Non-intrusive audio health conditioning system and conditioning method

Abstract

According to the non-intrusive audio health conditioning system and conditioning method, various detection data of a user before conditioning are detected through an HRV intelligent detection module, a user conditioning scheme is formulated, and the conditioning scheme is integrated to an audio signal generator; the audio signal generator can recommend and generate an audio conditioning scheme most suitable for a current user according to user information, the audio conditioning scheme is output to the audio adjusting module, and after the audio conditioning scheme is set, the audio adjusting module converts audio signals through the audio conversion module and transmits the audio signals to the bone conduction module; auditory perception and tactile stimulation are realized through mechanical vibration of the bone conduction module, so that conditioning of single and composite audio information of a human body is realized, and the physical and mental state of the human body is improved. In the audio information conditioning process, a user can carry the bone conduction module to move freely within the wireless signal transmission range, daily life, work and study are not affected, the degree of freedom is higher, and use is more convenient.

Description

Technical Field

[0001] The present invention relates to the technical field of health therapy, and in particular to a non-invasive AI audio health conditioning system and conditioning method. Background Art

[0002] With the continuous development of society, people's life and work pressures are increasing, 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, affecting physical and mental health. In addition, modern people's lifestyles tend to be more sedentary, lacking sufficient physical activities, and long-term inactivity will lead to decreased body functions, poor blood circulation, and easy symptoms such as fatigue and muscle weakness; due to work pressure and accelerated pace of life, many people do not get enough sleep; teenagers are affected by electronic products and games and academic performance pressure, resulting in long-term lack of sleep, which will affect the recovery and repair function of the body and mind, leading to decreased immunity and psychological problems.

[0003] Through the rational use of AI audio conditioning, specific areas of the brain can be stimulated, and through the relevant nervous systems and brain circuits of the hypothalamus-pituitary-adrenal axis, the immune system, cardiovascular system, psychological information system, respiratory system and digestive system can be regulated, which can effectively improve sub-health conditions of the body and mind.

[0004] The technology of AI audio conduction to regulate the human body comes from music and sound wave therapy. It adopts the principle of electrostatic audio tuning to effectively combine and tune the fixed frequency waves of nature and human organs, and uses electronic and software systems to encode, compress and identify. Hundreds of audio frequencies and waveforms try to cover the response range of the human body inside and outside, up and down, at different levels and parts, so as to achieve the ternary balance of the three major flows of the human body: energy flow, information flow and material flow. As a kind of material energy that acts on the physiological field and physical field of human body, AI audio transmits information through different audio frequencies of Hertz. These AI audios have certain rules and changing frequencies. When used in various parts of the human body, they will cause harmonious resonance of the human internal organs, muscles, brain waves, etc., promote the coordination of organ rhythms, thereby improving the disorder of various organs and promoting recovery. AI audio frequencies can promote the secretion of melatonin in the brain and improve sleep quality. Listening to AI audio can make people feel happy, relieve stress, soothe emotions and increase happiness to a certain extent. AI audio helps with sleep. Listening to soothing and gentle AI audio before bed can help balance blood pressure and heart rate, create a relaxed state, and stabilize emotions. It can also help relieve negative emotions that affect sleep, such as frustration, fear, anxiety, and depression. AI audio can also divert people's attention, reduce their focus on insomnia or physical illness, and reduce the interference caused by external noise, thereby improving sleep.

[0005] In order to regulate sleep problems or other sub-health problems, massage or drug treatment are currently used. These methods have certain shortcomings: complex operation, poor effect, side effects, safety and other issues. It is impossible to customize conditioning plans for different users, and it is impossible to detect and accurately analyze user conditioning data in real time.

[0006] In view of this, the present invention is deeply conceived to address the deficiencies of the prior art, and actively studies and improves the trial production to develop the present invention. Summary of the invention

[0007] The purpose of the present invention is to overcome the shortcomings of the prior art and provide a non-invasive AI audio health conditioning system and conditioning that has no side effects, high safety, good effects and simple operation.

[0008] In order to achieve the above object, the solution of the present invention is: A non-invasive AI audio health conditioning system, including an HRV intelligent detection module and an audio signal generator and conduction module; The HRV intelligent detection module collects the user's detection data through sensors, performs big data comparison and analysis, and provides a health risk assessment report; The AI ​​audio signal generator includes a multi-function panel, a display, an AI audio encoding module, an audio adjustment module and an audio conversion module. The multi-function panel and the display are respectively arranged on the audio signal generator, and the AI ​​audio encoding module is built in the audio signal generator; the AI ​​audio encoding module presets 20-20000Hz AI audio, and numbers each AI audio through the AI ​​audio code; the AI ​​audio of the AI ​​audio encoding module is a single audio output or the AI ​​audio code is combined and output; the audio output of the AI ​​audio encoding module is processed by the audio conversion module, the audio conversion module is connected to the conduction module, and the AI ​​audio information processed by the audio conversion module is output through the conduction module, and the human-computer interaction of the AI ​​audio information is realized through the conduction module.

[0009] Furthermore, the multi-function panel includes an audio function adjustment area and a numeric keypad area. The audio function adjustment area includes multiple preset mode buttons and multiple function buttons. The display displays the conditioning AI audio code and conditioning time.

[0010] Furthermore, the AI ​​audio encoding module pre-integrates 120 groups of AI audio codes, and the AI ​​audio codes are 001-120, wherein AI audio codes 001-010 are 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.

[0011] Furthermore, the conduction module is a bone conduction module or a contact patch.

[0012] Furthermore, the bone conduction method includes any one of bone conduction headphones, bone conduction bracelets, bone conduction massagers, bone conduction brainstem stimulators or bone conduction glasses. The bone conduction method is connected to the audio conversion module using a limited or wireless connection, and the contact patch is an electrode patch.

[0013] Furthermore, the audio signal generator has multiple standard AI audio conditioning schemes preset in it to perform targeted conditioning corresponding to the five AI psychological emotion indicators respectively.

[0014] Furthermore, the audio signal generator is provided with a plurality of audio interfaces, and each interface corresponds to an audio conversion module.

[0015] A conditioning method using a non-invasive audio health conditioning system comprises the following steps: Step S1: The user obtains various test data of the user through the HRV intelligent detection module; Step S2, the HRV intelligent detection module analyzes the user's problems based on the detection data and obtains the detection results; Step S3, formulating a conditioning plan according to the detection results. The AI ​​audio in the conditioning plan can be a single audio or a composite audio. If there are multiple AI audio codes involved in the conditioning plan, the multiple AI audio codes are edited into a corresponding code combination. The conditioning plan includes the conditioning audio, conditioning duration, and conditioning cycle. Step S4, setting an AI audio code or code combination on the audio signal generator according to the conditioning scheme, and integrating the AI ​​audio of the conditioning scheme into the audio signal generator; Step S5, connecting the audio signal generator to the bone conduction module; Step S6: The user wears the bone conduction module; Step S7: Input the conditioning item and confirm it through the multi-function panel of the audio signal generator, and set the conditioning time. The audio signal generator will call the corresponding AI audio code for output; Step S8, the audio signal output by the audio signal generator is conducted to the user through the bone conduction module for conditioning; Step S9: After the conditioning time is completed, the user removes the bone conduction module; Step S10, obtaining various test data of the user's body after conditioning through the HRV intelligent detection module again, and analyzing and determining the effect of this conditioning.

[0016] After adopting the above scheme, the non-invasive AI audio health conditioning system and conditioning method of the present invention detects various detection data before user conditioning through the HRV intelligent detection module, generates a health risk assessment report, and formulates a user conditioning plan, and integrates the conditioning plan into the AI ​​audio signal generator, which can generate a user-customized AI audio plan. The audio AI frequency signal generator can recommend and generate the most suitable audio conditioning plan for the current user according to the user information, output the AI ​​audio conditioning plan to the AI ​​audio adjustment module, and display various data information through the display. At the same time, the user can customize the audio conditioning plan through the multi-functional panel; after setting the audio conditioning plan, the AI ​​audio adjustment module converts the audio signal through the audio conversion module and transmits it to the conduction module; the mechanical vibration of the conduction module is used to realize auditory perception and tactile stimulation, thereby realizing single and complex audio conditioning of the human body, improving the physical and mental state of the human body, and increasing the personalized and standardized conditioning effect on the human body. It can realize the non-invasive transmission of audio signals and the human body, integrate human hearing and touch, and realize audio conditioning of the human body under the principle of audio micro-resonance, and the operation is simple. Moreover, when the conduction module is connected to the audio signal generator wirelessly, during the audio conditioning process, the user can carry the conduction module and move freely within the wireless signal transmission range without affecting daily life, work and study, with higher freedom and more convenient use. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 Schematic diagram of HRV intelligent detection module.

[0018] Figure 2 The figure is a schematic diagram of the appearance of the audio signal generator of the present invention.

[0019] Figure 3 It is a structural block diagram of a preferred embodiment of the present invention.

[0020] Figure 4 It is a schematic diagram of the structure of the bone conduction earphone of the present invention.

[0021] Figure 5 This is a schematic diagram of wearing the bone conduction earphone of the present invention.

[0022] Figure 6 This is a comparison chart of the test data before and after sleep conditioning in Example 1 of the present invention.

[0023] Figure 7 This is a comparison chart of the detection data before and after sleep conditioning in Example 2 of the present invention.

[0024] Figure 8 This is a comparison chart of the detection data before and after sleep conditioning in Example 3 of the present invention.

[0025] Fig. 9 This is a comparison chart of the test data before and after deafness conditioning in Example 4 of the present invention.

[0026] Fig.10 This is a comparison chart of the test data before and after deafness conditioning in Example 5 of the present invention.

[0027] Fig.11 This is a comparison chart of the test data before and after spleen and stomach conditioning in Example 11 of the present invention.

[0028] Fig.12 This is a comparison chart of the test data before and after spleen and stomach conditioning in Example 12 of the present invention.

[0029] Fig.13 This is a comparison chart of the test data before and after spleen and stomach conditioning in Example 13 of the present invention.

[0030] Fig.14 This is a comparison chart of the test data before and after thyroid conditioning in Example 14 of the present invention.

[0031] Fig.15 This is a comparison chart of the test data before and after thyroid conditioning in Example 15 of the present invention.

[0032] Fig.16 This is a comparison chart of the test data before and after thyroid conditioning in Example 16 of the present invention.

[0033] Fig.17 This is a comparison chart of the test data before and after emotion conditioning in Example 17 of the present invention.

[0034] Fig.18 This is a comparison chart of the test data before and after emotion conditioning in Example 18 of the present invention.

[0035] Fig.19 This is a comparison chart of the test data before and after breathing conditioning in Example 19 of the present invention.

[0036] Fig. 20 This is a comparison chart of the test data before and after breathing conditioning in Example 20 of the present invention.

[0037] Fig.21 This is a comparison chart of the test data before and after regulating dysmenorrhea in Example 21 of the present invention.

[0038] Fig. 22 This is a comparison chart of the test data before and after regulating dysmenorrhea in Example 22 of the present invention.

[0039] Fig.23 This is a comparison chart of the test data before and after regulating dysmenorrhea in Example 23 of the present invention.

[0040] Fig.24 This is a comparison chart of the test data before and after the metabolic improvement of Example 24 of the present invention.

[0041] Fig.25 This is a comparison chart of the test data before and after the metabolic improvement of Example 25 of the present invention.

[0042] Fig.26 This is a comparison chart of the test data before and after the metabolic improvement in Example 26 of the present invention.

[0043] Fig. 27 This is a comparison chart of the test data before and after prostate conditioning in Example 27 of the present invention.

[0044] Fig.28 This is a comparison chart of the test data before and after prostate conditioning in Example 28 of the present invention.

[0045] Fig.29 This is a comparison chart of the test data before and after prostate conditioning in Example 29 of the present invention.

[0046] Fig.30 This is a comparison chart of the detection data before and after heart rate conditioning in Example 30 of the present invention.

[0047] Fig.31 This is a comparison chart of the detection data before and after heart rate conditioning in Example 31 of the present invention.

[0048] Fig.32 This is a comparison chart of the detection data before and after heart rate regulation in Example 32 of the present invention.

[0049] Fig.33 This is a comparison chart of the test data before and after heart conditioning in Example 33 of the present invention.

[0050] Fig.34 This is a comparison chart of the test data before and after heart conditioning in Example 34 of the present invention.

[0051] Fig.35 This is a comparison chart of the test data before and after heart conditioning in Example 35 of the present invention. DETAILED DESCRIPTION

[0052] In order to further explain the technical solution of the present invention, the present invention is described in detail below through specific embodiments.

[0053] The present invention discloses a non-invasive AI audio health conditioning system, which includes an HRV intelligent detection module, an audio signal generator 1 and a conduction module 2.

[0054] The HRV intelligent detection module is an existing detection device (such as the HRV intelligent detector of the Chinese Academy of Sciences). It can collect body frequencies of the human body in the form of sensors, and analyze them based on HRV theory in the form of waveforms. Within a certain period of time (for example, 3-5 minutes), it can provide a health risk assessment of the eight systems of the human body (digestive system, respiratory system, circulatory system, nervous system, reproductive system, endocrine system, motor system and urinary system). The health risk assessment is compared with the hospital's 50 million health big data, including the three highs, hyperthyroidism and sports risk assessment, heart index assessment, blood vessel and nervous system assessment, emotional assessment (sleep index), respiratory system assessment, endocrine system assessment, digestive system assessment, heart rate monitoring assessment, accurately describing the various indicators of the human body, and at the same time, it can customize the conditioning plan based on the detection data. Figure 1 As shown in the figure, the detection process of the HRV intelligent detection module is as follows: input basic user information → sensor is located at the collection site (for example, non-invasive lying flat) → start detection → sensor collects body frequency → output detection report → user report analysis → formulate user conditioning plan. Among them, user report analysis is to determine the user's existing problems through the detection data of 8 sections of the HRV intelligent detection module.

[0055] like Figure 2 and Figure 3 As shown, the audio signal generator 1 includes a multi-function panel 11, a display 12, an AI audio encoding module 13, an audio adjustment module 14 and an audio conversion module 15. The multi-function panel 11 and the display 12 are respectively arranged on the audio signal generator 1, and the AI ​​audio encoding module 13 and the audio conversion module 15 are built in the audio signal generator 1.

[0056] The multi-function panel 11 includes an audio function adjustment area 111 and a numeric keypad 112. The audio function adjustment area 111 includes a plurality of preset mode buttons and a plurality of function buttons. Specifically, in addition to the "start", "pause" and "stop" function buttons, the audio function adjustment area 111 also includes a plurality of preset mode buttons, which correspond to five standard AI audio conditioning schemes for conditioning five AI psychological emotion indicators, including negative emotions, emotional emergency, stress resistance, fatigue level, anxiety and depression; the audio function adjustment area 111 also includes "single", "composite", "time", "memory" and other function buttons, which correspond to the control of the audio single module, the control of the audio composite module, the control of the single conditioning duration and conditioning cycle, and the memory function.

[0057] The display 12 can display the conditioning AI audio code and conditioning time, and the indicator light flashes blue to indicate that the device is in working condition.

[0058] The AI ​​audio encoding module 13 is built in the audio signal generator 1. The AI ​​audio encoding module 13 presets AI audio of 10-20000 Hz, and numbers each AI audio through the AI ​​audio code. In all embodiments of the present invention, the AI ​​audio encoding module 13 pre-integrates 120 groups of AI audio codes, and the AI ​​audio codes are 001-120, wherein AI audio codes 001-010 are 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 AI ​​audio and encoding method of the AI ​​audio encoding module 13 can also be modified according to actual needs and are not limited to the above description.

[0059] The frequency range of sound audible to human ears is from 20Hz to 20000Hz. Among them, low frequency usually refers to about 20Hz to 250Hz; medium frequency is roughly between 250Hz and 2000Hz; high frequency is about 2000Hz to 8000Hz; ultra-high frequency is 8000Hz, extremely high frequency is 10000Hz, and below 20Hz is extremely low frequency. For example, 14Hz belongs to an extremely low frequency, which has the effect of relaxing the nervous system and concentrating attention; 82Hz belongs to a low frequency, which has the effect of improving consciousness, happiness, reducing stress and active meditation, and improving sleep quality; 528Hz belongs to a medium frequency, this audio frequency calms sleep, it is also called the "frequency of love", "miracle sound", and "transformation frequency", it can make people quiet and relax, deep sleep, and recover and hibernate; 418Hz belongs to a medium frequency, which is believed to promote change and a fresh start, clear your body of negative energy and emotions, 432Hz belongs to a medium frequency, has a special harmony and soothing auditory effect, helps to hypnotize brain wave frequency, hypnotize to sleep, and change sleep structure; 936Hz belongs to a medium frequency, the frequency that connects the individual to the source, helps them restore energy when the body, mind or spirit is damaged, fills up with energy during sleep, activates damaged nerve cells, can produce a rapid and deep relaxation and conditioning effect on the human body, can effectively improve various physical and mental symptoms, and has good biological effects.

[0060] The AI ​​audio of each code in the AI ​​audio encoding module 13 can be output as a single audio or a customized composite audio. A single AI audio such as 001 is a single audio Hz output scheme; a composite AI audio such as 001-002-003 is a multiple audio Hz output combination scheme.

[0061] The audio adjustment module 14 controls the output intensity of the audio information and can be adjusted according to the actual situation of the user.

[0062] The audio conversion module 15 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 the conversion of energy. The audio output of the AI ​​audio encoding module 13 is processed by the audio conversion module 14 to achieve seamless connection of audio information; the AI ​​audio encoding module 13 is connected to the conduction module 2, and the conduction module can adopt bone conduction or contact patch conduction. The connection method can adopt wireless methods such as Bluetooth, wifi, or wired connection. The AI ​​audio information is non-invasively connected to the human skin and brain through the conduction module 2, and the AI ​​audio information human-computer interaction is realized through the conduction module 2.

[0063] like Figure 4 and Figure 5 As shown, the conduction module 2 is a bone conduction earphone, which can be worn directly on the user's ear and directly transmit the vibration of the bones to the inner ear to achieve auditory perception and tactile stimulation, thereby achieving conditioning of the user's single audio or composite audio and improving the user's physical and mental state.

[0064] Among them, multiple standard AI audio conditioning schemes can also be preset in the audio signal generator 1 to perform targeted conditioning corresponding to the five AI psychological emotion indicators respectively. Users can choose the audio conditioning scheme to run and adjust the audio conditioning scheme at any time based on their own conditioning feelings based on the standard scheme. The operation is extremely simple and very easy to master and popularize.

[0065] The audio signal generator 1 is further provided with an intensity regulator 17, which is connected to the audio regulation module 14. In this embodiment, the intensity regulator 17 can regulate the audio intensity output by the audio regulation module 14, further increasing the personalized conditioning effect on the human body.

[0066] The audio signal generator 1 of the present invention can generate a user-customized audio solution, increase the personalized and standardized conditioning effect on the human body, realize the non-invasive transmission of audio signals to the human body, integrate human hearing and touch, realize audio conditioning of the human body under the principle of audio micro-resonance, and is simple to operate.

[0067] Moreover, when the conduction module 2 is connected to the audio signal generator 1 wirelessly, during the audio conditioning process, the user can carry the conduction module 2 and move freely within the wireless signal transmission range without affecting daily life, work and study, with higher degree of freedom and more convenient use.

[0068] The audio signal generator 1 may be provided with a plurality of audio interfaces 16. In the present embodiment, there are three audio interfaces 16, which correspond to the signal strengths of "strong signal", "strong signal" and "weak signal", respectively, and the signal strength can be adjusted according to the actual situation. When working, the three audio interfaces 16 are connected to the corresponding conduction modules 2 through the corresponding audio conversion modules 15, and audio conditioning can be performed for up to three users at the same time, thereby realizing a one-to-many ultra-high performance experience.

[0069] The present invention also discloses a conditioning method using a non-invasive audio health conditioning system, which comprises the following steps: Step S1: The user obtains various body test data through the HRV intelligent detection module; Step S2, the HRV intelligent detection module analyzes the user's problems based on the detection data and obtains the detection results; Step S3, formulating a conditioning plan according to the detection results. The AI ​​audio in the conditioning plan can be a single audio or a composite audio. If there are multiple AI audio codes involved in the conditioning plan, the multiple AI audio codes are edited into a corresponding code combination. The conditioning plan includes the conditioning audio, conditioning duration, and conditioning cycle. Step S4, setting the AI ​​audio code or code combination on the audio signal generator 1 according to the conditioning scheme, and manually integrating the AI ​​audio of the conditioning scheme into the audio signal generator 1; Step S5, connecting the audio signal generator 1 to the conduction module 2 (bone conduction mode or contact patch), taking the bone conduction earphone as an example, the connection mode is Bluetooth connection, and the bone conduction earphone is paired with the audio signal generator 1 by Bluetooth connection; Step S6: The user wears the bone conduction module 2, wears the bone conduction earphones at the designated position of the user's head, and moves the earphones from the neck to behind the ears, with the earplugs about two fingers' width away from the ear canal. The earplugs are adjusted downward to be parallel to the bottom surface, and are adjusted to a comfortable position. Step S7, input the conditioning item through the multi-function panel of the audio signal generator 1 and confirm it, and set the conditioning time. The audio signal generator 1 will call the corresponding AI audio code for output. Since the user's conditioning plan has been integrated into the audio signal generator 1 in step S4, the audio signal generator 1 is only used to confirm the conditioning item at this time. Depending on the different conditioning items, the AI ​​audio code in the user's conditioning plan in the audio signal generator 1 can be arbitrarily combined or extracted.

[0070] Step S8, the audio signal output by the audio signal generator 1 is transmitted to the user through the conduction module 2 for conditioning, and the AI ​​audio information is worn on the head through the bone conduction module, and the audio information is input into the human cerebral cortex, instantly activating the human nerve cells, and at the same time repairing the nervous system, so that the human nerves return to the self-repair mode; Step S9: After the conditioning time is completed, the user removes the conduction module 2; Step S10, obtaining various test data of the body after conditioning through the HRV intelligent detection module again, and analyzing and determining the effect of this conditioning.

[0071] The audio signal generator 1 outputs an audio frequency of 20-20000Hz. Through the AI ​​audio encoding module 13, the audio driving module and the audio conversion module 13, the AI ​​audio information, sound waves and frequencies can cause the user's information response, bring physical energy, and have an impact on the heart rate, blood pressure, breathing and brain waves. The HRV intelligent detection module compares the data before and after each conditioning of the user, which can intuitively reflect the conditioning effect.

[0072] The audio signal generator 1 of the present invention can be used in conjunction with the HRV intelligent detection module, and the user data can be detected by the HRV intelligent detection module to generate a diversified audio conditioning solution. When working, the system of the audio signal generator 1 can recommend and generate the most suitable audio conditioning solution for the current user based on the user information. The system outputs the audio conditioning solution to the audio adjustment module 14, and displays various data information through the display 12. At the same time, the user can customize the audio conditioning solution through the multi-function panel 11; after setting the audio conditioning solution, the audio adjustment module 14 converts the audio signal through the audio conversion module 13 and transmits it to the bone conduction module 2; the mechanical vibration of the bone conduction module 2 is used to achieve auditory perception and tactile stimulation, thereby achieving single and composite audio conditioning of the human body and improving the physical and mental state of the human body.

[0073] The present invention uses AI audio to act on meridian acupoints to achieve holographic AI conditioning, which has wide applications, convenient operation and outstanding effects. The present invention reveals some areas that have not been touched before, such as AI conditioning that integrates traditional Chinese and Western medicine for the world's difficult problems of sensorineural deafness and conductive deafness, optic nerve repair; we have achieved encouraging results in contact AI conditioning.

[0074] The present invention uses AI evidence-based detection technology to verify the effect of AI conditioning in real time, realizes the visualization and intelligence of evidence-based health care, improves the efficiency of evidence-based observation, and is used to guide the direction of personalized conditioning. Its innovation is multi-dimensional and full-chain, which is very conducive to the development of new markets and new services, and promotes the intelligence, digitization, branding and internationalization of the AI ​​health industry from the source of technology.

[0075] Three sleep conditioning cases are listed below to verify the conditioning effect of the non-invasive audio health conditioning system of the present invention.

[0076] Example 1 - Sleep conditioning The user is a 12-year-old boy. The conditioning project is sleep conditioning. The AI ​​audio code of the conditioning program is "003-012-021-035-042-053-066-071-083-094-105-108-112". The 12 groups of codes are combined into a complete sleep conditioning program. The conditioning time is 2 hours. The test data before and after the conditioning are as follows: Figure 6 As shown. Figure 6 It can be seen intuitively that the user's stress resistance and fatigue level have been significantly improved after conditioning.

[0077] Example 2 - Sleep conditioning The user is a 30-year-old man. The conditioning project is sleep conditioning. The AI ​​audio code of the conditioning program is "003-012-021-035-042-056-066-072-083-094-105-108-112". 12 groups of codes are combined into a complete sleep conditioning program. The conditioning time is 3 hours. The test data before and after the conditioning are as follows: Figure 7 As shown. Figure 7 It can be seen intuitively that the user's emotional response, stress resistance, fatigue level, anxiety and depression have all been significantly improved after the conditioning.

[0078] Example 3 - Sleep conditioning The user is a 52-year-old woman. The conditioning project is sleep conditioning. The AI ​​audio code of the conditioning program is "001-012-028-035-042-057-066-071-083-094-105-109-112". 12 groups of codes are combined into a complete sleep conditioning program. The conditioning time is 3 hours. The test data before and after the conditioning are as follows: Figure 8 As shown. Figure 8 It can be seen intuitively that the user's emotional response, stress resistance, fatigue level, anxiety and depression have all been significantly improved after the conditioning.

[0079] Two ear nerve conditioning cases are listed below to verify the conditioning effect of the non-invasive audio health conditioning system of the present invention. Example 4 - Ear nerve conditioning The user is a 12-year-old boy with severe hearing loss in his right ear. The AI ​​audio code of the conditioning program is "001-028-031-033-037-038-061-062-066-067-068-072-078-094-103-105-106-107-110-114-115-118". 22 groups of codes are combined into a complete ear nerve conditioning program. The conditioning time is: 3.5 hours per conditioning cycle, divided into 10 cycles; the test data before and after the conditioning are as follows Fig. 9 As shown, the conditioning conclusion: the hearing indicators on the right are normal.

[0080] Example 5 - Auricular Nerve Conditioning The user is a 41-year-old woman with severe hearing loss in her right ear. The AI ​​audio code of the conditioning program is "001-028-031-033-037-038-061-062-066-067-068-072-078-094-104-105-106-107-110-114-115-116". 22 groups of codes are combined into a complete ear nerve conditioning program. The conditioning time is: 3.5 hours per conditioning cycle, divided into 8 cycles; the test data before and after the conditioning are as follows Fig.10 As shown, the conditioning conclusion: the hearing indicators on the right are normal.

[0081] Embodiment 4 and Embodiment 5 use AI audio waves to act on meridian acupoints to achieve holographic AI conditioning. Through audio non-invasive micro-resonance conditioning technology, the nervous system automatically repairs sensorineural deafness and conductive deafness. Through the fusion of human hearing and touch, under the audio micro-resonance principle of "patch conduction", single and composite audio AI conditioning of the human body is achieved to improve sensorineural deafness and conductive deafness. The present invention integrates evidence-based psychological health care, and non-drug intelligent evidence-based health care is standardized and programmed instrument operation, safety and efficiency can be guaranteed, and AI conditioning for sensorineural deafness and conductive deafness is increased.

[0082] Example 6 - Optic Nerve Conditioning The user is a 19-year-old girl. Before the test, the vision of her left eye was 325 degrees, and that of her right eye was 465 degrees. After adjustment, the vision of her left eye was 125 degrees, and that of her right eye was 155 degrees. The AI ​​audio code of the adjustment plan is "001-003-004-010-012-015-016-028-029-061-062-066-067-068-102-104-105-110". 18 groups of codes are combined into a complete vision adjustment plan. The adjustment time is 1H per adjustment cycle, which is divided into 8 cycles.

[0083] Example 7 - Optic Nerve Conditioning The user is a 25-year-old male. Before the test, the vision of his left eye was 355 degrees, and that of his right eye was 400 degrees. After conditioning, the vision of his left eye was 155 degrees, and that of his right eye was 175 degrees. The AI ​​audio code of the conditioning plan is "001-003-005-013-012-015-016-028-029-061-062-066-067-068-102-103-105-113". 18 groups of codes are combined into a complete vision conditioning plan. The conditioning time is 1H per conditioning cycle, divided into 8 cycles.

[0084] Embodiment 6 and embodiment 7 are conditioning cases of optic nerve conditioning using the non-invasive audio health conditioning system of the present invention. Optic nerve conditioning is mainly aimed at glaucoma, astigmatism and amblyopia. Through audio non-invasive micro-resonance conditioning technology, AI automatic repair is performed on the optic nerve and nervous system. By utilizing the fusion of human hearing and touch, under the audio micro-resonance principle of "patch conduction" or "bone conduction", single and composite audio AI conditioning of the human body is realized to improve the optic nerve. The present invention integrates evidence-based psychological health care, and non-drug intelligent evidence-based health care is standardized and programmed instrument operation. Safety and efficiency can be guaranteed, and AI conditioning and repair of the optic nerve are increased. AI audio sound waves enable optic nerve AI conditioning and repair to quickly remove toxins produced by brain nerve cells to prevent brain cells from being damaged, and can enhance the patient's own immunity, so as to truly achieve no recurrence. Vibration waves of different AI audio frequencies are used to activate the activity of dormant and necrotic nerve cells, promote the metabolism of brain cells, improve blood circulation in the brain, ensure brain oxygen supply, and fully guarantee brain nutrition. This enables the cells of the brain's nerve tissue to function normally and improves the brain's ability to control the body. It activates endogenous optic nerve growth factor, repairs optic nerve cells and regulates the activity of optic nerve cells, ensuring the stability of the brain's optic nerve. AI audio frequency can repair, replace, and reconstruct optic nerve disorders, completely solving the root cause, truly treating the symptoms and the root cause, with a high success rate.

[0085] Implementation 8, Implementation 9, and Implementation 10 are examples of vision conditioning using the non-invasive audio health conditioning system of the present invention, and the vision conditioning includes myopia conditioning and hyperopia conditioning.

[0086] Example 8 - Vision Conditioning The user is a 16-year-old boy. Before the test, the vision of his left eye was 325 degrees, and that of his right eye was 300 degrees. After adjustment, the vision of his left eye was 125 degrees, and that of his right eye was 135 degrees. The AI ​​audio code of the adjustment plan is "001-003-004-010-012-028-061-062-066-068-102-104-105-110". 14 groups of codes are combined into a complete vision adjustment plan. Adjustment time: 1H per adjustment cycle, divided into 8 cycles.

[0087] Example 9 - Vision Conditioning The user is a 28-year-old female. Before the test, the vision of her left eye was 325 degrees, and that of her right eye was 465 degrees. After treatment, the vision of her left eye was 125 degrees, and that of her right eye was 155 degrees. The AI ​​audio code of the treatment plan is: "001-003-004-010-015-028-062-063-066-068-102-104-105-110". 14 groups of codes are combined into a complete vision treatment plan. The treatment time is: 1.5 hours per treatment cycle, divided into 10 cycles.

[0088] Example 10 - Vision Conditioning The user is a 25-year-old male. Before the test, the vision of his left eye was 285 degrees, and that of his right eye was 475 degrees. After treatment, the vision of his left eye was 155 degrees, and that of his right eye was 165 degrees. The AI ​​audio code of the treatment plan is: "001-003-005-010-013-028-062-065-066-069-104-105-107-110". 14 groups of codes are combined into a complete vision treatment plan. The treatment time is 1.5 hours per treatment cycle, divided into 12 cycles.

[0089] Example 11, Example 12, and Example 13 are conditioning cases for spleen and stomach conditioning using the non-invasive audio health conditioning system of the present invention.

[0090] Example 11 - Spleen and stomach conditioning The user is a 35-year-old female, mainly regulating digestion and metabolism. Before the test, the small intestinal absorption function was 64 points, which is a mild abnormality, and the gastrointestinal motility was 21 points, which is a severe abnormality. The AI ​​audio code used in the conditioning plan is: "001-032-042-043-045-048-051-055-057-066-071-075-078-105-108-113". 16 groups of codes are combined into a complete spleen and stomach conditioning plan. The conditioning time: 2 hours a conditioning cycle, divided into 8 cycles. Fig.11 As shown, after conditioning, the small intestine absorption function reached 93 points, which is a normal state, and the gastrointestinal motility increased to 58 points, which is a mild abnormality. The conditioning conclusion: both indicators have been significantly improved.

[0091] Example 12 - Spleen and stomach conditioning The user is a 49-year-old male, mainly regulating digestion and metabolism. Before the test, the small intestinal absorption function was 67 points, which was mildly abnormal, and the gastrointestinal motility was 22 points, which was severely abnormal. The AI ​​audio code used in the conditioning plan is: "001-032-042-043-045-048-051-056-057-066-071-075-079-105-109-115". 16 groups of codes are combined into a complete spleen and stomach conditioning plan. The conditioning time is: 2 hours a conditioning cycle, divided into 10 cycles, such as Fig.12 As shown, after conditioning, the small intestine absorption function reached 97 points, which is a normal state, and the gastrointestinal motility increased to 58 points, which is a mild abnormality. The conditioning conclusion: both indicators have been significantly improved.

[0092] Example 13 - Spleen and stomach conditioning The user is a 31-year-old female, mainly regulating digestion and metabolism. Before the test, the small intestinal absorption function was 68 points, which was mildly abnormal, and the gastrointestinal motility was 23 points, which was severely abnormal. The AI ​​audio code used in the conditioning plan is: "001-032-042-043-046-048-051-055-057-067-073-075-078-105-108-113". 16 groups of codes are combined into a complete spleen and stomach conditioning plan. The conditioning time is: 2 hours a conditioning cycle, divided into 8 cycles, such as Fig.13 As shown, after conditioning, the small intestine absorption function reached 95 points, which is a normal state, and the gastrointestinal motility increased to 58 points, which is a mild abnormality. The conditioning conclusion: both indicators have been significantly improved.

[0093] Embodiment 14, embodiment 15, and embodiment 16 are examples of thyroid conditioning using the non-invasive audio health conditioning system of the present invention, which uses audio electrode patches to condition the Fengchi point, Tiangu point, Renying point, Futu point, Shousanli point, and other acupuncture points of the human body.

[0094] Example 14 - Thyroid Regulation The user is a 40-year-old male, and the conditioning project is thyroid. The endocrine function before the test was yellow warning, and the thyroid function was 45 points, which is a mild abnormality. The AI ​​audio code used in the conditioning plan is: "001-012-015-017-019-052-053-056-057-061-068-091-093-094-097-105-107-109". 18 groups of codes are combined into a complete thyroid conditioning plan. The conditioning time: 2 hours a conditioning cycle, divided into 6 cycles. Fig.14 As shown, after conditioning, the endocrine function is normal and the thyroid function reaches 90 points, which is a normal state. The conditioning conclusion: the thyroid indicators have been significantly improved.

[0095] Example 15 - Thyroid Regulation The user is a 32-year-old male, and the conditioning project is thyroid. The endocrine function before the test was yellow warning, and the thyroid function was 51 points, which is a mild abnormality. The AI ​​audio code used in the conditioning plan is: "001-012-014-017-019-052-053-055-057-061-068-091-093-094-097-105-107-109". 18 groups of codes are combined into a complete thyroid conditioning plan. The conditioning time: 2 hours a conditioning cycle, divided into 7 cycles. Fig.15 As shown, after conditioning, the endocrine function is normal and the thyroid function reaches 92 points, which is a normal state. The conditioning conclusion: the thyroid indicators have been significantly improved.

[0096] Example 16 - Thyroid Regulation The user is a 35-year-old male, and the conditioning project is thyroid. The endocrine function before the test was yellow warning, and the thyroid function was 58 points, which is a mild abnormality. The AI ​​audio code used in the conditioning plan is: "001-012-013-017-019-052-054-055-057-063-068-092-093-094-097-105-107-109". 18 groups of codes are combined into a complete thyroid conditioning plan. The conditioning time: 2 hours a conditioning cycle, divided into 6 cycles. Fig.16 As shown, after conditioning, the endocrine function is normal and the thyroid function reaches 91 points, which is a normal state. The conditioning conclusion: the thyroid indicators have been significantly improved.

[0097] Example 17 and Example 18 are treatment cases of emotion regulation using the non-invasive audio health conditioning system of the present invention.

[0098] Example 17 - Emotional Regulation The user is a 19-year-old female. The conditioning project is emotional conditioning. The risk of negative emotions before the test is medium risk. The AI ​​audio code used in the conditioning program is: "001-011-012-021-028-029-052-053-058-061-066-067-070-103-105-106-108-110". 18 groups of codes are combined into a complete emotional conditioning program. The conditioning time is: 2 hours per conditioning cycle, divided into 2 cycles; Fig.17 As shown, the risk of negative emotions after conditioning is low, and the conditioning conclusion: the emotional indicators are significantly improved.

[0099] Example 18 - Emotional Regulation The user is a 21-year-old female. The conditioning project is emotional conditioning. The risk of negative emotions before the test is medium risk. The AI ​​audio code used in the conditioning program is: "001-011-012-021-028-029-052-053-058-061-066-067-070-103-105-106-108-110". 18 groups of codes are combined into a complete emotional conditioning program. The conditioning time is: 2 hours per conditioning cycle, divided into 2 cycles; Fig.18 As shown, the risk of negative emotions after conditioning is low, and the conditioning conclusion: the emotional indicators are significantly improved.

[0100] Example 19 and Example 20 are treatment cases of respiratory conditioning using the non-invasive audio health conditioning system of the present invention.

[0101] Example 19 - Breathing Conditioning The user is a 38-year-old male. The conditioning project is respiratory system conditioning. Before the test, the upper respiratory tract reached a yellow warning, the upper airway resistance was slightly abnormal, and the respiratory movement was severely abnormal. The AI ​​audio code of the conditioning plan is: "001-002-014-021-023-024-025-028-033-051-063-066-068-072-091-102-105-107-108-109". 20 groups of codes are combined into a complete emotional conditioning plan. The conditioning time: 3 hours a conditioning cycle, divided into 4 cycles; Fig.19 As shown, after conditioning, the upper airway reached a normal level, the upper airway resistance was normal, and the respiratory movement was normal. The conditioning conclusion: the two respiratory indicators were significantly improved.

[0102] Example 20 - Breathing Conditioning The user is a 46-year-old male. The conditioning project is respiratory system conditioning. Before the test, the upper respiratory tract reached a yellow warning, and the respiratory movement was severely abnormal. The AI ​​audio code of the conditioning plan is: "001-005-014-021-023-024-025-028-029-033-051-063-066-068-072-091-102-105-108-109". 20 groups of codes are combined into a complete emotional conditioning plan. The conditioning time: 3 hours a conditioning cycle, divided into 6 cycles; Fig. 20 As shown, after conditioning, the upper respiratory tract reached a normal level, respiratory movements were normal, and conditioning conclusion: the two respiratory indicators were significantly improved.

[0103] Example 21, Example 22, and Example 23 are treatment cases for dysmenorrhea using the non-invasive audio health conditioning system of the present invention.

[0104] Example 21 - Dysmenorrhea Treatment The user is a 16-year-old female, and the conditioning project is dysmenorrhea. The endocrine function before the test was a yellow warning, and the female endocrine was slightly abnormal. The AI ​​audio code of the conditioning plan is: "001-014-052-053-065-066-068-082-083-085-087-088-092-095-101-102-105-113". 18 groups of codes are combined into a complete dysmenorrhea conditioning plan. The conditioning time: 3 hours a conditioning cycle, divided into 4 cycles; Fig.21 As shown, after conditioning, endocrine function and female endocrine reached normal levels, and the indicators were significantly improved.

[0105] Example 22 - Dysmenorrhea Treatment The user is a 32-year-old female, and the conditioning project is dysmenorrhea. The endocrine function before the test was a yellow warning, and the female endocrine was slightly abnormal. The AI ​​audio code of the conditioning plan is: "001-014-052-053-065-066-068-082-083-085-087-088-092-095-101-102-105-113". 18 groups of codes are combined into a complete dysmenorrhea conditioning plan. The conditioning time is: 3 hours a conditioning cycle, divided into 4 cycles; Fig. 22 As shown, after conditioning, endocrine function and female endocrine reached normal levels, and the indicators were significantly improved.

[0106] Example 23 - Dysmenorrhea Treatment The user is a 25-year-old female, and the conditioning project is dysmenorrhea. The endocrine function before the test was a yellow warning, and the female endocrine was slightly abnormal. The AI ​​audio code of the conditioning plan is: "001-014-052-053-065-066-068-082-083-085-087-088-092-095-101-102-105-113". 18 groups of codes are combined into a complete dysmenorrhea conditioning plan. The conditioning time is: 3 hours a conditioning cycle, divided into 4 cycles; Fig.23 As shown, after conditioning, endocrine function and female endocrine reached normal levels, and the indicators were significantly improved.

[0107] Example 24, Example 25, and Example 26 are conditioning cases of metabolic conditioning using the non-invasive audio health conditioning system of the present invention.

[0108] Example 24 - Metabolic Regulation The user is a 33-year-old female. The conditioning program is to strengthen the stomach and help digestion. Before the test, the energy metabolism was in yellow warning. Both energy intake and energy expenditure were slightly abnormal. The AI ​​audio code of the conditioning program is: "001-003-012-015-021-025-032-034-035-041-045-052-055-061-066-072-076-078-081-082-091-097-102-105-112-115". 26 groups of codes are combined into a complete conditioning program for metabolic improvement. The conditioning time is 3 hours per conditioning cycle, divided into 2 cycles; Fig.24 As shown, after conditioning, energy metabolism, energy intake and energy expenditure all reached normal levels, and the indicators were significantly improved.

[0109] Example 25 - Metabolic Regulation The user is a 28-year-old female. The conditioning project is to strengthen the stomach and help digestion. Before the test, the energy metabolism was a yellow warning. Both energy intake and energy expenditure were slightly abnormal. The AI ​​audio code of the conditioning program is: "001-003-012-015-021-025-032-034-035-041-045-052-055-061-066-072-076-078-081-082-091-097-102-105-112-115" 26 groups of codes are combined into a complete conditioning program for metabolic improvement. The conditioning time is: 3H per conditioning cycle, divided into 2 cycles; Fig.25 As shown, after conditioning, energy metabolism and energy intake reached normal levels. Although energy expenditure was still slightly abnormal, it was also significantly improved. All indicators showed significant improvement.

[0110] Example 26 - Metabolic Regulation The user is a 29-year-old male. The conditioning project is to strengthen the stomach and help digestion. Before the test, the energy metabolism was a yellow warning. Both energy intake and energy expenditure were slightly abnormal. The AI ​​audio code of the conditioning program is: "001-003-012-015-021-025-032-034-035-041-045-052-055-061-066-072-076-078-081-082-091-097-102-105-112-115" 26 groups of codes are combined into a complete conditioning program for metabolic improvement. The conditioning time is: 3H per conditioning cycle, divided into 2 cycles; Fig.26 As shown, after conditioning, energy metabolism and energy intake reached normal levels. Although energy expenditure was still slightly abnormal, it was also significantly improved. All indicators showed significant improvement.

[0111] Example 27, Example 28, and Example 29 are treatment cases for prostate conditioning using the non-invasive audio health conditioning system of the present invention.

[0112] Example 27 - Prostate Conditioning The user is a 38-year-old male. The conditioning project is prostate conditioning. The endocrine function before the test was a yellow warning. The AI ​​audio code of the conditioning plan is: "001-013-051-055-062-065-066-067-082-084-087-091-092-095-096-097-099-103-104-105". 20 groups of codes are combined into a complete prostate conditioning plan. The conditioning time is: 3 hours a conditioning cycle, divided into 5 cycles; Fig. 27 As shown, after conditioning, the endocrine function reached normal levels and prostate indicators improved.

[0113] Example 28 - Prostate Conditioning The user is a 43-year-old male. The conditioning project is prostate conditioning. The endocrine function before the test was a yellow warning. The AI ​​audio code of the conditioning plan is: "001-013-051-055-062-065-066-067-082-084-087-091-092-095-096-097-099-103-104-105". 20 groups of codes are combined into a complete prostate conditioning plan. The conditioning time is: 3 hours a conditioning cycle, divided into 5 cycles; Fig.28 As shown, after conditioning, the endocrine function reached normal levels and prostate indicators improved.

[0114] Example 29 - Prostate Conditioning The user is a 43-year-old male. The conditioning project is prostate conditioning. The endocrine function before the test was a yellow warning. The AI ​​audio code of the conditioning plan is: "001-013-051-055-062-065-066-067-082-084-087-091-092-095-096-097-099-103-104-105". 20 groups of codes are combined into a complete prostate conditioning plan. The conditioning time: 3 hours a conditioning cycle, divided into 5 cycles; Fig.29 As shown, after conditioning, the endocrine function reached normal levels and prostate indicators improved.

[0115] Example 30, Example 31, and Example 32 are conditioning cases for heart rate conditioning using the non-invasive audio health conditioning system of the present invention.

[0116] Example 30 - Heart Rate Regulation The user is a 16-year-old female. The conditioning project is heart rate conditioning. All indicators of heart rate monitoring before the test are high, and the highest heart rate reaches the red warning. The AI ​​audio code of the conditioning plan is: "001-003-028-032-035-041-042-055-057-061-063-064-066-067-068-072-081-085-096-097-099-101-102-105-107-110" 26 groups of codes are combined into a complete conditioning plan for pre-arrhythmia. The conditioning time is 2 hours per conditioning cycle, divided into 2 cycles; Fig.30 As shown, the heart rate monitoring data after conditioning are all within the normal range, and the heart rate indicators have been significantly improved.

[0117] Example 31 - Heart Rate Regulation The user is a 31-year-old male. The conditioning project is heart rate conditioning. The lowest heart rate monitored before the test is seriously low, the highest heart rate is high, and the number of body movements is high. The AI ​​audio code of the conditioning plan is: "001-003-028-032-035-041-042-055-057-061-063-064-066-067-068-072-081-085-096-097-099-101-102-105-107-110" 26 groups of codes are combined into a complete conditioning plan for pre-arrhythmia. The conditioning time is 2 hours per conditioning cycle, divided into 2 cycles; Fig.31 As shown, the heart rate monitoring data after conditioning are all within the normal range, and the heart rate indicators have been significantly improved.

[0118] Example 32 - Heart Rate Regulation The user is a 16-year-old female. The conditioning project is heart rate conditioning. Before the test, the heart rate and baseline heart rate of the Pinjun heart rate monitoring exceeded the normal level, and the highest heart rate reached the red warning. The AI ​​audio code of the conditioning plan is: "001-003-028-032-035-041-042-055-057-061-063-064-066-067-068-072-081-085-096-097-099-101-102-105-107-110" 26 groups of codes are combined into a complete pre-heart rate irregularity conditioning plan. The conditioning time: 2H a conditioning cycle, divided into 2 cycles; Fig.32 As shown, the heart rate monitoring data after conditioning are all within the normal range, and the heart rate indicators have been significantly improved.

[0119] Example 33, Example 34, and Example 35 are conditioning cases for heart rate conditioning using the non-invasive audio health conditioning system of the present invention.

[0120] Example 33 - Heart Conditioning The user is a 54-year-old male. The conditioning project is heart conditioning. Before the test, the diastolic function is slightly abnormal, the myocardial blood supply is severely abnormal, the myocardial electrical signal conduction is slightly abnormal, and the myocardial cell autonomy is severely abnormal. The AI ​​audio code of the conditioning program is: "001-015-028-061-064-067-068-069-090-091-095-097-104-105-110". 15 groups of codes are combined into a complete heart conditioning program. The conditioning time is 2 hours per conditioning cycle, divided into two cycles; Fig.33 As shown, after conditioning, except for the diastolic function which was slightly abnormal, other data reached normal levels. The conditioning conclusion: the six heart indicators were significantly improved.

[0121] Example 34 - Cardiac Conditioning The user is a 52-year-old male. The conditioning project is heart conditioning. Before the test, the diastolic function was slightly abnormal, the myocardial blood supply was severely abnormal, the myocardial electrical signal conduction was slightly abnormal, and the myocardial cell autonomy was severely abnormal. The AI ​​audio code of the conditioning program is: "001-011-028-061-065-067-068-069-090-094-095-097-102-105-110". 15 groups of codes are combined into a complete heart conditioning program. The conditioning time is 2 hours per conditioning cycle, divided into two cycles; Fig.34 As shown, after conditioning, except for the diastolic function which was slightly abnormal, other data reached normal levels. The conditioning conclusion: the six heart indicators were significantly improved.

[0122] Example 35 - Heart Conditioning The user is a 60-year-old male. The conditioning project is heart conditioning. Before the test, the diastolic function is slightly abnormal, the myocardial blood supply is severely abnormal, the myocardial electrical signal conduction is slightly abnormal, the myocardial cell autonomy is severely abnormal, and the myocardial cell excitability is slightly abnormal. The AI ​​audio code of the conditioning program is: "001-013-028-061-063-067-068-069-090-094-095-097-103-105-109". 15 groups of codes are combined into a complete heart conditioning program. The conditioning time is: 1.5H per conditioning cycle, divided into three cycles; Fig.35 As shown, after conditioning, diastolic function and myocardial blood supply were in mild abnormalities, and other heart data reached normal levels. The conditioning conclusion: the six heart indicators were significantly improved.

[0123] The following embodiments simply list treatment cases of other items using the non-invasive audio health conditioning system of the present invention.

[0124] Example 36 - Liver and Kidney Detoxification Use the HRV intelligent detection module to detect users, and formulate a conditioning plan based on the test results. The AI ​​audio code of the conditioning plan is "001-005-011-013-014-015-016-018-033-052-066-068-071-082-091-093-095-096-097-098-102-105-110-113". 24 groups of codes are combined into a complete liver and kidney detoxification conditioning plan. Conditioning time: 3 hours a conditioning cycle, divided into 2 cycles; Conditioning conclusion: skin condition has improved significantly, fatigue has been relieved, and immunity and body self-healing ability have been significantly improved compared to before conditioning.

[0125] Example 37 - High-dimensional stress resistance conditioning This embodiment is a case study of high-dimensional stress resistance conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-011-015-028-031-042-055-061-062-064-071-088-092-095-101-105-106-108-115". 20 groups of codes are combined into a complete high-dimensional stress resistance conditioning plan. The conditioning time is 2.5 hours per conditioning cycle, which is divided into 2 cycles. The conditioning effect: the stress resistance is reduced to normal after conditioning.

[0126] Example 38 - Gout Treatment This embodiment is a treatment case of gout treatment using the non-invasive audio health conditioning system of the present invention. A treatment plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the treatment plan is "001-010-015-022-025-033-051-063-066-071-081-083-088-091-092-094-095-096-097-101-105-106-112-115". 24 groups of codes are combined into a complete gout treatment plan. Treatment time: 3 hours for one conditioning cycle, divided into 5 cycles; Treatment effect: The patient cannot walk due to leg pain before treatment, but can move freely after treatment.

[0127] Example 39 - Cervical Spine Conditioning The present embodiment is a conditioning case of cervical conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "005-011-021-033-042-061-062-066-085-089-091-099-101-106-110". 15 groups of codes are combined into a complete cervical conditioning plan. Conditioning time: 3.5H per conditioning cycle, divided into 2 cycles; Conditioning effect: there is a slight pain in the cervical spine before conditioning, and the cervical spine is normal without soreness after conditioning.

[0128] Example 40 - Lumbar Spine Conditioning The present embodiment is a conditioning case of lumbar conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "005-011-021-035-042-061-065-066-085-089-096-098-099-101-106-110". 16 groups of codes are combined into a complete lumbar conditioning plan. Conditioning time: 3.5 hours per conditioning cycle, divided into 6 cycles; Conditioning effect: before conditioning, the lumbar spine has pain during activities, and after conditioning, there is no pain in the lumbar spine during activities.

[0129] Example 41 - Liver, spleen, stomach and kidney conditioning This embodiment is a conditioning case for visceral detoxification using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-005-011-012-015-016-017-021-025-027-028-041-044-045-062-063-065-067-083-084-088-091-093-094-095-098-101-105-106-115". 30 groups of codes are combined into a complete visceral conditioning plan. Conditioning time: 2.5H per conditioning cycle, divided into 6 cycles; Conditioning effect: It can achieve an effect similar to that achieved by taking AI Cordyceps, and perform all-round conditioning on the liver, spleen, stomach, and kidneys of the human body.

[0130] Example 42 - Large Intestine Detoxification The present embodiment is a conditioning case of large intestine detoxification using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-005-018-019-021-022-031-032-033-035-036-037-038-041-048-051-052-066-088-089-101-106". 22 groups of codes are combined into a complete large intestine detoxification conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 3 cycles; Conditioning effect: solving the problem of intestinal endotoxin accumulation will aggravate the body's metabolism. After intestinal detoxification, the body's metabolism will be significantly improved. Excessive accumulation of intestinal endotoxins will increase the incidence of cardiovascular system diseases and gastrointestinal diseases. Excreting toxins from the body through intestinal cleansing and detoxification can reduce the incidence of these diseases, help enhance immune function, and prevent sub-health.

[0131] Example 43 - Improving learning ability This embodiment is a conditioning case of improving learning ability using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-011-012-015-021-022-031-041-015-052-055-061-062-066-071-091-093-094-101-102". 20 groups of codes are combined into a complete conditioning plan for improving learning ability. Conditioning time: 2H per conditioning cycle, divided into 5 cycles; Conditioning effect: the learning efficiency is low before conditioning, and the learning efficiency is significantly improved after conditioning.

[0132] Example 44 - Improving Concentration The present embodiment is a conditioning case of improving concentration by using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-011-021-031-035-041-046-061-062-065-071-081-092-094-095-101-105-108". 18 groups of codes are combined into a complete conditioning plan for improving concentration. Conditioning time: one conditioning cycle is 2 hours, divided into 5 cycles. Conditioning effect: before the conditioning, the concentration was very poor when reading or doing things, and nothing was done well, and even memorization could not be completed. After the conditioning, everything was done seriously and attentively, and done well and quickly.

[0133] Example 45 - Blood Glucose Regulation This embodiment is a conditioning case of blood sugar regulation using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is 《001-005-011-012-013-015-016-017-018-019-031-055-062-063-082-083-093-094-095-101-102-107》22 groups of codes are combined into a complete blood sugar conditioning plan. Conditioning time: 4 hours a conditioning cycle, divided into 10 cycles; Conditioning effect: Standard range of high blood sugar: fasting blood sugar>6.16mmol / L, postprandial blood sugar>7.8mmol / L, fasting blood sugar before conditioning is 18.6mmol / L, fasting blood sugar after conditioning is 6.6mmol / L.

[0134] Example 46 - Blood Pressure Regulation This embodiment is a conditioning case of blood pressure regulation using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-012-024-015-017-018-021-033-045-051-052-061-062-065-066-091-092-094-095-096-101-102-105-108". 24 groups of codes are combined into a complete blood pressure conditioning plan. Conditioning time: 4 hours per conditioning cycle, divided into 10 cycles; conditioning effect: the normal value of blood pressure is 120 / 80 mmHg, the detection value before conditioning is 185 / 92 mmHg, and the detection value after conditioning is 123 / 76 mmHg.

[0135] Example 47-Parkinson's Disease Treatment This embodiment is a treatment case of Parkinson's disease using the non-invasive audio health conditioning system of the present invention. A treatment plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the treatment plan "001-011-022-055-061-063-064-066-068-069-075-086-092-093-095-101-102-105-107-112-114-115" 22 groups of codes are combined into a complete Parkinson's disease treatment plan. The treatment time is 5 hours per treatment cycle, which is divided into 10 cycles. The treatment effect is that the hands and feet have different degrees of tremors before the treatment, and the hands and feet no longer tremble after the treatment.

[0136] Example 48 - Unblocking the Ren and Du Meridians This embodiment is a conditioning case of unblocking the Ren and Du meridians using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is 《001-012-015-021-041-051-061-062-063-065-066-091-101-102-105-106-107-110》18 groups of codes are combined into a complete Ren and Du meridian dredging and conditioning program. Conditioning time: 2.5H per conditioning cycle, divided into 2 cycles; Conditioning effect: Du meridian is the sea of ​​yang meridians, dredging can enhance positive energy, prevent the invasion of cold and dampness, and promote the vigorous yang energy; Du meridian leads qi and blood, promotes blood circulation, nourishes the internal organs, restores normal function, regulates the visceral vagus nerve, and enhances essence, qi and spirit; Improves the spine: Since the Du meridian is located on the midline of the spine on the back of the human body, dredging the Du meridian can promote blood circulation in the subcutaneous fascia, improve spinal curvature, fascia pain, lumbar problems, etc., and can improve the function of the spine to a certain extent.

[0137] Example 49 - Three-level conditioning This embodiment is a conditioning case of three-level conditioning using the non-invasive audio health conditioning system of the present invention. Three-level conditioning refers to the balance of human physiology, psychology, and spirit. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-011-012-015-041-043-045-052-056-058-062-065-066-091-094-095-101-102-105-107". 20 groups of codes are combined into a complete three-level conditioning plan. Conditioning time: 2.5H per conditioning cycle, divided into 2 cycles; Conditioning effect: conditioning helps to strengthen the spleen and replenish qi, regulate qi and remove blood stasis, attack toxins and disperse nodules, etc.

[0138] Example 50 - Liver and gallbladder conditioning People with good liver function also have good digestive function. The liver is an important organ of the human body. If there is a problem with the liver, the digestive function will also be affected, and the result will be a decrease in appetite. A bad liver can make people upset and chaotic. Chinese medicine believes that the quality of the liver will affect a person's temper. Generally speaking, people with bad livers are prone to lose their tempers, and can also cause liver fire stagnation, leading to dizziness and pain, which puts the body in an unpeaceful state. A good liver metabolism can also provide the human body with vigorous energy. The liver is a metabolic organ in the human body. Carbohydrates and protein substances need to be metabolized through the liver to transport energy to various parts of the body. If the liver function is not good, it cannot input the necessary energy for the human body, and physical strength will be relatively reduced. It will be easy to feel tired when doing things and unable to concentrate on doing things. A good liver can also keep people in good complexion: a good complexion is also a manifestation of health. Excessive liver qi will cause liver depression and qi stagnation, yellow face, yellow iris of the eyes, etc. Abnormal liver will lead to obstruction of the liver tract, which is usually manifested as yellow eyes, skin, and urine.

[0139] The present embodiment is a conditioning case of liver and gallbladder conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-005-006-007-008-011-012-014-015-017-018-020-051-061-066-071-091-101-103-105-107". 22 groups of codes are combined into a complete liver and gallbladder conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 6 cycles; conditioning effect: after conditioning, appetite is significantly improved, emotions are not easily fluctuated, and the conditioned user obviously feels energetic and the complexion is significantly improved.

[0140] Example 51 - Unblocking the Bladder Meridian The present embodiment is a conditioning case of unblocking the bladder meridian using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-011-021-031-042-051-066-068-071-081-082-083-085-087-090-091-095-096-101-102-105-110". 22 groups of codes are combined into a complete bladder meridian unblocking conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 2 cycles; conditioning effect: accelerated blood circulation, accelerated metabolism, relieved back fatigue, significantly improved shoulder and cervical congestion, and smooth blood circulation in the shoulder and cervical spine.

[0141] Example 52 - Antipyretic This embodiment is a case study of cooling down fever using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-012-021-022-025-027-028-066-091-094-095-097-101-107-108-110". 16 groups of codes are combined into a complete Pingyan cooling down fever conditioning plan. Conditioning time: 1H per conditioning cycle, divided into 1 cycle; conditioning effect: the fever was detected at 39.2 degrees before conditioning, and at 36.6 degrees after conditioning.

[0142] Example 53 - Breast Conditioning The present embodiment is a conditioning case of breast conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118". 18 groups of codes are combined into a complete breast conditioning plan. Conditioning time: 2H per conditioning cycle, divided into 2 cycles; Conditioning effect: prevention of breast diseases, acceleration of blood circulation, and avoidance of breast duct blockage and cyst formation.

[0143] Example 54 - Modulating the Olfactory Nerve This embodiment is a conditioning case of improving the olfactory nerve using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118". 18 groups of codes are combined into a complete olfactory nerve conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 10 cycles; Conditioning effect: The olfactory recognition ability is enhanced. As the conditioning cycle progresses, the user can obviously recognize more different smells.

[0144] Example 55 - Conditioning Motor Nerves This embodiment is a conditioning case of improving motor nerves using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is 《001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118》18 groups of codes are combined into a complete motor nerve conditioning program. Conditioning time: 3 hours per conditioning cycle, divided into 10 cycles; conditioning effect: mainly manifested in the recovery of limb strength, divided into upper limbs and lower limbs. For example, if the hand cannot be raised or grasped originally, as the conditioning cycle goes on, it will gradually be able to grasp with the hand, mainly the recovery of strength.

[0145] Example 56 - Regulating Language Neurons This embodiment is a conditioning case of improving language nerves using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118". 18 groups of codes are combined into a complete language nerve conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 10 cycles; conditioning effect: users with obvious obstacles in language expression ability gradually recover as the conditioning cycle progresses.

[0146] Example 57: Treating infertility This embodiment is a conditioning case of infertility conditioning using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118". 18 groups of codes are combined into a complete infertility conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 10 cycles; conditioning effect: after conditioning, women can conceive normally.

[0147] Example 58: Regulatory Dysfunction The present embodiment is a conditioning case of sexual dysfunction using the non-invasive audio health conditioning system of the present invention. A conditioning plan is formulated according to the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-002-014-023-033-042-051-061-062-081-091-101-105-107-111-112-117-118". 18 groups of codes are combined into a complete sexual dysfunction conditioning plan. Conditioning time: 3H per conditioning cycle, divided into 8 cycles; Conditioning effect: male sexual function is restored and normal life is achieved.

[0148] Example 59: Treating floaters The symptoms of floaters are: black spots appear in front of the patient's eyes, and they fly around with the rotation of the eyeballs, like floaters. Their shapes include round, oval, dot, line, etc. It is common for users to find them more easily when looking at brighter backgrounds such as blue sky and white walls.

[0149] This embodiment is a treatment case of floaters using the non-invasive audio health conditioning system of the present invention. The user is a 47-year-old female who has had floaters for 3 years. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-005-007-011-014-015-016-018-020-052-055-065-066-075-082-091-092-096-101-105-107-110-112-118". 24 groups of codes are combined into a complete floaters conditioning plan. Conditioning time: 2.5H per conditioning cycle, divided into 8 cycles; conditioning effect: the number of small black spots when looking at things is reduced, visual fatigue is reduced, vision is significantly improved, the field of vision is bright, and color perception is normal.

[0150] Example 60: Conditioning Double Beauty This embodiment is a case study of using the non-invasive audio health conditioning system of the present invention to condition Shuangmei. The user is a 38-year-old female. A conditioning plan is formulated based on the detection results of the HRV intelligent detection module. The AI ​​audio code of the conditioning plan is "001-004-013-015-022-026-031-035-045-047-052-053-061-062-067-072-073-079-082-091-092-096-1 01-102-111-113-114-115》28 groups of codes are combined into a complete double beauty conditioning program. Conditioning time: 3H a conditioning cycle, divided into 4 cycles; conditioning effect: the facial muscles, complexion and glossiness of the whole body are significantly improved, and the appearance is at least 3-5 years younger: it can achieve bright skin, lighten spots and thin face, promote blood circulation, reduce wrinkles and crow's feet, reduce eye bags, enlarge eye frame, maintain gums to prevent atrophy, tighten teeth to prevent loosening, and tighten teeth to prevent tooth decay.

[0151] 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 audio health conditioning system, characterized in that: Including HRV intelligent detection module and audio signal generator and conduction module; The HRV intelligent detection module collects the user's detection data through sensors, performs big data comparison and analysis, and provides a health risk assessment report; The audio signal generator includes a multi-function panel, a display, an AI audio encoding module, an audio adjustment module and an audio conversion module. The multi-function panel and the display are respectively arranged on the audio signal generator, and the AI ​​audio encoding module is built in the audio signal generator; the AI ​​audio encoding module presets 20-20000Hz AI audio, and numbers each AI audio through the AI ​​audio code; the AI ​​audio of the AI ​​audio encoding module is a single audio output or the AI ​​audio code is combined and output; the audio output of the AI ​​audio encoding module is processed by the audio conversion module, the AI ​​audio conversion module is connected to the conduction module, and the AI ​​audio information processed by the audio conversion module is output through the conduction module, and the human-computer interaction of the AI ​​audio information is realized through the conduction module.

2. A non-invasive audio health conditioning system as claimed in claim 1, characterized in that: The multi-function panel includes an audio function adjustment area and a numeric keypad area. The audio function adjustment area includes multiple preset mode buttons and multiple function buttons. The display displays the AI ​​audio conditioning code and conditioning time.

3. A non-invasive audio health conditioning system as claimed in claim 1, characterized in that: The AI ​​audio encoding module pre-integrates 120 groups of AI audio codes, and the AI ​​audio codes are 001-120, wherein AI audio codes 001-010 are 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.

4. A non-invasive audio health conditioning system as claimed in claim 1, characterized in that: The conduction module is a bone conduction module or a contact patch.

5. A non-invasive audio health conditioning system as claimed in claim 4, characterized in that: The bone conduction method includes any one of a bone conduction headset, a bone conduction bracelet, a bone conduction massager, a bone conduction brainstem stimulator or bone conduction glasses. The bone conduction wearable and the audio conversion module are connected together by wired or wireless connection, and the contact patch is an electrode patch.

6. A non-invasive audio health conditioning system as claimed in claim 1, characterized in that: The audio signal generator has multiple standard AI audio conditioning schemes preset in it, so as to perform targeted conditioning corresponding to the five AI psychological emotion indicators respectively.

7. The non-invasive audio health conditioning system according to claim 1, characterized in that: The audio signal generator is provided with a plurality of audio interfaces, and each interface corresponds to an audio conversion module.

8. A conditioning method using the non-invasive audio health conditioning system according to any one of claims 1 to 7, comprising the following steps: Step S1: The user obtains various test data of the user through the HRV intelligent detection module; Step S2, the HRV intelligent detection module analyzes the user's problems based on the detection data and obtains the detection results; Step S3, formulate a conditioning plan according to the detection results, select a single AI audio or a composite audio in the conditioning plan, if there are multiple AI audio codes involved in the conditioning plan, edit the multiple AI audio codes into a corresponding code combination, the conditioning plan includes the conditioning audio, conditioning duration and conditioning cycle; Step S4, setting a corresponding AI audio code or code combination on the audio signal generator according to the conditioning scheme, and integrating the AI ​​audio of the conditioning scheme into the audio signal generator; Step S5, connecting the audio signal generator to the bone conduction module; Step S6: The user wears the bone conduction module; Step S7: Input the conditioning item through the multi-function panel of the audio signal generator and confirm it, then set the conditioning time, and the audio signal generator will call the corresponding AI audio code for output; Step S8, the audio signal output by the audio signal generator is conducted to the user through the bone conduction module for conditioning; Step S9: After the conditioning time is completed, the user removes the bone conduction module; Step S10, the HRV intelligent detection module is used again to obtain various detection data of the user's body after conditioning, and a comparison analysis is performed before and after conditioning to determine the effect of this conditioning.

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