Non-intrusive conditioning system

Abstract

A non-intrusive conditioning system disclosed by the present invention comprises a sound wave signal control device and a sound wave conduction device, the sound wave signal control device comprises hardware and software, the hardware comprises a shell, a mainboard, a display and operation keys, the mainboard is provided with an audio conversion module, the software is installed on the mainboard, and the sound wave conduction device is installed on the shell. The software has the functions of audio editing, audio playing and data analyzing and processing; the sound wave conduction equipment is connected with the audio conversion module of the mainboard; aI audios are preset in the mainboard and numbered, and man-machine interaction is achieved through the sound wave conduction device. At least 120 groups of AI audio numbers are preset, 28 groups of codes with specific frequency are adopted, the health condition of the human body can be effectively conditioned by reasonably applying the 28 groups of codes with the specific frequency, and the effect of Chinese herbal medicine cordyceps sinensis is achieved.

Description

Technical Field

[0001] The present invention relates to the field of AI big health technology, and in particular to a non-invasive effect conditioning system. Background Art

[0002] With the continuous development of society, people are under increasing pressure in life and work, and many people are in sub-health conditions. For example, being under high pressure for a long time will lead to physical and mental fatigue, damage the immune system, and gradually decline the lung and kidney functions, causing diseases such as heart disease, which seriously affects the physical and mental health of the human body.

[0003] Cordyceps generally refers to Cordyceps sinensis, which is a precious Chinese medicinal material that can greatly improve the sub-health condition of the human body. It has multiple uses, the main effects of which are (1) regulating the immune system: enhancing the function of immune system cells and tissues, improving the body's resistance, helping the body to better resist the invasion of foreign pathogens, and also restoring the disordered immune system function to normal; (2) improving endurance: it can improve the body's energy metabolism, enable the body to use oxygen more effectively, reduce the accumulation of fatigue substances, thereby enhancing physical strength and endurance, and relieving fatigue; (3) regulating the respiratory system: Cordyceps plays a particularly prominent role in protecting the respiratory system. It has a certain regulatory effect on the respiratory system, can dilate the bronchi, relieve asthma, and eliminate phlegm, and relieve chronic bronchitis. Symptoms of diseases such as bronchitis and asthma, and help maintain the patency and health of the respiratory tract; (4) Regulate the cardiovascular system: Cordyceps can help lower the cholesterol and triglyceride levels in the blood, reduce the risk of atherosclerosis, regulate blood pressure, improve heart function, and are beneficial to cardiovascular health; (5) Nourishing the kidneys and lungs: Cordyceps is often used to replenish deficiency and replenish essence and qi, and is suitable for symptoms such as physical weakness, shortness of breath, and night sweats; (6) Moistening the lungs and relieving coughs: Cordyceps belongs to the lung meridian and has the effect of moistening the lungs and relieving coughs. It has a certain effect on relieving symptoms such as cough and hemoptysis caused by lung deficiency, and is often used to treat lung diseases such as tuberculosis; (7) Cordyceps contains a variety of active ingredients, such as polysaccharides, proteins, amino acids, and various trace elements. These ingredients give Cordyceps its unique pharmacological effects. (8) Antibacterial, antiasthmatic, cardiotonic, and blood pressure lowering: Cordyceps also has antibacterial, antiasthmatic, cardiotonic, and blood pressure lowering effects, can enhance the body's immunity, and regulate the endocrine system.

[0004] Cordyceps is widely used in traditional Chinese medicine. Its efficacy and effects cover many aspects, from traditional tonic to immune regulation and anti-tumor research in modern medicine. Cordyceps has demonstrated its unique value. However, due to the high price of cordyceps, the current complex market with many counterfeit products, and the lack of knowledge of the authenticity of cordyceps by most people, the economic and market risks of cordyceps are relatively large. Specifically, they are as follows: (1) High cost: The price of wild cordyceps can reach 300-500 yuan per gram (market price in 2025), far beyond the affordability of ordinary consumers; (2) The prevalence of counterfeit and inferior products: According to a sample survey, about 40% of the cordyceps sold in the market is adulterated (such as bamboo stick weighting, metal powder dyeing) or has excessive heavy metal content; (3) The resource is unsustainable. Due to over-exploitation, the output of wild cordyceps in the Qinghai-Tibet Plateau has dropped by 70% compared to 2010, and some areas are on the verge of depletion.

[0005] Furthermore, there are significant drawbacks and potential risks in the use of Cordyceps, including (1) allergic reactions: about 3-5% of the population are allergic to the active ingredients in Cordyceps (such as cordycepin), which manifests as itchy skin, redness, swelling, or difficulty breathing; (2) digestive system discomfort: excessive use may cause nausea, vomiting, or stomach pain, especially when fasting; (3) burden on liver and kidney function: long-term high-dose use (>5g per day) may cause elevated liver enzymes or abnormal renal function, and biochemical indicators need to be monitored regularly; (4) cardiovascular effects: adenosine substances in Cordyceps may cause arrhythmia or blood pressure fluctuations, and patients with heart disease should use it with caution; (5) Pollutant risk: Cordyceps sinensis in some production areas has been found to contain excessive lead (>2mg / kg, the national limit is 1mg / kg), and long-term consumption may lead to cumulative poisoning; arsenic content exceeds the standard, and long-term consumption has an impact on the human skin, nervous system, cardiovascular system, liver, and kidneys. (6) Incompatibility taboos: Cordyceps sinensis should not be eaten with radish, as radish will accelerate its metabolism and reduce its efficacy. Cordyceps sinensis should not be taken with tea, as tannic acid and caffeine destroy the polysaccharide structure of cordyceps sinensis. (7) Not suitable for children: Cordyceps sinensis is warm in nature, and children with normal constitutions may experience internal heat after eating it, resulting in symptoms such as oral ulcers, swollen gums, and swollen throat. In addition, Cordyceps sinensis contains estrogen-like substances, which may cause precocious puberty in children, premature appearance of pubic and armpit hair, and promote fat synthesis, leading to obesity.

[0006] In view of the numerous benefits of Cordyceps, but the numerous problems mentioned above in its use, the present invention is dedicated to providing a non-invasive conditioning system that can achieve the benefits of Cordyceps while overcoming the drawbacks of its use. This case is therefore created. Summary of the Invention

[0007] The purpose of the present invention is to provide a non-invasive conditioning system that has no side effects, is highly safe, has good effects and is easy to operate.

[0008] In order to achieve the above object, the solution of the present invention is: A non-invasive conditioning system includes an acoustic signal control device and an acoustic wave conduction device. The acoustic signal control device includes hardware and software. The hardware module includes a housing, a mainboard disposed within the housing and equipped with an intelligent chip and memory, a display and operation buttons disposed on the housing and connected to the mainboard. An audio conversion module is disposed on the mainboard, and software is installed in the mainboard's intelligent chip or memory. The software has audio editing, audio playback, and data analysis and processing functions. The acoustic wave conduction device is connected to the mainboard's audio conversion module. AI audio frequencies ranging from 20 to 20,000 Hz are preset in the memory or intelligent chip, and each AI audio frequency is numbered by code. The operation button is used to output the AI ​​audio code and control the audio output duration. The AI ​​audio output is a single code or a combination of codes. Human-computer interaction is achieved through the acoustic wave conduction device. At least 120 AI audio numbers are preset, coded 001-120, of which 001-010 is used to regulate the gallbladder, 011-020 to regulate the liver, 021-030 to regulate the lungs, 031-040 to regulate the large intestine, 041-050 to regulate the stomach, 051-060 to regulate the spleen, 061-070 to regulate the heart, 071-080 to regulate the small intestine, 081-090 to regulate the bladder, 091-100 to regulate the kidneys, 101-110 to regulate the pericardium meridian, and 111-120 to regulate the lymph. The codes used to achieve the efficacy of Cordyceps are 001-011-015-018-021-022-025-026-027-029-036-048-051-061-065-066-068-091-092-094-096-097-099-100-101-102-105-108-110-111-117. The specific frequency of the 28 codes in 2 lines is 001-0.5Hz. 011-3.84Hz, 015-10Hz, 018-751Hz, 021-174Hz, 022-285Hz, 025-369Hz, 026-741Hz, 027-852Hz, 029-963Hz, 036-417Hz, 061-40Hz, 065-42Hz, 066-432Hz, 091-7.83Hz, 092-20Hz, 094-319.88Hz , 096-625Hz, 097-727Hz, 099-728Hz, 100-528Hz, 101-14Hz, 102-82Hz, 105-465Hz, 100-528Hz, 110-555Hz, 111-776Hz, 117-1865Hz.

[0009] Furthermore, the non-invasive conditioning system of the present invention also includes a detection device, which is used to obtain user detection data before, during or after conditioning.

[0010] Furthermore, the non-invasive conditioning system of the present invention also includes a monitoring device, which is used to monitor changes in various data indicators of the user during the conditioning process.

[0011] Furthermore, the monitoring device is any one or any combination of a smart bracelet, a brain-computer interface, and an electrocardiogram monitor.

[0012] Furthermore, the operating buttons of the sound wave signal control device include a power switch, an audio intensity adjustment key, a function adjustment area and a numeric keypad. The function adjustment area includes multiple preset mode buttons and multiple function buttons. The function buttons include "start", "pause", "stop", "single", "composite", "memory" and "time". The code is set through the composite button of the function button combined with the numeric keypad, stored through the "memory" button, and the adjustment time is set through the "time" key.

[0013] Furthermore, the audio conversion module is transmitted to the sound wave conduction device via wired or wireless means, and at least one audio interface connected to the audio conversion module is provided on the outer shell. The sound wave conduction device adopts any one of bone conduction, contact patch, ultrasonic head or oscillator for conduction, so that the audio is converted and then transmitted to the user through the sound wave conduction device.

[0014] Furthermore, the sound wave signal control device is provided with three audio interfaces, corresponding to the signal strengths of "strong signal", "strong signal" and "weak signal" respectively. When working, the three audio interfaces are connected to the corresponding sound wave conduction devices through the corresponding audio conversion modules respectively, and audio conditioning can be performed for up to three users at the same time.

[0015] After adopting the above scheme, the non-invasive conditioning system of the present invention adopts acoustic holographic healing method based on the efficacy and meridians of Cordyceps sinensis. It achieves the same efficacy as Cordyceps sinensis through 28 sets of AI sound waves, using sound waves of specific frequencies and patterns to promote physical and mental health conditioning. Its principle is mainly based on the physical properties of sound waves and their impact on the physiological and psychological state of the human body. It uses electrostatic audio tuning to effectively combine and tune the fixed frequency waves of nature and the internal organs of the human body. It uses electronic and software systems to cooperate for encoding, compression and recognition. The present invention presets hundreds of sound wave frequencies and waveforms covering the response range of the human body inside and outside, up and down, at different levels and parts, to achieve a three-way balance of the three major flows of energy flow, information flow and material flow in the human body. By using 28 sets of sound waves of specific frequencies to resonate with the natural frequency of the human body, the vibration of the sound waves is used to act on different parts of the human body, including muscles, bones, joints and nervous system. The vibration of the sound waves can promote blood circulation, reduce inflammatory reactions, regulate the activity frequency of neurons, thereby relieving pain and improving physical function. The present invention rationally utilizes 28 groups of sound waves of specific frequencies to stimulate specific areas of the brain, and through the relevant nervous systems and brain circuits of the hypothalamus-pituitary-adrenal axis, achieves a regulatory effect on the immune system, cardiovascular system, respiratory system, digestive system, and lung and kidney functions. It can effectively regulate the health of the human body and realize the efficacy of the Chinese herbal medicine Cordyceps. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a structural schematic diagram of the sound wave signal control device of the present invention.

[0017] Figure 2 This is a structural block diagram of a preferred embodiment of the sound wave signal control device of the present invention.

[0018] Figure 3 This is a comparison chart of data before and after conditioning in Example 1 of the present invention.

[0019] Figure 4 This is a comparison chart of data before and after conditioning in Example 2 of the present invention DETAILED DESCRIPTION In order to further explain the technical solution of the present invention, the present invention is described in detail below through specific embodiments.

[0020] like Figure 1 and Figure 2As shown, the present invention discloses a non-invasive conditioning system, including an acoustic signal control device and an acoustic wave conduction device. The acoustic signal control device 1 includes hardware and software. The hardware module includes a shell 1, a motherboard arranged in the shell 1 and equipped with an intelligent chip and a memory, a display 2 and an operation button 3 arranged on the shell 1 and connected to the motherboard, an audio conversion module 4 is provided on the motherboard, and the software is installed in the intelligent chip or memory of the motherboard. The software has audio editing, audio playback and data analysis and processing functions; the acoustic wave conduction device is connected to the audio conversion module 4 of the motherboard; the memory or intelligent chip is preset with 20-20000Hz AI audio, and each AI audio is numbered by code, the operation button is used to output the AI ​​audio code and control the audio output duration, the output of the AI ​​audio is a single code or a combination of codes, and human-computer interaction is realized through the acoustic wave conduction device.

[0021] There are at least 120 preset AI audio numbers, coded 001-120, of which 001-010 is used to regulate the gallbladder, 011-020 to regulate the liver, 021-030 to regulate the lungs, 031-040 to regulate the large intestine, 041-050 to regulate the stomach, 051-060 to regulate the spleen, 061-070 to regulate the heart, 071-080 to regulate the small intestine, 081-090 to regulate the bladder, 091-100 to regulate the kidneys, 101-110 to regulate the pericardium meridian, and 111-120 to regulate the lymph.

[0022] As a specific embodiment of the present invention, the codes used to achieve the efficacy of Cordyceps are 001-011-015-018-021-022-025-026-027-029-036-048-051-061-065-066-068-091-092-094-096-097-099-100-101-102-105-108-110-111-117. The above 28 groups of codes are combined into a complete conditioning program that can achieve the same efficacy as the traditional Chinese medicine Cordyceps. Specifically, the specific frequencies of the above codes are 001-0.5Hz, 011-3.84Hz, 015-10Hz, 018-751Hz, 021-174Hz, 022-285Hz, 025-369Hz, 026-741Hz, 027-852Hz, 029-963Hz, 036-417Hz, 061-40Hz, 065-42Hz, 066-432Hz, 091-7.83Hz, 092-20Hz, 094-319.88Hz, 096-625Hz, 097-727Hz, 099-728Hz, 100-528Hz, 101-14Hz, 102-82Hz, 105-465Hz, 100-528Hz, 110-555Hz, 111-776Hz, 117-1865Hz. The following describes the sound wave frequency function of each code.

[0023] 001's 0.5Hz is an extremely low-frequency sound that is usually difficult to hear, but it acts on the human body through vibration or resonance, and has the effects of relaxation and stress relief, regulating brain waves, helping to regulate body functions, and relieving pain. In addition, 0.5Hz is often used in meditation to help enter a state of deep relaxation and improve concentration.

[0024] The sound wave frequency combination of 011's 3.84 Hz, 015's 10 Hz, and 018's 751 Hz has a good conditioning effect on the liver.

[0025] 021's 174Hz is the basic healing frequency that can help relieve body pain and stress, indirectly support lung function, and improve breathing efficiency.

[0026] The 285Hz of 022 is a tissue repair frequency, which helps repair and regenerate cells and tissues. This frequency can also support the repair of lung tissue, especially damage caused by long-term smoking or air pollution.

[0027] 025's 369Hz is the frequency for releasing fear and stress, which is related to releasing negative emotions (such as fear and stress). Traditional Chinese medicine believes that the lungs are related to emotions, and releasing stress can indirectly improve lung function.

[0028] 026's 741Hz is a frequency of detoxification and purification, which helps the body detoxify and purify, supports the lungs in removing toxins and improves respiratory health.

[0029] 027's 852Hz is the frequency of intuition and balance. It is related to intuition and inner balance, and can indirectly improve lung function by balancing the body and mind.

[0030] The 963Hz of 029 is a high-frequency healing frequency that helps activate the pineal gland and increase overall energy.

[0031] 036's 417Hz is a frequency of cleansing and purification, which helps to clear negative energy and toxins; it can help purify the body and support the lung's detoxification function.

[0032] The 40Hz of 061 is a low frequency. This audio can stimulate the cerebral cortex, enhance the activity of neurons in the γ band, slow down the progression of Alzheimer's disease (AD), and improve cognitive function and behavioral symptoms. It can also improve cognitive impairment and memory impairment, relieve sleep disorders and depression, etc.

[0033] The 42Hz of 065 is a low frequency, which has the effect of relieving chest distress, clearing away external evils around the heart, clearing away heat and opening the orifices. By stimulating the local part of the heart, it can eliminate free radicals, enhance immunity and improve heart function.

[0034] 066's 432Hz has systemic therapeutic effects, relieving stress or promoting DNA repair.

[0035] 091's 7.83Hz has kidney healing function.

[0036] The 20Hz of 092 belongs to extremely low frequency. Extremely low frequency electromagnetic fields can affect cell activities through ion channels, receptors or enzymes on the cell membrane or in the cell, and can affect sodium channel current, signal transduction, cell differentiation, apoptosis and gene expression. It can relieve pain, reduce oxidative stress, accelerate fracture healing process, protect cartilage cells in osteoarthritis and increase bone density in patients with osteoporosis.

[0037] 094's 319.88Hz has kidney healing properties.

[0038] 096's 625Hz has the effect of improving kidney function and enhancing its function.

[0039] 097's 727Hz can cure various inflammations, improve immune defense, and stimulate muscles and nerves through medium-frequency current to relieve pain, promote blood circulation, muscle recovery, nerve function recovery and reduce muscle tension.

[0040] 099's 728Hz sound waves are low-frequency sound waves.

[0041] 528Hz of 100 is the frequency of repair and balance, known as the "frequency of love", which can promote cell repair.

[0042] 101's 14Hz is an extremely low frequency that relaxes the nervous system and helps focus attention.

[0043] 82Hz of 102 is a low frequency, which has the effect of relieving chest distress, clearing away external evils around the heart, clearing away heat and opening the orifices. By stimulating the local part of the heart, it can eliminate free radicals, enhance immunity and improve heart function.

[0044] The 465Hz of 105 belongs to the medium frequency, which can excite the neuromuscular tissue, promote local blood circulation, inhibit the excitability of the sensory nerves and play an analgesic role. It can be mainly used to regulate patients with hemiplegia or low back and leg pain left over from cerebrovascular disease. In addition, it also has a regulating effect on low back pain, migraine, muscle atrophy, etc.

[0045] 108's 528Hz is the frequency of repair and balance and is called the "frequency of love". It can promote cell repair and help repair lung cells and improve respiratory function.

[0046] The 555Hz of 110 and the 776Hz of 111 are medium and high frequencies, which can relieve pain, promote local tissue, blood circulation and lymphatic return, cause skeletal muscle contraction, exercise muscles and prevent muscle atrophy; increase smooth muscle tension, act on ganglia and nerve segments, produce reflex effects, and regulate the function of the autonomic nervous system.

[0047] The 1865Hz of 117 belongs to the medium and high frequency, which can reduce inflammation, relieve pain and relax muscles.

[0048] The non-invasive conditioning system of the present invention also includes a detection device for obtaining pre- and post-conditioning user data. For example, the detection device can be a Chinese Academy of Sciences HRV intelligent detector, which uses sensors to collect body frequencies and analyzes them using waveforms based on HRV theory. Within a certain period of time (e.g., 3-5 minutes), it provides a health risk assessment for eight major human systems (digestive system, respiratory system, circulatory system, nervous system, reproductive system, endocrine system, locomotor system, and urinary system). This health risk assessment is compared with 50 million health data from hospitals. The data includes assessments for the three highs, hyperthyroidism, and exercise risk, cardiac indicators, vascular and nervous system assessments, mood assessments (sleep index), respiratory system assessments, endocrine system assessments, digestive system assessments, and heart rate monitoring assessments. This accurately describes various human body indicators. By comparing the user's pre- and post-conditioning data, the conditioning effect can be intuitively displayed.

[0049] The non-invasive conditioning system of the present invention may further include a monitoring device, which can monitor changes in various body data indicators during the conditioning process. The monitoring device can be an existing device such as a smart bracelet, a brain-computer interface, an electrocardiogram monitor, etc.

[0050] The operating buttons 3 of the sound wave signal control device include a power switch 31, an audio intensity adjustment key 32, a function adjustment area 33, and a numeric keypad 34. The function adjustment area 33 includes multiple preset mode buttons and multiple function buttons, including "Start", "Pause", "Stop", "Single", "Compound", "Memory", "Time", etc. The code can be set through the composite button of the function button combined with the numeric keypad 34, or stored through the "Memory" button. The conditioning time can be adjusted through the "Time" key. The display 2 can display the conditioning AI audio code and conditioning time, and the blue indicator light flashes to indicate that the device is in working condition.

[0051] The audio conversion module 4 set on the main board converts audio information and energy. Audio information refers to the audio corresponding to the code. The conversion process of audio information and energy involves the reception, processing, transmission of sound and finally conversion into a specific energy form inside the body. This series of processes not only involves physical and chemical effects, but also includes the exchange process of bioelectric ion energy, ultimately realizing the transmission of audio information and energy conversion. After the audio is output, it is processed by the audio conversion module 4 and transmitted to the sound wave conduction device 5 by wired or wireless means. An audio interface 11 connected to the audio conversion module 4 can be set on the housing 1. The sound wave conduction device 5 can be conducted by bone conduction or contact patch, ultrasonic head or oscillator, etc. The connection method can be wireless methods such as Bluetooth, WiFi or wired connection, so that the audio is non-invasively connected to the human body through the sound wave conduction device 5 after conversion.

[0052] The acoustic signal control device may be equipped with multiple audio interfaces 11. In this embodiment, there are three audio interfaces 11, corresponding to signal strengths of "strong signal," "strong signal," and "weak signal," respectively. The signal strength can be adjusted based on actual conditions. During operation, the three audio interfaces 11 are connected to corresponding acoustic wave transmission devices 5 via corresponding audio conversion modules 4, enabling simultaneous audio conditioning for up to three users, thus achieving a one-to-many, ultra-high-performance experience.

[0053] Based on the efficacy and meridian distribution of Cordyceps sinensis, this invention employs a sonic holographic healing method. Using 28 sets of AI sound waves from the aforementioned scheme, it achieves the same benefits as Cordyceps sinensis, utilizing sound waves of specific frequencies and patterns to promote physical and mental well-being. Its principle is primarily based on the physical properties of sound waves and their impact on the physiological and psychological state of the human body. It employs electrostatic audio tuning to effectively combine and tune the fixed-frequency waves of nature and the human internal organs. Electronics and software systems collaborate to perform encoding, compression, and recognition. The invention's preset sound wave frequencies and waveforms cover the response range of the human body, internally and externally, at various levels and locations, achieving a three-way balance of the human body's three major flows: energy flow, information flow, and material flow. AI sound waves, as a form of material energy acting on the human physiological and physical fields, transmit information through different audio frequencies in hertz. These AI sounds exhibit a certain pattern and varying frequency. When applied to various parts of the body, they induce harmonious resonance among the internal organs, muscles, and brain waves. The present invention uses 28 sets of sound waves of specific frequencies to resonate with the natural frequencies of the human body. The vibrations of the sound waves act on different parts of the human body, including muscles, bones, joints, and the nervous system. The vibrations of the sound waves can promote blood circulation, reduce inflammatory responses, and regulate the activity frequency of neurons, thereby relieving pain and improving body functions. For example, low-frequency sound waves can penetrate deep into the human body, producing a massage effect on cells and tissues, helping to relieve muscle tension and joint pain. Sound waves of specific frequencies can regulate brain waves and promote the generation of alpha waves, a type of brain wave associated with relaxation and meditation. In this way, it can help reduce anxiety, stress, and depression symptoms, and improve mood and mental health.

[0054] The present invention rationally utilizes 28 groups of sound waves of specific frequencies to stimulate specific areas of the brain, and through the relevant nervous systems and brain circuits of the hypothalamus-pituitary-adrenal axis, achieves a regulatory effect on the immune system, cardiovascular system, respiratory system, digestive system, and lung and kidney functions. It can effectively regulate the health of the human body and realize the efficacy of the Chinese herbal medicine Cordyceps.

[0055] The efficacy of the present invention is verified by two specific cases below.

[0056] Case 1: User: Mr. Guo, Gender: Male, Treatment Project: AI Cordyceps, 28 sets of sound wave treatments of specific frequencies for 2 hours every day, the treatment cycle is 20 days, and 2 hours of treatment is performed every day during the treatment cycle.

[0057] like Figure 3As shown, before the conditioning, the user's endocrine system was under yellow alert with a score of 58 points when tested with the HRV smart detector, and his lung function was slightly abnormal with a score of 55 points. After 28 sets of sound waves of specific frequencies were conditioned for 2 hours, the user used the HRV smart detector again to test, and his lung and kidney functions were improved. All the slightly abnormal lung indicators returned to normal with a score of 95 points. The endocrine system was also at a normal level with a score of 86 points, and his physical condition recovered very well.

[0058] Case 2: User: Mr. Wu, Gender: Male, has suffered from itchy skin for 15 years, and has experienced the torture of itching all over the body every day. After 28 sets of sound waves with specific frequencies were input, the skin abnormalities were significantly improved in 1 month, and were basically cured in 3 months. The skin no longer itched, and the treatment was carried out for 2 hours every day.

[0059] like Figure 4 As shown, before the user's conditioning, the endocrine system was under yellow alert with a score of 53 points when tested with the HRV smart detector, and the lung function was slightly abnormal with a score of 48 points. After 3 hours of conditioning with 28 sets of sound waves of specific frequencies, the user used the HRV smart detector again to test, and his lung and kidney functions were improved. All the slightly abnormal lung indicators returned to normal with a score of 89 points. The endocrine system was also at a normal level with a score of 82 points, and his physical condition recovered very well.

[0060] This invention uses audio waves to simulate the efficacy of Cordyceps and combines it with neuroscience to achieve health intervention. This innovation may promote the transformation of the AI ​​health industry from the following dimensions: Innovation in neural interface technology: Breaking through the traditional drug-dependent model of chemical molecular interaction, this technology establishes a novel "sound wave-neural signal-bioeffect" pathway, providing non-invasive solutions for neurological diseases such as Parkinson's disease and depression. In 2023, Boston University demonstrated that 40Hz sound and light stimulation can eliminate tau protein in the brains of Alzheimer's patients.

[0061] AI personalized modulation system: Through the brain-computer interface, it monitors neural signals such as beta waves and gamma waves in real time, and dynamically adjusts audio parameters (such as precise control of frequency 40-100Hz), realizing the transition from "universal intervention" to "individualized treatment". The MIT team has achieved adaptive adjustment of sound waves based on EEG feedback in 2024.

[0062] Supply chain topology transformation: Building a "digital compound-neural effect" mapping database to replace the traditional Chinese medicine trading system. It is estimated that the global Cordyceps market, valued at approximately $5 billion, will be redistributed, forming a new value chain of "algorithms + hardware terminals + data services."

[0063] Environmental cost zero model: Every ton of natural Cordyceps replaced can protect 3 square kilometers of plateau meadows and reduce 1,200 tons of carbon emissions.

[0064] Metabolic syndrome solutions: Targeting Cordyceps' core immune-regulating function, we've developed management modules for chronic diseases such as diabetes (improving insulin resistance through vagus nerve stimulation) and fatty liver disease (regulating the AMPK pathway). Preclinical trials showed that the audio intervention group achieved a 1.2% decrease in HbA1c, significantly surpassing the control group.

[0065] Breaking through spatial and temporal constraints: Leveraging the high penetration of the auditory channel, health interventions can be integrated into workplaces, commuting, and other settings. Tests have shown that a 40-minute intervention during daily commuting is bioequivalent to 3g of traditional Cordyceps daily.

[0066] Multimodal fusion therapy: Coupled with transcranial magnetic stimulation (TMS), nanorobotics, and other technologies to form a neural control matrix. Stanford labs are developing a sound-wave-guided magnetic nanoparticle targeted drug delivery system.

[0067] The above embodiments and drawings do not limit the product form and style of the present invention. Any appropriate changes or modifications made by ordinary technicians in the relevant technical field should be deemed to be within the patent scope of the present invention.

Claims

1. A non-invasive conditioning system, characterized in that: include: An acoustic signal control device and an acoustic wave conduction device, the acoustic signal control device including hardware and software, the hardware module including a housing, a motherboard disposed within the housing and equipped with an intelligent chip and memory, a display and operation buttons disposed on the housing and connected to the motherboard, an audio conversion module disposed on the motherboard, and software installed in the motherboard's intelligent chip or memory, the software having audio editing, audio playback, and data analysis and processing functions; the acoustic wave conduction device is connected to the motherboard's audio conversion module; AI audio frequencies ranging from 20 to 20,000 Hz are preset in the memory or intelligent chip, and each AI audio frequency is numbered by code; the operation buttons are used to output the AI ​​audio code and control the audio output duration; the AI ​​audio output is a single code or a combination of codes, and human-computer interaction is achieved through the acoustic wave conduction device; At least 120 AI audio numbers are preset, coded 001-120, of which 001-010 is used to regulate the gallbladder, 011-020 to regulate the liver, 021-030 to regulate the lungs, 031-040 to regulate the large intestine, 041-050 to regulate the stomach, 051-060 to regulate the spleen, 061-070 to regulate the heart, 071-080 to regulate the small intestine, 081-090 to regulate the bladder, 091-100 to regulate the kidneys, 101-110 to regulate the pericardium meridian, and 111-120 to regulate the lymph. The codes used to achieve the efficacy of Cordyceps are 001-011-015-018-021-022-025-026-027-029-036-048-051-061-065-066-068-091-092-094-096-097-099-100-101-102-105-108-110-111-117, and the specific frequencies of the 28 codes are 001-0.5Hz, 0 11-3.84Hz, 015-10Hz, 018-751Hz, 021-174Hz, 022-285Hz, 025-369Hz, 026-741Hz, 027-852Hz, 029-963Hz, 036-417Hz, 061-40Hz, 065-42Hz, 066-432Hz, 091-7.83Hz, 092-20Hz, 094-319.88Hz , 096-625Hz, 097-727Hz, 099-728Hz, 100-528Hz, 101-14Hz, 102-82Hz, 105-465Hz, 100-528Hz, 110-555Hz, 111-776Hz, 117-1865Hz.

2. The non-invasive conditioning system according to claim 1, wherein: It also includes a detection device, which is used to obtain user detection data before, during or after conditioning.

3. A non-invasive conditioning system according to claim 1 or 2, characterized in that: It also includes monitoring equipment, which is used to monitor changes in various user data indicators during the conditioning process.

4. The non-invasive conditioning system according to claim 3, wherein: The monitoring device is any one or any combination of a smart bracelet, a brain-computer interface, and an electrocardiogram monitor.

5. The non-invasive conditioning system according to claim 1, wherein: The operating buttons of the sound wave signal control device include a power switch, an audio intensity adjustment key, a function adjustment area and a numeric keypad. The function adjustment area includes multiple preset mode buttons and multiple function buttons. The function buttons include "start", "pause", "stop", "single", "composite", "memory" and "time". The code is set through the composite button of the function button combined with the numeric keypad, stored through the "memory" button, and the adjustment time is set through the "time" key.

6. The non-invasive conditioning system according to claim 1, wherein: The audio conversion module is transmitted to the sound wave conduction device via wired or wireless means. At least one audio interface connected to the audio conversion module is provided on the outer shell. The sound wave conduction device adopts any one of bone conduction, contact patch, ultrasonic head or oscillator for conduction, so that the audio is converted and transmitted to the user through the sound wave conduction device.

7. The non-invasive conditioning system according to claim 6, wherein: The sound wave signal control device is provided with three audio interfaces, corresponding to the signal strengths of "strong signal", "strong signal" and "weak signal" respectively. When working, the three audio interfaces are connected to the corresponding sound wave conduction devices through the corresponding audio conversion modules, and audio conditioning can be performed for up to three users at the same time.

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