed by the skin.

[0035] Psychological counseling programs help cultivate good skincare habits and a positive mindset, avoiding psychological stress caused by excessive skincare.

[0036] As a specific solution to the technical solution of this application, the aforementioned seven-dimensional synergistic skin health care system, which combines daily health and wellness requirements, includes:

[0037] Based on the aforementioned six dimensions, a daily health and wellness plan is formulated; the daily health and wellness plan includes at least the frequency of skin cleansing, the criteria for selecting skin care products, suggestions for daily routines, guidance on exercise intensity, and environmental protection measures;

[0038] Establish collaborative association rules among the seven dimensions:

[0039] Synergistic effect of disease identification and syndrome differentiation: The results of disease identification provide the basis for syndrome differentiation, and the conclusions of syndrome differentiation provide the basis for individualized treatment plans after disease identification;

[0040] Synergistic use of internal and external treatments: Internal treatments improve the internal environment, enhancing the effectiveness of external treatments; external treatments alleviate surface symptoms, creating conditions for internal treatment.

[0041] Synergistic effect of nutrition and psychology: Nutritional supplementation provides a physiological basis for stable mental state, while psychological counseling reduces the interference of emotions on nutrient absorption;

[0042] Synergistic effect of abnormal health care with other dimensions: Daily health care serves as a long-term maintenance method to consolidate the conditioning effects of internal medicine, external treatment, nutrition, and psychological aspects;

[0043] Based on the aforementioned collaborative association rules, the seven-dimensional solutions are integrated into a unified skin health and wellness treatment system, clarifying the execution sequence and intensity of each dimension.

[0044] As a specific embodiment of the technical solution of this application, the implementation of the skin health and wellness treatment system, and the real-time monitoring of skin condition changes, includes:

[0045] Set a monitoring cycle and use skin testing equipment to obtain data on changes in skin physiological indicators;

[0046] We collected data on patients' subjective feelings and lifestyle habits through questionnaires and interviews.

[0047] By integrating data on changes in physiological indicators, subjective feelings, and adherence to lifestyle habits, a dataset on changes in skin condition is created, which serves as the basis for adjusting the treatment plan.

[0048] As a specific solution to the technical solution of this application, the step of dynamically adjusting at least one of the following based on the skin condition change data: internal conditioning plan, external treatment plan, nutritional intervention plan, psychological counseling plan, and daily health care requirements, includes:

[0049] Analyze trends in skin condition data to determine the direction of improvement or deterioration in skin health.

[0050] If the skin's health condition is improving:

[0051] When the symptom relief rate reaches 50%, reduce the dosage of oral Chinese medicine preparations and adjust the intensity of external treatments.

[0052] When the symptom relief rate reaches 80%, oral medication is discontinued and replaced with nutritional supplements for maintenance. External treatments are replaced with restorative care, and the implementation requirements of the daily health and wellness plan are strengthened.

[0053] If skin health is deteriorating:

[0054] Re-examine the disease diagnosis and syndrome differentiation analysis to investigate the causes of deterioration;

[0055] Based on the investigation results, the corresponding measures are adjusted. After each adjustment, the monitoring cycle is reset to continuously monitor changes in skin condition until the skin reaches the preset healthy state or maintains a stable healthy level.

[0056] As a specific solution to the technical solution of this application, the method further includes:

[0057] Establish a skin care effect evaluation model based on historical medical data;

[0058] Input the patient's current skin health data and treatment plan into the assessment model to predict the treatment effect;

[0059] Based on the prediction results, potential deficiencies in the treatment plan can be optimized in advance to improve the efficiency of treatment.

[0060] As a specific solution to the technical solution of this application, the step of establishing a skin care effect evaluation model based on historical medical data includes:

[0061] Feature data is extracted from historical medical data, and the feature parameters include at least the type of skin health problem, physical characteristics, intensity of treatment implementation, and environmental parameters.

[0062] The feature parameters are correlated with the treatment effect data, and the model is trained using machine learning algorithms;

[0063] By optimizing the model parameters through cross-validation, we ensure that the model's prediction accuracy is no less than 85%, thus forming the final skin health and wellness effect evaluation model.

[0064] A skin rehabilitation and treatment system based on seven-dimensional synergy includes:

[0065] Data acquisition module: used to acquire skin health-related data; the skin health-related data includes at least skin appearance characteristics, physiological indicators, medical history information, living environment parameters, dietary structure data and psychological state assessment results;

[0066] Diagnostic analysis module: Based on the skin health-related data, it sequentially performs disease-based diagnosis and syndrome-based analysis to determine the skin health temperature type and individualized treatment direction;

[0067] The plan execution module is used to formulate internal conditioning plans, external treatment plans, nutritional intervention plans, psychological counseling plans, and daily health care requirements based on the aforementioned conditioning direction, forming a seven-dimensional synergistic skin health care diagnosis and treatment system.

[0068] Execution monitoring module: used to execute the skin health and wellness treatment system and monitor changes in skin condition data in real time;

[0069] Dynamic adjustment module: used to dynamically adjust at least one dimension of the treatment plan based on the skin condition change data, until the skin reaches a preset healthy state or maintains a stable healthy level;

[0070] Effect prediction module: Used to build an evaluation model based on historical treatment data, predict the treatment effect of the current treatment plan, and optimize the shortcomings of the plan.

[0071] Compared with the prior art, the beneficial effects of the present invention are:

[0072] This application encompasses the entire process of skin health management, including prevention, treatment, repair, and maintenance. By identifying and diagnosing potential risks in advance, it aims to prevent disease before it occurs. For existing diseases, it uses a combination of internal and external treatments to quickly alleviate symptoms, and combines nutritional and psychological interventions to improve the underlying causes, thus preventing disease progression. After the disease is cured, it consolidates the effects through a daily health maintenance plan, reducing the recurrence rate and achieving post-illness protection.

[0073] At the same time, a synergistic system is formed through seven dimensions, which support each other. Disease identification provides a precise basis for dialectical treatment and provides an individualized basis for treatment plan formulation. Internal conditioning improves the internal environment and enhances the effectiveness of external treatment. External treatment relieves surface symptoms and creates physiological conditions for internal conditioning. Nutritional supplementation provides a material basis for skin repair. Psychological counseling reduces the interference of emotions on skin metabolism. Daily health care serves as a long-term maintenance method to consolidate the conditioning effects of the first six dimensions.

[0074] By using disease and syndrome differentiation as the diagnostic logic, and combining data such as the patient's skin appearance, physiological indicators, physical characteristics, and living environment, we develop personalized plans. For patients with a treatment orientation, we use potent internal medication and precise external treatment to quickly control symptoms. For patients with a repair orientation, we use gentle internal regulation and soothing external treatment to protect the skin barrier. For patients with a protection orientation, we use preventive nutrition and daily maintenance to reduce risks. Attached Figure Description

[0075] Figure 1 This is a schematic diagram of a skin care and treatment method based on seven-dimensional synergy proposed in an embodiment of this application. Detailed Implementation

[0076] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0077] It should be noted that in the description of this invention, the terms "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", and "outer" indicate the orientation or positional relationship based on the orientation or positional relationship shown in the accompanying drawings. They are only for the convenience of describing this invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, they should not be construed as limitations on this invention.

[0078] Furthermore, it should be understood that, for ease of description, the dimensions of the various components shown in the accompanying drawings are not drawn to actual scale; for example, the thickness or width of some layers may be exaggerated relative to other layers.

[0079] It should be noted that similar labels and letters in the following figures indicate similar items. Therefore, once an item is defined or described in one figure, it will not need to be discussed or described in detail in the description of the subsequent figures.

[0080] To address the technical problems mentioned in the background art, such as the existing skin care methods being limited in scope, having a one-sided diagnostic approach, fragmented treatment methods, and lacking dynamic adaptability, thus failing to achieve precise management of skin health throughout its entire lifecycle, this application proposes an embodiment of a skin care and treatment method based on seven-dimensional synergy. For example... Figure 1 As shown, the skin care and treatment method based on seven-dimensional synergy includes steps S100 to S500.

[0081] Step S100: Obtain skin health-related data

[0082] In this embodiment, the skin health-related data includes at least skin appearance characteristics, physiological indicators, medical history information, living environment parameters, dietary structure data, and psychological state assessment results. These data are the core foundation for subsequent diagnosis and treatment plan development, and their comprehensiveness and accuracy must be ensured.

[0083] Skin appearance features are acquired by taking pictures of key areas such as the face and torso with high-definition skin imaging equipment (such as dermatoscopes and Visia skin analyzers) and recording visual information such as skin color (e.g., whether it is red or pigmented), skin texture (e.g., oily, dry, or combination), and skin surface condition (e.g., whether there are papules, desquamation, or exudation).

[0084] Physiological indicator testing uses professional skin analysis instruments to obtain quantitative indicators such as transepidermal water loss, sebum secretion, pH value, and melanin content. For example, the skin barrier function is tested using a YEWL instrument, and the normal range is usually... If the value exceeds this, it indicates that the barrier is damaged;

[0085] Medical history information is collected by retrieving the patient's past skin disease history (such as the onset time and treatment plan of eczema and acne) through the electric medical record system, allergy history (such as allergic reactions to specific drugs and skin care product ingredients), family history of skin diseases, etc.

[0086] Environmental parameters were collected by using environmental monitoring equipment to record the temperature (e.g., whether the temperature is above 30°C in summer), humidity (e.g., whether the humidity in an air-conditioned room is below 40% in winter), light intensity (e.g., whether there is long-term exposure to strong ultraviolet radiation), and pollutant concentration (e.g., PM2.5 levels) of the patient's long-term living or working environment. At the same time, questionnaires were used to collect data on the patient's implementation of daily sun protection and pollution prevention measures.

[0087] Dietary structure data were collected, and a dietary record sheet was designed. Patients recorded the types of food they ate at each meal for 3-7 consecutive days (such as whether they often ate spicy, high-sugar, or high-fat foods), the amount they consumed, and the use of supplements (such as vitamins and collagen). Nutritional analysis tools were used to assess whether the intake of nutrients required by the skin (such as vitamin C and essential fatty acids) was up to standard.

[0088] Psychological assessment was conducted using standardized psychological scales (such as the Self-Rating Anxiety Scale (ASA) and the Self-Rating Depression Scale (SDS), combined with one-on-one interviews, to quantify the degree of anxiety, irritability, and low self-esteem experienced by patients due to skin problems, such as the SAS score. The score indicates an anxiety state.

[0089] In this embodiment, all data is integrated through an IoT health management platform to establish a personalized skin health database for each patient. Time synchronization technology is used to add timestamps to each data item to ensure that the data is traceable and correlated in subsequent analysis.

[0090] Step S200: Based on skin health-related data, perform diagnosis from the disease identification dimension and analysis from the syndrome differentiation dimension in sequence to determine the type of skin health problem and the direction of individualized treatment.

[0091] In this embodiment, the disease identification dimension focuses on clarifying the essence of the disease, while the syndrome differentiation dimension emphasizes combining individual and environmental factors to find the inducing factors. The two work together to form a precise diagnostic logic, avoiding the limitations of a single diagnosis. This step specifically includes steps S210 to S230.

[0092] Step S210: Based on skin appearance characteristics, physiological indicators, and medical history information, modern medical testing methods are used to diagnose the disease.

[0093] In this embodiment, the modern medical testing methods include at least dermatological examinations, skin CT scans, and pathological slide analysis, with the aim of clarifying the medical attributes of skin health problems through objective testing.

[0094] A dermatology specialist examination involves a dermatologist using visual inspection and palpation to determine the type of skin problem. For example, if a well-defined erythema or scales is observed, a scraping test (such as observing whether a thin film or pinpoint bleeding appears after scraping off the scales) can be used to make a preliminary judgment on whether it is psoriasis.

[0095] Skin CT scans, using confocal laser scanning microscopy, non-invasively acquire microscopic images of the skin's epidermis and superficial dermis. For example, detecting epidermal edema and acanthosis can aid in the diagnosis of eczema.

[0096] Pathological section analysis is often used for suspected malignant skin lesions (such as melanoma) or pathological conditions that are difficult to diagnose using non-invasive methods. A small amount of skin tissue is taken for pathological staining, and cell morphology and tissue structure are observed under a microscope to clarify the diagnostic results.

[0097] Using the above methods, skin health problems are classified into three categories: disease-related (such as eczema, acne, and psoriasis), sub-health-related (such as sensitive skin and damaged skin barrier), and health maintenance-related (such as prevention of skin aging in healthy individuals), providing a clear disease basis for subsequent diagnostic analysis.

[0098] Step S220: Based on the diagnosis results, combined with living environment parameters and physical characteristics, conduct a dialectical analysis following the concept of harmony between man and nature.

[0099] In this embodiment, dialectical analysis is the core link between traditional Chinese medicine theory and the individual's actual structure. It requires a unified consideration of the person, nature, and disease, specifically including steps S221 to S223.

[0100] Step S221: Extract living environment parameters and physical characteristics data

[0101] From the skin health-related data obtained in step S100, key information that is directly and dialectically relevant is selected:

[0102] Environmental parameters, such as temperature, humidity, light, and pollutants, are extracted and are closely related to skin condition. For example, high humidity environments (humidity...) Springtime environments with high pollen concentrations;

[0103] Based on the TCM constitution classification standards, the patient's constitution characteristics data are combined with skin color (e.g., sallow complexion indicates Qi deficiency), skin texture (e.g., dry skin indicates Yin deficiency), sensitivity (e.g., easy redness indicates damp heat), metabolic capacity (e.g., excessive sebum secretion indicates damp heat), and daily symptoms (e.g., whether the patient often feels dry mouth and fatigue) to preliminarily determine the constitution type (e.g., damp heat type, Yin deficiency type, Qi deficiency type).

[0104] Step S222: Perform a correlation analysis between living environment parameters and physical characteristics data to determine the mapping relationship between environmental factors and skin health problems.

[0105] In this embodiment, a causal relationship between environmental factors and skin problems is established through a data association algorithm, for example:

[0106] Patients with damp-heat constitution should avoid exposure to high humidity. ),high temperature( In such environments, skin is prone to eczema and folliculitis, reflecting a relationship of high humidity and high temperature combined with a damp-heat constitution. The risk of eczema flare-up increases by 80%;

[0107] Patients with Yin deficiency and dryness constitution are more likely to have increased transepidermal water loss (TEWL) in low humidity (≤40%) air-conditioned environments. The mapping relationship is "low humidity air-conditioned environment + Yin deficiency constitution → 60% increased risk of skin barrier damage".

[0108] People with sensitive skin (those with a sensitive constitution) are prone to redness and stinging when exposed to strong ultraviolet rays (UVB intensity ≥7) or when using skin care products containing alcohol or preservatives. The mapping relationship is: "strong ultraviolet rays / irritating skin care products + sensitive constitution → increased risk of skin redness by 75%".

[0109] Step S223: Based on traditional Chinese medicine theory, classify the associated results into syndromes and determine the diagnostic conclusion.

[0110] In this embodiment, the syndrome classification includes at least damp-heat syndrome, noisy skin syndrome, blood stasis syndrome, qi deficiency syndrome, and yin deficiency syndrome, each syndrome corresponding to a specific pathogenesis and skin manifestation:

[0111] Damp-heat syndrome is mostly caused by internal damp-heat and external dampness, manifested as skin redness, swelling, oozing, and itching (such as acute eczema), often accompanied by bitter taste in the mouth and yellow and greasy tongue coating;

[0112] Noise-related syndrome, caused by external invasion of noise-related pathogens or yin deficiency leading to dryness, manifests as dry, flaky, and tight skin (such as dry skin pruritus in winter), often accompanied by dry mouth and constipation;

[0113] Blood stasis syndrome is caused by poor blood circulation and blood stasis, manifested as skin pigmentation (such as melasma), petechiae and ecchymosis, often accompanied by dysmenorrhea (female patients) and a purplish-dark tongue.

[0114] Yin deficiency syndrome is caused by a deficiency of yin fluid, which fails to nourish the skin. Symptoms include dry, red skin that is easily irritated by external stimuli (such as sensitive skin), often accompanied by hot palms and soles and night sweats.

[0115] Step S230: Based on the diagnosis and dialectical analysis, determine the type of skin health problem and the direction of individualized treatment.

[0116] In this embodiment, by combining the disease attributes identified through disease diagnosis with the individual triggers identified through syndrome differentiation, a correspondence is formed between problem types and treatment directions:

[0117] If the disease is diagnosed as chronic eczema (acute phase flare-up) and the syndrome is diagnosed as damp-heat syndrome + pollen irritation, then the skin health problem type is disease type (acute flare-up), the treatment direction is treatment-oriented, and the core goal is to quickly control inflammation and relieve symptoms;

[0118] If the diagnosis is sub-healthy skin (sensitive skin) and the syndrome is Yin deficiency and irritation from air conditioning, then the skin health problem type is sub-healthy, and the treatment direction is repair-oriented, with the core goal of repairing the skin barrier and enhancing tolerance.

[0119] If the skin condition is diagnosed as healthy and the syndrome is diagnosed as Qi deficiency combined with long-term outdoor work (excessive UV exposure), then the skin health problem type is health maintenance type, the treatment direction is protection-oriented, and the core goal is to prevent skin aging and enhance resistance.

[0120] Step S300: Based on the treatment direction, formulate internal conditioning plans, external treatment plans, nutritional intervention plans, and psychological counseling plans, and combine them with daily health care requirements to form a seven-dimensional synergistic skin health care system.

[0121] In this embodiment, based on the conditioning direction (treatment-oriented, repair-oriented, and protection-oriented) determined in step S230, four core solutions need to be designed specifically, and these solutions should be integrated with daily health and wellness requirements to establish a seven-dimensional synergistic rule, ensuring that each dimension forms a closed-loop support. This step specifically includes steps S310 to S330.

[0122] Step S310: Based on the treatment direction, formulate an internal treatment plan, an external therapy plan, a nutritional intervention plan, and a psychological counseling plan.

[0123] In this embodiment, the different treatment plans correspond to different plan design logics, which need to take into account safety, specificity and operability.

[0124] If the treatment approach is therapeutic (targeting the acute phase of disease-related skin problems).

[0125] The internal treatment plan uses traditional Chinese medicine preparations (including pills, powders, ointments, and elixirs), with herbs combined according to the syndrome differentiation. The core goal is to regulate the function of the internal organs and improve the internal environment. For example, for eczema patients diagnosed with damp-heat syndrome, a heat-clearing and dampness-eliminating pill formula composed of Sophora flavescens, Phellodendron chinense, Poria cocos, and Alisma plantago-aquatica is used, 6g twice a day, to regulate damp-heat in the spleen and stomach and reduce the source of skin inflammation.

[0126] External treatment plans combine modern phototherapy with appropriate traditional Chinese medicine techniques, and may be combined with surgery when necessary, to directly target the lesions and quickly relieve symptoms. For example, for patients with acute eczema, a decoction of purslane and honeysuckle is first used for herbal fumigation (once a day, 20 minutes each time) to reduce redness, swelling, and exudation. After the symptoms are relieved, low-energy narrowband UVB (NB-UVB) therapy is used (twice a week, with the dosage adjusted according to skin tolerance) to suppress the inflammatory response. If severe symptoms such as skin abscesses are present, surgical incision and drainage are required.

[0127] The nutritional intervention plan, based on modern nutrition science, supplements the nutrients needed for skin repair and restricts foods that aggravate the condition. For example, it supplements with vitamin C (100mg / day to promote inflammation reduction) and zinc (15mg / day to enhance skin immunity), while avoiding spicy (such as chili peppers and Sichuan peppercorns), high-sugar (such as milk tea and cakes), and high-fat (such as fried foods) foods to prevent further stimulation and inflammation.

[0128] The psychological counseling program employs emotional intervention methods to alleviate anxiety and irritability caused by the disease. For example, through weekly psychological counseling, patients are guided to correctly understand the disease (such as eczema being prone to recurrence but controllable), and relaxation training before bedtime (deep breathing + meditation, 15 minutes / session) is combined to reduce anxiety scores (such as reducing the SAS score from 60 to below 50), thereby reducing the negative impact of psychological factors on the condition.

[0129] If the treatment plan is repair-oriented (targeting sub-healthy skin problems)

[0130] Internal treatment plans utilize mild, gentle traditional Chinese medicine preparations or nutritional supplements, with the core objective of enhancing skin metabolism and improving skin barrier function. For example, for sensitive skin patients diagnosed with Yin deficiency and dryness syndrome, a Yin-nourishing and dryness-moistening ointment made from Ophiopogon japonicus, Polygonatum odoratum, and Lilium brownii (10g once daily) or oral ceramide supplements (300mg once daily) can be used to improve dry skin.

[0131] The external treatment plan focuses on soothing and repairing techniques, avoiding irritating treatments. For example, a cold compress (15℃-20℃ saline gauze, 15 minutes / time) is applied once daily to relieve skin redness, and ceramide infusion treatment is performed twice a week (using an ultrasonic infusion device to promote ceramide penetration) to improve skin barrier function (target: reducing YEWL value from 35g). )the following);

[0132] The nutritional intervention program focuses on supplementing nutrients that promote skin barrier repair. For example, supplementing with vitamin C (10mg / day, antioxidant, protects cell membranes) and essential fatty acids (flaxseed oil, 10ml / day, improves skin lipid structure), while increasing the intake of foods rich in Omega-3 (such as deep-sea fish and nuts);

[0133] The psychological counseling program guides patients to establish a positive understanding of skin care and alleviates impatience during the repair process. For example, through cognitive behavioral intervention (once a week), it corrects patients' bad habits of over-cleansing and frequently changing skin care products, and informs them of the skin barrier repair cycle (usually 4-8 weeks) to avoid anxiety caused by the lack of obvious short-term results.

[0134] If the conditioning and protection are protection-oriented (targeting health and maintenance-related skin problems).

[0135] The internal conditioning plan focuses on preventative nutritional supplementation, with the core goal of enhancing skin resistance. For example, oral multivitamins (containing vitamins A, C, and E, once daily) and antioxidants (such as grape seed extract, 100mg once daily) can help prevent skin aging caused by ultraviolet radiation.

[0136] The external treatment plan focuses on daily protective care to avoid external damage to the skin. For example, apply a sunscreen with SPF30+ and PA+++ (such as those containing zinc oxide and titanium dioxide) every morning, reapply every 2 hours when outdoors, use a moisturizing cream containing hyaluronic acid and glycerin in winter, and gently exfoliate twice a week (using an amino acid facial cleanser).

[0137] Nutritional intervention programs should be implemented to develop a balanced diet plan that maintains a long-term, stable supply of nutrients needed by the skin. For example, breast enhancement should include adequate intake of protein (such as eggs, milk, and soy products, approximately 1.5g / kg body weight), fresh fruits and vegetables (such as oranges and spinach, to supplement vitamin C and dietary fiber), and limiting high-salt foods (avoiding water) and processed foods (reducing additive intake).

[0138] The psychological counseling program aims to cultivate good skincare habits and a healthy lifestyle, avoiding psychological stress caused by excessive skincare. For example, through skincare knowledge popularization (online lectures once a month), patients are informed that simplified skincare is better than layering, avoiding excessive anxiety caused by pursuing perfect skin and reducing the risk of skin sensitivity caused by psychological stress.

[0139] Step S320: Based on the aforementioned six dimensions, formulate a daily health and wellness plan.

[0140] In this embodiment, the daily health and wellness plan serves as the long-term maintenance vehicle for the seven-dimensional system and needs to be closely integrated with internal and external treatments. It includes at least the following: skin cleansing frequency, skincare product selection criteria, recommended sleep schedule, exercise intensity guidance, and environmental protection measures.

[0141] Skin cleansing frequency: Adjust according to skin type. Oily skin should be cleansed once in the morning and once in the evening (using a gentle cleanser). Dry / sensitive skin should be cleansed once in the evening (avoid over-cleansing in the morning). Do not use soap-based cleansers (the high pH value can damage the skin barrier).

[0142] Skincare product selection criteria: Follow the principles of non-irritation and suitability for skin type. Sensitive skin should choose "three-free" products that are alcohol-free, preservative-free, and fragrance-free. Dry skin should choose moisturizing products containing ceramides and hyaluronic acid. Oily skin should choose oil-controlling products containing niacinamide and salicylic acid.

[0143] Recommended sleep schedule: Establish a regular sleep schedule and go to bed before 11:00 PM every day (to avoid staying up late and causing skin oil secretion disorders), and ensure 7-8 hours of sleep (to promote skin metabolism).

[0144] Light exercise guidance is recommended, with moderate-intensity aerobic exercise (such as brisk walking, yoga, swimming) recommended 3-5 times a week for 30-45 minutes each time. High-intensity exercise should be avoided (as it can easily lead to excessive sweating and irritate the skin).

[0145] Environmental protection measures should be adjusted according to environmental parameters. During the high temperatures of summer, avoid outdoor activities at noon (10:00-16:00). In winter, place a humidifier in the air-conditioned room (to maintain humidity at 50%-60%). Wear a PM2.5 mask when going out on smoggy days and clean your skin promptly after returning home.

[0146] Step S330: Establish collaborative correlation rules among the seven dimensions and integrate them to form a unified skin health and wellness diagnosis and treatment system.

[0147] In this embodiment, the collaborative association rule ensures that the seven-dimensional solution is 1+1. The core of point 2 is to clearly define the mutual support system across all dimensions, the execution sequence, and the execution intensity, specifically including:

[0148] Establish seven-dimensional collaborative association rules

[0149] Disease identification and syndrome differentiation work together. The results of disease identification provide the basis for syndrome differentiation, avoiding the separation of syndrome differentiation from the actual symptoms. The conclusions of syndrome differentiation provide direction for individualized treatment plans after disease identification. For example, the combination of internal medicines for damp-heat syndrome and blood stasis syndrome are different for the same type of eczema.

[0150] Internal and external treatments work synergistically. Internal treatments regulate and improve the internal environment, enhancing the effectiveness of external treatments and increasing the absorption efficiency of drugs in the lesion area. External treatments relieve surface symptoms, creating a window of opportunity for skin barrier repair during internal treatments, thus preventing symptoms from worsening and affecting the effect of internal treatments.

[0151] Nutrition and psychology work together. Nutritional supplements (such as B vitamins) provide raw materials for the synthesis of neurotransmitters, which helps stabilize mental state. Psychological counseling (such as anxiety relief) reduces the secretion of stress hormones (such as cortisol) and avoids hormones interfering with the absorption and utilization of nutrients (such as vitamin C).

[0152] Daily health maintenance works in conjunction with other dimensions. Daily health maintenance (such as sun protection and rest) serves as a long-term maintenance method to consolidate the conditioning effects of internal (such as antioxidant supplements), external treatment (such as laser freckle removal), nutrition (such as collagen intake), and psychology (such as emotional management). For example, if sun protection is not done after laser freckle removal, the recurrence rate of pigmentation will increase by more than 60%.

[0153] Clearly define the execution sequence and execution intensity for each dimension.

[0154] Based on the stage characteristics of skin health problems, the implementation priorities are divided as follows:

[0155] Acute phase (such as acute eczema flare-up): The main treatment is diagnosis, external treatment, and internal medication, with a high intensity of implementation (external treatment once a day, internal medication according to standard dosage), supplemented by nutrition, psychological support, and daily health care (basic dose of nutritional supplements, psychological counseling once a week).

[0156] Recovery period (e.g., after eczema symptoms have improved by 50%): Reduce the intensity of oral and topical treatments (reduce the dosage of oral medication). External treatment was changed to twice a week, and the intensity of nutrition, psychology, and daily health care was increased (nutrition was supplemented with targeted ingredients, and sun protection was strictly implemented in daily health care).

[0157] Stabilizer (e.g., symptoms relieved by more than 80%): Discontinue oral medications and switch external treatments to repair-oriented treatments (e.g., moisturizing infusion twice a month), focusing on nutrition, psychology, and daily health maintenance (long-term nutritional supplementation and forming daily health maintenance habits).

[0158] Through the aforementioned collaborative rules, the seven dimensions of treatment—disease identification, syndrome differentiation, internal medicine, external treatment, nutrition, psychology, and health maintenance—are integrated into a unified skin health maintenance diagnosis and treatment system, ensuring that the goals of each dimension are consistent and actions are coordinated.

[0159] Step S400: Implement the skin health and wellness treatment system and monitor changes in skin condition in real time.

[0160] In this embodiment, monitoring serves as the basis for dynamically adjusting the plan. It needs to consider both objective indicators and subjective feelings to ensure that the data fully reflects changes in skin condition. Specifically, this includes steps S410 to S430.

[0161] Step S410: Set the monitoring period and use a skin detection device to obtain data on changes in skin physiological indicators.

[0162] In this embodiment, the monitoring cycle needs to be dynamically adjusted according to the type of skin health problem and the stage of treatment:

[0163] Acute phase (such as acute eczema flare-up): The monitoring cycle is once a day. Dermoscopy is used to observe changes in redness, swelling and exudation of the lesions, TEWL instrument is used to detect skin barrier function, and oil secretion is recorded by oil analyzer.

[0164] Recovery period (e.g., after symptoms have been relieved by 50%): The monitoring cycle is adjusted to once every 3 days, with a focus on testing repair-related indicators such as TEWL value and melanin content (e.g. after freckle removal);

[0165] Stable period (e.g., symptoms relieved by more than 80%): The monitoring cycle is extended to once a week, and only core indicators (such as TEWL value and skin pH value) are tested to ensure stable skin condition.

[0166] All test data are uploaded to the skin health database in real time, automatically generating indicator change curves (e.g., TEWL value from 35g / ... ) decreased to 18g / ( The trend chart visually reflects the treatment effect.

[0167] Step S420: Collect data on patients' subjective feelings and lifestyle habits through questionnaires and interviews.

[0168] Subjective data were used to design a skin condition rating questionnaire, allowing patients to rate their skin condition daily or periodically. The rating included the degree of itching (1-10, with 10 being severe itching), the level of pain (1-10, with 10 being severe pain), and the level of skin comfort (1-5, with 5 being very comfortable). For example, if the itching score of an eczema patient decreased from 8 to 2, it indicated that the symptoms had improved.

[0169] Lifestyle habit adherence data is collected by administering daily questionnaires to assess patient compliance with the treatment plan, such as whether they apply sunscreen as required, take traditional Chinese medicine, and follow their daily routine. For example, the frequency of sunscreen reapplication per week is recorded. Next, is your daily sleep time sufficient? If compliance is below 80% within a few hours, the reasons need to be analyzed (such as the treatment plan being too complicated or the patient forgetting).

[0170] Step S430: Integrate physiological indicator change data, subjective feeling data, and lifestyle habit execution data to form a skin condition change dataset.

[0171] In this embodiment, three types of data are associated using a data fusion algorithm, for example:

[0172] If physiological indicators limit the decrease in TEWL value (from 30g / (h・m²) to 22g / (h・m²)), subjective feelings show an improvement in skin comfort (from 2 points to 4 points), and lifestyle habits show a 100% daily moisturizer application rate, then these three factors corroborate each other, indicating that the repair plan is effective.

[0173] If physiological indicators show no significant change in melanin content, subjective feelings show no improvement in pigmentation, and lifestyle habits show that sunscreen is only reapplied twice a week, then it can be determined that the reason for the poor effectiveness of the plan is insufficient sunscreen adherence.

[0174] The resulting dataset of skin condition changes serves as the core basis for the subsequent S500 dynamic adjustment scheme, ensuring that the adjustment direction accurately matches the actual skin condition.

[0175] Step S500: Based on skin condition change data, dynamically adjust at least one of the following: internal conditioning plan, external treatment plan, nutritional intervention plan, psychological counseling plan, and daily health care requirements.

[0176] In this embodiment, dynamic adjustment is the key to solving the problem of rigidity. Differentiated adjustment strategies need to be formulated according to the trend of skin condition changes (improvement or deterioration), specifically including steps S510 to S520.

[0177] Step S510: Perform trend analysis on skin condition change data to determine the direction of improvement or deterioration in skin health.

[0178] Analyze skin condition change datasets using trend analysis algorithms (such as linear regression and moving average).

[0179] To determine the direction of improvement, physiological indicators (such as TEWL value and pruritus score) continue to decrease, subjective feelings (such as comfort) continue to improve, and the stability is good for 2-3 consecutive monitoring cycles. For example, if an eczema patient's pruritus score changes from 8 to 5 to 2 points and the TEWL value changes from 35g / (h・m²) to 28g / (h・m²) to 22g / (h・m²) for 3 consecutive days, it is determined to be a direction of improvement.

[0180] The direction of deterioration is determined by the continuous increase in physiological indicators (such as TEWL value and redness area), the continuous aggravation of subjective feelings (such as pain and itching), or the appearance of new skin problems (such as infection in the original eczema area). For example, in patients with sensitive skin, the TEWL value changes from 25g / (h・m²) to 32g / (h・m²) to 38g / (h・m²), and the frequency of redness changes from once a day to three times a day. This is considered a direction of deterioration.

[0181] Step S520: Perform adjustment operations based on the trend direction.

[0182] If the skin's health condition is improving

[0183] When the symptom relief rate reaches 50%, reduce the dosage of oral Chinese medicine preparations (e.g., from 6g twice a day to 4g twice a day) and adjust the intensity of external treatments (e.g., from 100mJ / cm² low-energy laser treatment to 80mJ / cm²) to avoid overtreatment and side effects.

[0184] When the symptom relief rate reaches 80%, stop taking oral medications (e.g., stop taking Qingre Lishi pills for eczema patients) and switch to nutritional supplements for maintenance (e.g., oral vitamin C and zinc); change external treatments from "therapeutic" to "repairing" (e.g., change the original Chinese medicine fumigation and washing to moisturizing and introducing); strengthen the implementation requirements of the daily health care plan (e.g., increase the frequency of sunscreen reapplication and strictly control work and rest) to consolidate the conditioning effect.

[0185] If skin health is deteriorating

[0186] Repeat step S200 for disease diagnosis and syndrome differentiation analysis to investigate the causes of deterioration. Possible causes include: changes in environmental factors (such as sudden entry into a high humidity environment), poor adherence to the treatment plan (such as failure to take Chinese medicine as required), changes in constitution (such as damp-heat syndrome turning into blood stasis syndrome), and the appearance of new allergens (such as contact with new skin care product ingredients).

[0187] Adjust the corresponding measures based on the investigation results: If the eczema worsens due to increased environmental humidity, optimize the environmental protection measures in daily health care (such as using a dehumidifier to control the humidity at 50%-60%); if the treatment is poorly followed (such as patients having difficulty adhering to daily Chinese herbal fumigation), simplify the external treatment process (such as changing it to 3 times a week, 10 minutes each time).

[0188] After each adjustment, reset the monitoring cycle (e.g., shorten from once every 3 days to once a day) and continuously monitor changes in skin condition until the skin returns to an improved state or reaches the preset healthy state.

[0189] To further improve the efficiency of diagnosis and treatment and avoid excessive trial and error costs, this embodiment adds an effect prediction and optimization step after step S500, including steps S610 to S630.

[0190] Step S610: Based on historical treatment data, establish a skin care effect evaluation model.

[0191] In this embodiment, the model achieves accurate prediction of the treatment effect through machine learning algorithms, specifically including steps S611 to S613.

[0192] Step S611: Extract feature parameters from historical medical data

[0193] The characteristic parameters include at least the type of skin health problem (such as eczema, sensitive skin), physical constitution (such as damp-heat type, yin deficiency type), treatment intensity (such as oral dosage, external treatment frequency), and environmental parameters (such as temperature, humidity). For example, “eczema + damp-heat constitution + oral dosage 6g / time + environmental humidity 70%” can be extracted as a set of characteristic parameters.

[0194] Step S612: Correlate the feature parameters with the treatment effect data, and train the model using a machine learning algorithm.

[0195] Data on treatment effectiveness include symptom relief time (e.g., the number of days required for eczema to reach 50% relief after onset), duration of healthy status (e.g., the number of days without recurrence after symptom relief), and recurrence rate;

[0196] Machine learning models such as random forest and neural network algorithms are used to train the model by taking feature parameters as input and treatment effect data as output. For example, the correlation between "patients with damp-heat type eczema take 6g of Qingre Lishi pills orally at 70% humidity" and "symptom relief of 50% requires 7 days" is trained.

[0197] Step S613: Optimize model parameters through cross-validation to ensure prediction accuracy.

[0198] The five-fold cross-validation method was adopted, and the historical data was divided into five groups, four of which were used for training and one for validation. The model parameters (such as the number of decision trees in the random forest and the number of hidden layer nodes in the neural network) were repeatedly optimized through iteration to ensure that the prediction accuracy of the model was not less than 85%, thus forming the final skin health care effect evaluation model.

[0199] Step S620: Input current patient data and predict treatment effect.

[0200] The current patient's skin health-related data (such as "sensitive skin + Yin deficiency and dryness syndrome + repair-oriented plan") and the formulated treatment plan are input into the evaluation model to predict the conditioning effect. For example, it is predicted that "it will take 21 days for the skin barrier to be repaired to a TEWL value ≤20g / (h・m²) and the healthy state will be maintained for ≥3 months".

[0201] Step S630: Optimize the scheme based on the prediction results

[0202] If the prediction results show potential deficiencies (such as a predicted repair cycle that is too long, exceeding the patient's expected 14 days), the corresponding dimensions in the treatment plan should be optimized in advance. For example, the dosage of ceramide supplementation in the nutritional intervention plan should be increased (from 300mg to 400mg per day), or the frequency of moisturizing infusion in external treatment should be increased (from twice a week to three times a week) to shorten the repair cycle and improve the efficiency of treatment.

[0203] The embodiment of the skin health and wellness treatment method based on seven-dimensional synergy proposed in this application achieves accurate diagnosis through comprehensive acquisition of skin health-related data via "disease identification + syndrome differentiation," and forms a synergistic conditioning system through "internal medication + external treatment + nutrition + psychological support + wellness." Combined with real-time monitoring and dynamic adjustment, and supplemented by an effect prediction model, this method effectively overcomes the limitations of existing skin health treatment methods. This method covers the entire cycle of "prevention-treatment-repair-maintenance," achieves individualized and precise adaptation, and balances conditioning efficacy and safety through multi-dimensional synergy and dynamic optimization, ultimately providing scientific and efficient solutions for different types of skin health problems.

[0204] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended embodiments and their equivalents.

Claims

1. A skin rehabilitation and treatment method based on seven-dimensional synergy, characterized in that, include: Obtain data related to skin health; The skin health-related data shall include at least skin appearance characteristics, physiological indicators, medical history information, living environment parameters, dietary structure data, and psychological state assessment results; Based on the aforementioned skin health-related data, disease-based diagnosis and syndrome-based analysis are performed sequentially to determine the type of skin health problem and the direction of individualized treatment. Based on the aforementioned treatment direction, internal treatment plans, external treatment plans, nutritional intervention plans, and psychological counseling plans are formulated respectively, and combined with daily health care requirements, to form a seven-dimensional synergistic skin health care diagnosis and treatment system. The skin health and wellness treatment system described above is used to monitor changes in skin condition in real time. Based on the skin condition change data, at least one of the following is dynamically adjusted: internal conditioning plan, external treatment plan, nutritional intervention plan, psychological counseling plan, and daily health care requirements, until the skin reaches a preset healthy state or maintains a stable healthy level.

2. The skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, Based on the skin health-related data, the following steps are performed sequentially: disease-based diagnosis and syndrome differentiation analysis, including: Based on the skin appearance characteristics, physiological indicators and medical history information in the aforementioned skin health-related data, modern medical testing methods are used for disease diagnosis; the modern medical testing methods include at least dermatological examination, skin CT scan, and pathological slide analysis. Based on the disease diagnosis results, combined with the living environment parameters and physical characteristics in the skin health-related data, a dialectical analysis is conducted in accordance with the concept of harmony between man and nature; the dialectical analysis at least covers the determination of physical constitution type, environmental impact assessment, and disease and symptom classification. Based on the diagnosis results and dialectical analysis conclusions, the type of skin health problem and the direction of individualized treatment are determined.

3. The skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, The analysis, based on the disease diagnosis results and combined with the environmental parameters and physical characteristics in the skin health-related data, follows the concept of harmony between man and nature and includes: Extract the living environment parameters and physical characteristics data from the skin health-related data; Correlation analysis was conducted between living environment parameters and physical characteristics data to determine the mapping relationship between environmental factors and skin health problems; Based on traditional Chinese medicine theory, the correlation results are classified into syndromes to determine the diagnostic conclusions; the syndrome classification includes at least damp-heat syndrome, noise-induced syndrome, blood stasis syndrome, qi deficiency syndrome, and yin deficiency syndrome.

4. The skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, Based on the aforementioned treatment direction, internal treatment plans, external therapy plans, nutritional intervention plans, and psychological counseling plans are formulated, including: If the approach to treatment is therapeutic: The internal treatment plan uses traditional Chinese medicine preparations, with herbs combined according to the diagnosis, aiming to regulate the function of the internal organs and improve the internal environment. External treatment plans combine modern phototherapy technology with appropriate traditional Chinese medicine techniques, and may be combined with surgical treatment when necessary, with the goal of directly acting on the lesion and relieving symptoms; The nutritional intervention plan, based on modern nutrition science, supplements the nutrients needed for skin repair and restricts foods that aggravate the condition. The psychological counseling program uses emotional intervention methods to alleviate anxiety and irritability caused by the disease, with the goal of stabilizing the psychological state and reducing the negative impact of psychological factors on the condition. If the treatment direction is repair-oriented: The internal conditioning program uses mild Chinese herbal preparations or nutritional supplements, with the goal of enhancing skin metabolism and improving skin barrier function. External treatment plans primarily employ soothing and restorative techniques, avoiding irritating treatments. The nutritional intervention program focuses on supplementing nutrients that promote skin barrier repair. A psychological counseling program was implemented to guide the development of a positive understanding of skin care and alleviate anxiety during the repair process. If the treatment direction is protective: The internal conditioning plan focuses on preventative nutritional supplementation, with the goal of enhancing skin resistance. External treatment plans focus on daily protective care to avoid skin damage from external factors; Nutritional intervention programs include developing a balanced diet plan to maintain a long-term, stable supply of nutrients needed by the skin. Psychological counseling programs help cultivate good skincare habits and a positive mindset, avoiding psychological stress caused by excessive skincare.

5. A skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, The aforementioned seven-dimensional synergistic skin health and wellness treatment system, which integrates daily health and wellness requirements, includes: Based on the aforementioned six dimensions, a daily health and wellness plan is formulated; the daily health and wellness plan includes at least the frequency of skin cleansing, the criteria for selecting skin care products, suggestions for daily routines, guidance on exercise intensity, and environmental protection measures; Establish collaborative association rules among the seven dimensions: Synergistic effect of disease identification and syndrome differentiation: The results of disease identification provide the basis for syndrome differentiation, and the conclusions of syndrome differentiation provide the basis for individualized treatment plans after disease identification; Synergistic use of internal and external treatments: Internal treatments improve the internal environment, enhancing the effectiveness of external treatments; external treatments alleviate surface symptoms, creating conditions for internal treatment. Synergistic effect of nutrition and psychology: Nutritional supplementation provides a physiological basis for stable mental state, while psychological counseling reduces the interference of emotions on nutrient absorption; Synergistic effect of abnormal health care with other dimensions: Daily health care serves as a long-term maintenance method to consolidate the conditioning effects of internal medicine, external treatment, nutrition, and psychological aspects; Based on the aforementioned collaborative association rules, the seven-dimensional solutions are integrated into a unified skin health and wellness treatment system, clarifying the execution sequence and intensity of each dimension.

6. The skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, The implementation of the skin health and wellness treatment system includes real-time monitoring of skin condition changes, including: Set a monitoring cycle and use skin testing equipment to obtain data on changes in skin physiological indicators; We collected data on patients' subjective feelings and lifestyle habits through questionnaires and interviews. By integrating data on changes in physiological indicators, subjective feelings, and adherence to lifestyle habits, a dataset on changes in skin condition is created, which serves as the basis for adjusting the treatment plan.

7. A skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 6, characterized in that, The dynamic adjustment of at least one of the following based on the skin condition change data: internal conditioning plan, external treatment plan, nutritional intervention plan, psychological counseling plan, and daily health care requirements, including: Analyze trends in skin condition data to determine the direction of improvement or deterioration in skin health. If the skin's health condition is improving: When the symptom relief rate reaches 50%, reduce the dosage of oral Chinese medicine preparations and adjust the intensity of external treatments. When the symptom relief rate reaches 80%, oral medication is discontinued and replaced with nutritional supplements for maintenance. External treatments are replaced with restorative care, and the implementation requirements of the daily health and wellness plan are strengthened. If skin health is deteriorating: Re-examine the disease diagnosis and syndrome differentiation analysis to investigate the causes of deterioration; Based on the investigation results, the corresponding measures are adjusted. After each adjustment, the monitoring cycle is reset to continuously monitor changes in skin condition until the skin reaches the preset healthy state or maintains a stable healthy level.

8. A skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 1, characterized in that, The description also includes: Establish a skin care effect evaluation model based on historical medical data; Input the patient's current skin health data and treatment plan into the assessment model to predict the treatment effect; Based on the prediction results, potential deficiencies in the treatment plan can be optimized in advance to improve the efficiency of treatment.

9. A skin rehabilitation and treatment method based on seven-dimensional synergy according to claim 8, characterized in that, The aforementioned skin care effect evaluation model, based on historical medical data, includes: Feature data is extracted from historical medical data, and the feature parameters include at least the type of skin health problem, physical characteristics, intensity of treatment implementation, and environmental parameters. The feature parameters are correlated with the treatment effect data, and the model is trained using machine learning algorithms; By optimizing the model parameters through cross-validation, we ensure that the model's prediction accuracy is no less than 85%, thus forming the final skin health and wellness effect evaluation model.

10. A skin rehabilitation and treatment system based on seven-dimensional synergy, characterized in that, include: Data acquisition module: used to acquire data related to skin health; The skin health-related data shall include at least skin appearance characteristics, physiological indicators, medical history information, living environment parameters, dietary structure data, and psychological state assessment results; Diagnostic analysis module: Based on the skin health-related data, it sequentially performs disease-based diagnosis and syndrome-based analysis to determine the skin health temperature type and individualized treatment direction; The plan execution module is used to formulate internal conditioning plans, external treatment plans, nutritional intervention plans, psychological counseling plans, and daily health care requirements based on the aforementioned conditioning direction, forming a seven-dimensional synergistic skin health care diagnosis and treatment system. Execution monitoring module: used to execute the skin health and wellness treatment system and monitor changes in skin condition data in real time; Dynamic adjustment module: used to dynamically adjust at least one dimension of the treatment plan based on the skin condition change data, until the skin reaches a preset healthy state or maintains a stable healthy level; Effect prediction module: Used to build an evaluation model based on historical treatment data, predict the treatment effect of the current treatment plan, and optimize the shortcomings of the plan.

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