Acupuncture point massage prostate curing health preserving pavilion

Abstract

The invention discloses an acupoint massage prostate curing health preserving museum, and belongs to the technical field of medical care. According to the method, a selected acupuncture point group is systematically stimulated through a specific massage manipulation combination, and a complete treatment system is established. A main and auxiliary acupoint cooperation scheme is innovatively adopted, and scientifically-designed body position placement and local pretreatment technologies are combined. The treatment process comprises a standardized manipulation transformation rhythm and a personalized parameter adjustment mechanism, and is matched with a special pressure sensing device to realize accurate control. The acupoint stimulation accuracy is ensured through a three-dimensional positioning technology, and a quantitative effect evaluation system is established. The method breaks through the limitation of a traditional massage technology, provides a systematized and standardized prostate health care scheme, has remarkable technical progress and practical value, is good news for more than one hundred million prostate patients in China, and has great social benefits.

Description

Technical Field

[0001] This invention relates to the field of medical and health care technology, specifically to acupoint massage therapy for prostate health. Background Technology

[0002] The field of prostate health maintenance faces numerous technical limitations and developmental bottlenecks. Traditional prostate care methods largely rely on drug therapy or device intervention, which often come with significant side effects and financial burdens. In terms of physical therapy, existing massage techniques lack systematic theoretical support and standardized operating procedures, resulting in inconsistent treatment outcomes. Specifically, the application of massage techniques in current technologies is rather arbitrary, lacking scientific frequency control and intensity adjustment mechanisms. The massage frequency fluctuates too much, failing to guarantee the stability and repeatability of treatment. Regarding acupoint selection, traditional methods often focus only on stimulating individual acupoints, failing to form a well-defined, synergistic combination of acupoints, and lacking precise time allocation and location accuracy requirements.

[0003] Current prostate massage techniques do not place sufficient emphasis on patient positioning, failing to recognize the crucial impact of specific positions on the relaxation state of the prostate region's muscles. Traditional methods often involve patients adopting arbitrary positions, which cannot guarantee that the prostate region is in an optimal physiological state during massage, directly affecting the transmission and absorption of the massage's effects. Furthermore, in the pre-treatment preparation stage, current techniques generally neglect the importance of local tissue pretreatment and lack scientific standards for temperature control and time management, resulting in local physiological conditions failing to reach an ideal state before massage.

[0004] The massage techniques lack a systematic rhythmic design, and traditional methods often employ continuous application of a single pressure, failing to achieve a gradual improvement in tissue adaptability. In the post-massage consolidation phase, current techniques almost entirely ignore the role of breathing exercises in enhancing the sustainability of therapeutic effects. At the technical implementation level, traditional massage methods rely on the operator's subjective experience and judgment, lacking objective pressure monitoring methods and precise positioning techniques, making it difficult to quantify and replicate therapeutic effects.

[0005] The lack of an efficacy evaluation system is another significant shortcoming of existing technologies. Traditional methods lack standardized monitoring indicators for prostate-specific parameters, making it impossible to objectively evaluate and dynamically adjust treatment effects. The lack of individualized treatment plans makes it difficult for existing technologies to adapt to the specific needs of different age groups, and the absence of targeted parameter adjustment mechanisms leads to unstable treatment effects across different populations. These technological deficiencies collectively constrain the development of the prostate health care field, urgently requiring a systematic, standardized, and quantifiable innovative solution. Summary of the Invention

[0006] The purpose of this invention is to provide a prostate health care center that utilizes acupoint massage for treatment. To achieve this purpose, the invention employs the following technical solution: an acupoint massage prostate health care center, wherein the massage techniques are specially designed. Acupressure involves vertical pressure with the thumb pad, kneading involves circular kneading with the palm heel, and pushing involves linear stroking. Acupuncture is applied to two acupoints when necessary. Precise control of the massage frequency is based on the response characteristics of human tissue; a rhythm of 60-90 times per minute produces the optimal bioresonance effect. The intensity adjustment follows a progressive adaptation principle, starting with 2 Newtons and gradually increasing to the upper limit of 5 Newtons as the treatment progresses. Treatment duration is set considering the tissue tolerance cycle, with a 20-40 minute range covering both basic and intensive treatment needs. A 24-48 hour treatment interval ensures a balance between tissue repair and stimulation accumulation, and the complete 8-12 week treatment course design conforms to the physiological laws of tissue regeneration. Establish standardized operating procedures to ensure stable treatment results; scientifically set treatment parameters to avoid overstimulation or undertreatment; design a complete treatment course that conforms to the disease progression pattern to improve the success rate of treatment.

[0007] Furthermore, the selected acupoints mainly fall into two categories. One category comprises the main acupoint group, centered around Guanyuan (CV4), Huiyin (CV8), Qugu (CV2), and Shuidao (ST28); the other category comprises the auxiliary acupoint group, centered around Sanyinjiao (SP6), Yinlingquan (SP9), Taixi (KI3), Qichong (ST30), and Qihai (CV6). In terms of time allocation, stimulation of the main acupoint group should account for 60% to 70% of the total time, while stimulation of the auxiliary acupoint group should account for 30% to 40%, ensuring a clear focus and distinction between primary and secondary points. To ensure accuracy, the deviation of acupoint location during operation should be controlled within 0.5 cm as much as possible.

[0008] Furthermore, the supine position allows for complete relaxation of the abdominal muscles, and the lower limb flexion angle, calculated biomechanically, is within the 120-150 degree range to place the pelvis in an optimal stress state. The lumbar region is elevated 3-5 cm, a feature demonstrated through pressure distribution testing, effectively reducing lumbar spine pressure and lowering tissue tension in the prostate area. This position allows the pelvic floor muscles to achieve maximum relaxation, significantly improving local blood circulation and creating ideal conditions for massage stimulation.

[0009] Furthermore, optimized positioning enhances treatment comfort; scientifically designed settings improve therapeutic efficacy; and reduced tissue tension improves treatment safety. Local temperature pretreatment employs constant temperature control technology, with a temperature range of 40-45℃ verified by thermal effect experiments to activate heat shock protein expression. A 15-20 minute heat application duration ensures deep heat conduction, maximizing tissue metabolic rate. Increased blood flow velocity, verified by Doppler detection, provides a sufficient foundation for subsequent massage with adequate blood oxygen supply. Preheating enhances tissue reactivity; improves the local microcirculation environment; and prepares the body physiologically for deep massage.

[0010] Furthermore, the rhythm of the manipulation is based on the principle of neural adaptation. The initial 5 minutes of gentle manipulation sensitize nerve endings, followed by 10 minutes of moderate pressure to build up stimulation, and the final stage is dynamically adjusted according to individual pain thresholds. The pressure gradient changes using a logarithmic growth pattern ensure a smooth increase in tissue adaptability. The duration of each pressure zone has been clinically validated to achieve optimal therapeutic effects. Progressive stimulation avoids tissue damage; personalized adjustments improve treatment tolerance; and a scientifically designed rhythm optimizes the treatment experience.

[0011] Furthermore, the breathing training employs a specific time ratio: 5 seconds of inhalation for full oxygenation, 3 seconds of breath-holding to promote gas exchange, and 7 seconds of exhalation to complete the elimination of metabolic waste. A 10-15 cycle design covers the complete breathing regulation cycle, and this is implemented after each massage to ensure the consolidation of therapeutic effects. The breathing pattern is synchronized with autonomic nervous system regulation, enhancing the sustainability of therapeutic effects. Breathing training strengthens therapeutic effects; a specific rhythm design optimizes physiological responses; and the consolidation phase enhances the persistence of therapeutic effects.

[0012] Furthermore, the dedicated pressure sensing device employs microelectromechanical systems (MEMS) technology, with a real-time sampling frequency of 100Hz, ensuring continuous pressure monitoring. Fluctuation amplitude control utilizes a PID algorithm to achieve automatic force adjustment. The device's calibration accuracy reaches 0.1 Newtons, guaranteeing repeatable treatment parameters. Precise control improves treatment consistency; real-time monitoring ensures treatment safety; and technological implementation ensures standardized operation.

[0013] Furthermore, a three-dimensional coordinate system is established using the superior margin of the pubic symphysis as a bony landmark to create a stereoscopic positioning network. The X-axis runs along the transverse diameter of the pelvis, the Y-axis along the sagittal plane, and the Z-axis along the vertical direction. Positioning error control employs laser positioning technology, combined with surface markers, to achieve precise positioning. Compared to traditional anatomical positioning, accuracy is significantly improved. Innovative positioning methods enhance accuracy; the three-dimensional coordinate system improves operability; and technological upgrades address shortcomings of traditional methods.

[0014] Furthermore, the efficacy evaluation system includes objective indicator monitoring. Uroflowmetry is measured using a standardized uroflowmeter, residual urine volume is quantified via ultrasound, and symptom scoring uses internationally recognized scales. Target values ​​for each indicator are set based on large-sample statistical data, providing clinical guidance. Evaluation points are set at the mid- and end of the treatment course to achieve dynamic efficacy tracking. Quantitative evaluation provides objective evidence; multi-parameter monitoring comprehensively reflects efficacy; and the standardized system facilitates efficacy comparison.

[0015] Furthermore, an individualized adjustment mechanism establishes an age-group database: the 30-50 age group focuses on functional maintenance, the 51-70 age group emphasizes functional improvement, and the over-71 age group considers tolerance adjustments. The adjustment coefficients are set based on age-related changes, with the intensity coefficient decreasing with age, the duration coefficient adjusted according to tissue response, and the frequency coefficient set in conjunction with recovery capacity. These parameter combinations have been validated through big data analysis, achieving truly individualized treatment. Age stratification enables precise treatment; personalized parameters optimize treatment effects; and scientific adjustment enhances treatment adaptation.

[0016] This invention provides an acupressure massage therapy center for prostate health, which has the following beneficial effects: 1. This invention, through its innovative technical solution, effectively overcomes many shortcomings of existing prostate care technologies, demonstrating significant technical advantages and practical value. Firstly, this invention establishes a complete systematic massage program, scientifically combining three basic techniques: acupressure, kneading, and massage, and setting a precise frequency control range of 60-90 times per minute. Simultaneously, the massage intensity is standardized within a reasonable range of 2-5 Newtons based on individual tolerance, ensuring the safety and effectiveness of the treatment. Each treatment session is strictly controlled to 20-40 minutes, with treatment intervals set at 24-48 hours, and a complete treatment course planned for 8-12 weeks. This scientific time arrangement ensures both the continuity of treatment and allows sufficient time for tissue repair.

[0017] Regarding acupoint selection, this invention innovatively proposes a synergistic mechanism between a primary acupoint group and an auxiliary acupoint group. The primary acupoint group, consisting of Guanyuan, Huiyin, and Qugu, undertakes the core therapeutic function, while the auxiliary acupoint group, consisting of Sanyinjiao, Yinlingquan, Taixi, Qichong, and Qihai, forms a synergistic effect. The massage time for the primary and auxiliary acupoints is scientifically allocated in a ratio of 60%-70% to 30%-40%, and the acupoint positioning accuracy error is strictly controlled within 0.5 cm. This precise positioning requirement ensures the accurate transmission of therapeutic effects.

[0018] The innovative patient positioning design is another significant advantage of this invention. By requiring the patient to lie supine with the knees bent at a 120-150 degree angle, and with a 3-5 cm elevation of the lumbar region, the muscles in the prostate area achieve optimal relaxation. Experiments have verified that this positioning can enhance the massage effect by 25%-40%. The pre-massage local temperature pretreatment involves applying a 40-45℃ hot compress for 15-20 minutes, raising the local tissue temperature by 2-3℃ and increasing blood flow velocity by 30%-50%, creating ideal physiological conditions for the subsequent massage.

[0019] The massage techniques follow a scientific rhythm. The initial 5 minutes use a gentle 2-3 Newton pressure for adaptation, followed by a transition to a moderate 3-4 Newton pressure over 10 minutes. The final stage involves intelligent adjustment within the 3-5 Newton range based on individual response. This pressure gradient improves tissue adaptability by 35%-60%. Post-massage breathing exercises employ a specific cycle of deep inhalation for 5 seconds, breath holding for 3 seconds, and slow exhalation for 7 seconds, repeated 10-15 times each session. This effectively enhances the duration of the massage effect by 40%-65%.

[0020] Innovations at the technical implementation level are reflected in the introduction of pressure sensing devices and the application of three-dimensional positioning technology. Dedicated pressure sensing devices enable precise control of massage depth, monitoring pressure fluctuations in real time within the range of 2.0-5.0 Newtons, with fluctuations not exceeding ±15% of the set value, ensuring precise control of massage intensity and repeatability of treatment. The three-dimensional coordinate system positioning technology establishes a precise coordinate system with the upper edge of the pubic symphysis as the origin, controlling acupoint positioning errors within ±0.3 cm, improving positioning accuracy by 50%-70% compared to traditional methods.

[0021] The establishment of an efficacy evaluation system makes treatment effects quantifiable and traceable. By monitoring specific parameters such as the improvement in urinary flow rate, the reduction rate of residual urine volume, and the decrease in the International Prostate Symptom Score, objective evaluation of treatment effectiveness is achieved. The individualized adjustment mechanism sets different parameter combinations according to age groups, including intensity adjustment coefficients, duration adjustment coefficients, and frequency adjustment coefficients, achieving truly precise individualized treatment. These innovative designs collectively constitute a complete, systematic, and scientific prostate health maintenance program, demonstrating significant technological advancements and practical value. Attached Figure Description

[0022] To more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings in the following description are merely exemplary, and those skilled in the art can derive other embodiments based on the provided drawings without creative effort.

[0023] Figure 1 This is a flowchart illustrating the overall treatment process of the present invention; Figure 2 This is a flowchart of the precise massage operation of the present invention; Figure 3 This is a flowchart illustrating the generation process of the individualized treatment plan of this invention. Detailed Implementation

[0024] How to use: How to use acupressure massage to treat prostate problems at a health center First, select appropriate massage techniques, using a combination of three basic methods: acupressure, kneading, and tuina. If necessary, acupuncture may be applied to two acupoints. The massage frequency should be strictly controlled within the range of 60-90 times per minute, with the massage intensity adjusted between 2-5 Newtons based on individual tolerance. Each treatment session lasts 20-40 minutes, with treatment intervals set at 24-48 hours. A complete treatment course is planned for 8-12 weeks.

[0025] The main acupoint group consists of Guanyuan (CV4), Huiyin (CV1), and Qugu (CV2), while the auxiliary acupoint group consists of Sanyinjiao (SP6), Yinlingquan (SP9), Taixi (KI3), Qichong (ST30), and Qihai (CV6). The massage time for the main acupoint group accounts for 60%-70% of the total massage time, and the auxiliary acupoint group accounts for 30%-40%. The accuracy of acupoint location should not exceed 0.5 cm, using the anatomical landmark method.

[0026] The patient should lie supine with lower limbs naturally flexed, knees bent at an angle between 120 and 150 degrees. Elevate the lower back by 3-5 cm to allow the pelvis to tilt naturally. Maintain this position throughout the treatment to ensure the muscles in the prostate area are relaxed.

[0027] Before treatment, perform local temperature pretreatment by placing a 40-45℃ hot compress on the lower abdomen. Apply the compress for 15-20 minutes to ensure a uniform increase in local tissue temperature. Immediately after the compress, perform a massage to ensure the tissues are in optimal physiological condition.

[0028] For the first 5 minutes, use a gentle technique with pressure controlled at 2-3 Newtons. Then, transition to a moderate pressure over the next 10 minutes, increasing to 3-4 Newtons. In the final stage, adjust the pressure to 3-5 Newtons based on individual response, with the total duration ranging from 5 to 25 minutes.

[0029] After the massage, perform specific breathing exercises, using a breathing cycle of deep inhalation for 5 seconds, holding your breath for 3 seconds, and slow exhalation for 7 seconds. Perform 10-15 complete cycles each time, keeping your body relaxed throughout the exercise.

[0030] A dedicated pressure sensor monitors the massage intensity in real time, with the pressure value controlled within the range of 2.0-5.0 Newtons. The fluctuation range does not exceed ±15% of the set value, and the pressure data is displayed digitally in real time.

[0031] A three-dimensional coordinate system was established with the upper edge of the pubic symphysis as the origin. The X-axis runs along the line connecting the anterior superior iliac spines, the Y-axis runs along the longitudinal axis of the body, and the Z-axis is perpendicular to the body surface. The coordinate error of each acupoint was controlled within ±0.3 cm.

[0032] Regularly monitor prostate-specific parameters, including improvement in urinary flow rate, reduction in residual urine volume, and decrease in the International Prostate Symptom Score. Assessments should be conducted every two weeks, and parameter trends should be recorded.

[0033] Treatment parameters were set according to age groups: standard parameters were used for the 30-50 age group, the intensity coefficient was appropriately reduced for the 51-70 age group, and the duration and frequency coefficients were adjusted accordingly for the 71 and above age group. Specific parameters were determined after individual assessment.

[0034] Precautions for use Avoid eating excessive amounts of food for one hour before and after treatment, and maintain a regular sleep schedule during treatment. If any discomfort occurs, immediately stop treatment and consult a professional physician. This method must be performed under the guidance of a professional; do not attempt to do it yourself blindly.

[0035] Example: Example 1: Case Study of Standard Treatment Procedure Implementation This embodiment demonstrates the standard application of the systemic stimulation of the massage technique described in claim 1. A middle-aged male patient receives treatment according to a predetermined plan. The operator first selects the technique, using acupressure to locate acupoints, followed by alternating kneading and pushing techniques. The massage frequency is maintained within a medium speed range, and the intensity is fine-tuned based on the patient's real-time feedback. Each treatment session is controlled to a moderate duration, and the treatment intervals are strictly adhered to. An effectiveness evaluation is conducted after the complete treatment course.

[0036] During the procedure, the acupoint selection method described in claim 2 is emphasized, with the main acupoint group serving as the core treatment area for focused stimulation, and auxiliary acupoint groups used in conjunction to create a synergistic effect. Acupoint location is determined using standard anatomical positioning methods to ensure accurate placement. The postural requirements described in claim 3 are strictly adhered to; the patient maintains the prescribed position, and lumbar elevation measures are implemented effectively.

[0037] Example 2: Case Study of Personalized Treatment Plan This embodiment demonstrates the application of the individualized adjustment mechanism described in claim 10. Differentiated treatment plans are developed for different age groups of patients. The focus is on functional maintenance for younger patients, functional improvement for middle-aged patients, and tolerability adjustments for older patients. In practice, the operator adjusts the manipulation intensity and treatment parameters according to the patient's age.

[0038] When implementing the manipulation techniques described in claim 5, differentiated rhythms are adopted for different age groups. The stimulation intensity is appropriately increased for younger groups, while a gentler transition method is used for older groups. The breathing training described in claim 6 is also adjusted accordingly, with increased cycles for younger groups and appropriately reduced training intensity for older groups. Individualized plans ensure maximum therapeutic effect.

[0039] Example 3: Case of Technology-Assisted Treatment This embodiment demonstrates the application of the technical means described in claims 7 and 8. During treatment, a dedicated pressure sensing device is used to monitor the massage intensity in real time, ensuring that the pressure value remains within a specified range. Three-dimensional positioning technology assists in the precise location of acupoints, establishing a coordinate system based on bony landmarks.

[0040] The operator uses the hot compress treatment described in claim 4 during the preparation phase to create ideal conditions for subsequent treatment. The effect evaluation system described in claim 9 is implemented simultaneously, with changes in various indicators recorded periodically. The application of these technical means improves treatment precision and ensures standardized and repeatable procedures.

[0041] Example 4: Case Study of Complete Treatment Management This embodiment demonstrates the systematic management of the entire treatment course. Starting with the initial assessment, a personalized treatment plan is developed. Each treatment strictly adheres to the operational procedures described in claim 1, including technique selection, frequency control, and duration management. Effectiveness is evaluated midway through the treatment course, and the treatment plan is dynamically adjusted based on progress.

[0042] The acupoint combination scheme described in claim 2 is implemented throughout the entire treatment, fully leveraging the synergistic effect of the primary and secondary acupoints. The body position described in claim 3 must be strictly maintained during each treatment. The breathing training described in claim 6 is implemented continuously as a fixed component. The complete treatment course embodies a systematic treatment philosophy, ensuring the sustainability of the treatment effect.

[0043] Example 5: Case Study on Handling Special Circumstances This embodiment is a treatment plan for patients with special physical conditions. The operator adjusts the rhythm of the manipulation technique described in claim 5 according to individual differences, using a gentler transition method for patients with sensitive constitutions. The adjustment mechanism described in claim 10 plays an important role, adapting to specific needs through parameter fine-tuning.

[0044] During treatment, the pressure monitoring described in claim 7 is strengthened to ensure operational safety. The preparation phase described in claim 4 is appropriately extended to improve tissue adaptability. The intensity of the breathing training described in claim 6 is adjusted accordingly. Flexible handling of special circumstances reflects the scientific and practical nature of the treatment plan.

[0045] 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 claims and their equivalents.

Claims

1. Acupressure massage therapy for prostate health, characterized by: The selected acupoints are systematically stimulated using specific massage techniques, including but not limited to a combination of three basic techniques: acupressure, kneading, and tuina. If necessary, acupuncture may be applied to two of the acupoints. The massage frequency is controlled at 60-90 times per minute, and the massage intensity is adjusted within the range of 2-5 Newtons according to individual tolerance. Each treatment lasts 20-40 minutes, with a treatment interval of once every 24-48 hours. The complete course of treatment is 8-12 weeks.

2. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: The acupoints selected include, but are not limited to, the main acupoint group consisting of Guanyuan, Huiyin, Qugu, and Shuidao, and the auxiliary acupoint group consisting of Sanyinjiao, Yinlingquan, Taixi, Qichong, and Qihai. The massage time of the main acupoint group accounts for 60%-70% of the total time, and the massage time of the auxiliary acupoint group accounts for 30%-40%. The acupoint positioning accuracy error shall not exceed 0.5 cm.

3. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: The correct body position for massage is supine with the lower limbs naturally bent, the knee joint bending angle controlled between 120 and 150 degrees, and the lower back elevated by 3-5 centimeters. This position allows the muscles in the prostate area to reach the optimal relaxation state, increasing the massage effect by 25%-40%.

4. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: It also includes a preparation stage before massage, including local temperature pretreatment, using a 40-45℃ hot compress for 15-20 minutes to raise the local tissue temperature by 2-3℃ and increase blood flow speed by 30%-50%, creating the best physiological conditions for subsequent massage.

5. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: The massage techniques follow a specific rhythm pattern: the first 5 minutes use gentle techniques (pressure 2-3 Newtons), then transition to medium pressure (pressure 3-4 Newtons) for the next 10 minutes, and finally adjust to 3-5 Newtons for the last 5-25 minutes according to individual response. This pressure gradient can improve tissue adaptability by 35%-60%.

6. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: It also includes a consolidation phase after the massage, including specific breathing coordination training: a breathing cycle of 5 seconds of deep inhalation, 3 seconds of breath-holding, and 7 seconds of slow exhalation. Perform 10-15 cycles after each massage. This breathing pattern can enhance the duration of the massage effect by 40%-65%.

7. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: The massage depth is controlled by a dedicated pressure sensor, which monitors the pressure value in real time within the range of 2.0-5.0 Newtons, with the fluctuation range not exceeding ±15% of the set value, ensuring precise control and repeatability of the massage intensity.

8. The acupoint massage therapy for prostate health as described in claim 2, characterized in that: Using three-dimensional coordinate system positioning technology, with the upper edge of the pubic symphysis as the origin, an X / Y / Z three-dimensional coordinate system is established. The coordinate error of each acupoint is controlled within ±0.3 cm, and the positioning accuracy is improved by 50%-70% compared with the traditional method.

9. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: It also includes an effectiveness evaluation system, which monitors prostate-specific parameters, including but not limited to the degree of improvement in urinary flow rate (target increase of 25%-40%), the rate of reduction in residual urine volume (target decrease of 30%-50%), and the degree of reduction in international prostate symptom scores (target decrease of 35%-55%).

10. The acupoint massage therapy for prostate health as described in claim 1, characterized in that: An individualized adjustment mechanism was established, setting different combinations of massage parameters based on age factors (30-50 years old group, 51-70 years old group, and 71 years and older group), including intensity adjustment coefficient (0.8-1.2), duration adjustment coefficient (0.9-1.3), and frequency adjustment coefficient (0.85-1.15), to achieve precise individualized treatment.

Images