XR augmented reality-based health culture immersive interaction system and method

Abstract

The invention relates to the technical field of combination of an extended reality (XR) technology and health culture, and discloses an XR-augmented-reality-based health culture immersive interaction system and method, and the system comprises a health scene dynamic generation module which is used for generating a health scene through multi-source data fusion modeling and an AI environment adaptive engine. The acquisition of natural landscape three-dimensional data, the reconstruction of a historical health scene and the real-time adjustment of virtual environment parameters according to the physiological data of the user are realized; the invention discloses a personalized XR healing system. According to the XR augmented reality-based health culture immersive interaction system and method, virtual environment parameters, such as illumination and sound, can be adjusted in real time according to physiological data of a user, the real-time adjustment is beneficial to providing a more comfortable and suitable health environment for the user and improving the health efficiency, and through an intelligent technology, the health culture can be effectively improved. According to the invention, comprehensive management and service of the user health maintenance process can be realized, manual intervention can be reduced through intelligent management, and the convenience and efficiency of health maintenance service are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of the combination of extended reality (XR) technology and health preservation culture, and specifically to an immersive interactive system and method for health preservation culture based on XR extended reality. Background Art

[0002] The spread of traditional health preservation culture relies on offline experiences (such as tai chi teaching and meditation courses), which have problems such as time and space limitations, single interaction forms, and insufficient personalization. Existing XR health preservation applications mostly focus on basic scene simulation (such as virtual forest walks), but lack the following capabilities:

[0003] 1. Dynamic physiological data fusion: It does not adjust the virtual environment by combining the user's real-time physiological indicators (heart rate, brain waves);

[0004] 2. Deep cultural restoration: There is insufficient interactive teaching support for traditional health preservation techniques (such as Baduanjin and medicinal diet making);

[0005] 3. Multi-user social healing: It is difficult to achieve cross-regional user collaboration in participating in health preservation activities and forming community incentives.

[0006] In view of the above existing problems, there is an urgent need for an immersive interactive system and method for health preservation culture based on XR extended reality. Summary of the Invention

[0007] The purpose of the present invention is to provide an immersive interactive system and method for health preservation culture based on XR extended reality to solve the problems raised in the above background art.

[0008] To solve the above technical problems, the present invention provides the following technical solutions: An immersive interactive system and method for health preservation culture based on XR extended reality, including:

[0009] A health preservation scene dynamic generation module, which is used to obtain three-dimensional data of natural landscapes, reconstruct historical health preservation scenes, and adjust virtual environment parameters in real time according to user physiological data through multi-source data fusion modeling and an AI environment adaptive engine;

[0010] A personalized XR healing system, which includes traditional Chinese medicine syndrome differentiation AR assistance and virtual-real combination health preservation training. Among them, traditional Chinese medicine syndrome differentiation AR assistance generates a physical constitution analysis report by scanning the user's tongue or face and guides acupoint massage. The virtual-real combination health preservation training includes VR tai chi teaching and MR medicinal diet workshops;

[0011] A multi-modal social healing platform, which realizes cross-space collaborative meditation and blockchain merit points. It evaluates the depth of collective meditation through a brain wave synchronization detection module and triggers environmental special effects. Users can obtain digital points for completing health preservation tasks and exchange them for offline services;

[0012] Biofeedback Enhancement Engine, through the regulation of synesthesia of the five senses, including dynamically generating mandala patterns according to the intensity of brain wave alpha waves, heart rate matching soundscape generation algorithm, a micro nebulizer releasing wormwood essential oil in a virtual moxibustion scenario, and temperature control gloves simulating the water flow pressure and temperature changes during hot spring bathing.

[0013] Preferably, the multi-source data fusion modeling in the health care scenario dynamic generation module obtains three-dimensional data of natural landscapes through satellite remote sensing and drone scanning, and reconstructs historical health care scenarios in combination with ancient books and documents.

[0014] Preferably, the AI environment adaptive engine in the health care scenario dynamic generation module adjusts virtual environment parameters in real time according to physiological data collected by the user's wearable device. The physiological data includes heart rate variability and skin conductance response, and the virtual environment parameters include light intensity and water flow sound frequency.

[0015] Preferably, in the traditional Chinese medicine syndrome differentiation AR assistance in the personalized XR healing system, the user scans the tongue coating or face, and the AR glasses generate a constitution analysis report through image recognition and project virtual meridian animations to guide acupoint massage.

[0016] Preferably, in the virtual-real combination health preservation training in the personalized XR healing system, VR Tai Chi teaching compares the user's movements with standard moves through a motion capture system and provides error correction vibration feedback through a tactile suit; MR medicinal diet workshop superimposes virtual ingredients on real kitchen utensils, and gesture operations trigger the explanation of the efficacy of medicinal materials and the prompt of cooking temperature.

[0017] Preferably, in the virtual-real combination health preservation training in the personalized XR healing system, VR Tai Chi teaching compares the user's movements with standard moves through a motion capture system and provides error correction vibration feedback through a tactile suit; MR medicinal diet workshop superimposes virtual ingredients on real kitchen utensils, and gesture operations trigger the explanation of the efficacy of medicinal materials and the prompt of cooking temperature.

[0018] Preferably, in the virtual-real combination health preservation training in the personalized XR healing system, VR Tai Chi teaching compares the user's movements with standard moves through a motion capture system and provides error correction vibration feedback through a tactile suit; MR medicinal diet workshop superimposes virtual ingredients on real kitchen utensils, and gesture operations trigger the explanation of the efficacy of medicinal materials and the prompt of cooking temperature.

[0019] Preferably, in the virtual-real combination health preservation training in the personalized XR healing system, VR Tai Chi teaching compares the user's movements with standard moves through a motion capture system and provides error correction vibration feedback through a tactile suit; MR medicinal diet workshop superimposes virtual ingredients on real kitchen utensils, and gesture operations trigger the explanation of the efficacy of medicinal materials and the prompt of cooking temperature.

[0020] Preferably, it includes the following steps:

[0021] Obtain three-dimensional data of natural landscapes through satellite remote sensing and drone scanning, and reconstruct historical health preservation scenes in combination with ancient books and documents;

[0022] According to the physiological data collected by the user's wearable device, adjust the virtual environment parameters in real time;

[0023] The user scans the tongue or face, and the AR glasses generate a constitution analysis report through image recognition and project virtual meridian animations to guide acupoint massage;

[0024] Compare the user's movements with standard moves through a motion capture system, provide error correction vibration feedback through a tactile suit for VR Tai Chi teaching, superimpose virtual ingredients on real kitchen utensils, and trigger the explanation of the efficacy of medicinal materials and the reminder of cooking temperature through gesture operations for the MR medicinal diet workshop;

[0025] Multiple users enter the same virtual meditation courtyard through MR headsets. The brain wave synchronization detection module evaluates the depth of collective meditation, triggers environmental special effects for cross-space collaborative meditation. Users complete health preservation tasks to obtain digital points, which can be exchanged for offline services for blockchain merit points;

[0026] Dynamically generate mandala patterns according to the intensity of brain wave alpha waves for visual regulation, generate soundscape generation algorithms according to heart rate for auditory regulation, release mugwort essential oil in the virtual moxibustion scene through a micro nebulizer for olfactory regulation, and simulate the water flow pressure and temperature changes during hot spring bathing through a temperature control glove for tactile regulation.

[0027] Compared with the prior art, the beneficial effects achieved by the present invention are as follows:

[0028] First, the present invention can adjust the virtual environment parameters such as light and sound in real time according to the physiological data of the user. This real-time adjustment helps to provide a more comfortable and suitable health preservation environment for the user, improve the efficiency of health preservation, and through intelligent technology, it can realize the comprehensive management and service of the user's health preservation process. The intelligent management helps to reduce manual intervention and improve the convenience and efficiency of health preservation services.

[0029] Second, the present invention can provide personalized health preservation plans according to the physiological data and constitution analysis reports of the user. With the assistance of traditional Chinese medicine syndrome differentiation AR, users can more accurately understand their own constitution conditions and obtain targeted health preservation suggestions. Immersive health preservation environment: Using XR technology, the system can create a realistic health preservation environment, making users feel as if they are in nature. This immersive experience helps users relax physically and mentally and improve the effect of health preservation. Through modules such as VR Tai Chi teaching and MR medicinal diet workshop in the system, in an interactive and interesting way, users can feel the fun while enjoying health preservation. This interactive experience helps to stimulate the enthusiasm of users to participate and improve the enthusiasm for health preservation.

[0030] Thirdly, in the present invention, multiple users can enter the same virtual meditation courtyard through the MR headset to conduct cross-space collaborative meditation. The way of collective meditation helps to establish connections among users and enhance social interaction. After completing the health care tasks, users can obtain digital points, which can be recorded on the blockchain and exchanged for offline services. This point mechanism helps to motivate users to actively participate in health care activities and also helps to improve the mental health level of users.

[0031] Fourthly, in the present invention, the combination of XR technology and health care culture promotes the technological innovation and integrated development of the health care industry, helps to enhance the competitiveness and influence of the health care industry, and promotes the upgrading and development of the health care industry. BRIEF DESCRIPTION OF THE DRAWINGS

[0032] Figure 1 is the overall process block diagram of the present invention;

[0033] Figure 2 is the process block diagram of the health care scenario dynamic generation module of the present invention;

[0034] Figure 3 is the process block diagram of the personalized XR healing system of the present invention;

[0035] Figure 4 is the process block diagram of the multi-modal social healing platform of the present invention;

[0036] Figure 5 is the process block diagram of the biofeedback enhancement engine of the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0037] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0038] The present invention provides the following technical solutions:

[0039] Please refer to Figure 1 、 Figure 2 、 Figure 3 、 Figure 4 and Figure 5 , a health care culture immersive interaction system and method based on XR extended reality, including:

[0040] A health care scenario dynamic generation module for obtaining three-dimensional data of natural landscapes, reconstructing historical health care scenarios, and adjusting virtual environment parameters in real time according to user physiological data through multi-source data fusion modeling and an AI environment adaptive engine;

[0041] Personalized XR Healing System, including Traditional Chinese Medicine (TCM) syndrome differentiation assisted by AR and integrated virtual-real health preservation training. The TCM syndrome differentiation assisted by AR generates a physical constitution analysis report by scanning the user's tongue coating or face and guides acupoint massage. The integrated virtual-real health preservation training includes VR Tai Chi teaching and MR medicinal diet workshop;

[0042] Multimodal Social Healing Platform, realizing cross-space collaborative meditation and blockchain merit points. The depth of collective meditation is evaluated through the brain wave synchronization detection module and environmental special effects are triggered. Users can obtain digital points by completing health preservation tasks and exchange them for offline services;

[0043] Biofeedback Enhancement Engine, through the regulation of the five senses synesthesia, including dynamically generating mandala patterns according to the intensity of brain wave alpha waves, heart rate matching soundscape generation algorithm, releasing mugwort essential oil by a micro nebulizer in a virtual moxibustion scenario, and a temperature control glove simulating the water flow pressure and temperature changes during hot spring bath.

[0044] Through the above technical solutions, the health preservation scenario dynamic generation module realizes the accurate acquisition of three-dimensional data of natural landscapes and the precise reconstruction of historical health preservation scenarios through multi-source data fusion modeling and AI environment adaptive engine. This module can adjust the virtual environment parameters in real time according to the user's physiological data (such as heart rate, blood pressure, brain waves, etc.) to provide a health preservation scenario that best suits the user's current physical state, not only enhancing the user's immersion, but also ensuring the maximization of the health preservation effect;

[0045] The Personalized XR Healing System combines TCM syndrome differentiation with modern technology, providing users with a unique healing experience. Among them, the TCM syndrome differentiation assisted by AR generates a physical constitution analysis report quickly by scanning the user's tongue coating or face and guides the user to perform acupoint massage according to the report, realizing the digital inheritance of TCM wisdom. The integrated virtual-real health preservation training includes VR Tai Chi teaching and MR medicinal diet workshop, allowing users to experience the essence of Tai Chi and the mystery of medicinal diets in an environment where virtual and real are intertwined, so as to achieve the purpose of physical and mental harmony;

[0046] The Multimodal Social Healing Platform breaks the limitation of space, enabling users to meditate with others in a virtual space and experience the depth of collective meditation. Through the brain wave synchronization detection module, the platform can evaluate the depth of users' meditation in real time and trigger corresponding environmental special effects, such as light and shadow changes, sound effect adjustment, etc., to enhance the meditation effect. In addition, after users complete health preservation tasks, they will obtain digital points, which can be exchanged for various offline services, such as health consultation, physiotherapy services, etc., realizing the seamless connection between online and offline;

[0047] The biofeedback enhancement engine provides users with a comprehensive healing experience through the regulation of the five - sense synesthesia. According to the intensity of the brain wave alpha wave, the engine can dynamically generate mandala patterns to guide users into a relaxed state. At the same time, the heart - rate - matching soundscape generation algorithm generates a matching soundscape according to the user's heart - rate changes, further deepening the user's immersion. In the virtual moxibustion scenario, a micro - nebulizer releases mugwort essential oil to simulate the aroma and effect of moxibustion, while the temperature - controlled gloves simulate the water flow pressure and temperature changes during a hot spring bath, making users feel as if they are in a real hot spring and enjoying the relaxation and healing of body and mind.

[0048] In the multi - source data fusion modeling in the health - care scenario dynamic generation module, three - dimensional data of natural landscapes is obtained through satellite remote sensing and drone scanning, and historical health - care scenarios are reconstructed by combining ancient books and documents.

[0049] Through the above - mentioned technical solution, in the health - care scenario dynamic generation module, multi - source data fusion modeling is a key technical link. Using satellite remote sensing technology to scan large - scale natural landscapes to obtain three - dimensional data including terrain, vegetation and other information, using drones to conduct fine scanning of specific natural landscape areas to supplement more detailed local data, through in - depth research on ancient books and documents to extract descriptions and information about historical health - care scenarios, and through the application of three - dimensional modeling technology, combining the obtained natural landscape data with the information interpreted from ancient books and documents to reconstruct historical health - care scenarios such as the health - care hall in the Song Dynasty, achieving the accurate acquisition of three - dimensional data of natural landscapes and the vivid reconstruction of historical health - care scenarios.

[0050] The AI environment adaptive engine in the health - care scenario dynamic generation module adjusts the virtual environment parameters in real - time according to the physiological data collected by the user's wearable device. The physiological data includes heart - rate variability and skin conductance response, and the virtual environment parameters include light intensity and water flow sound frequency.

[0051] Through the above - mentioned technical solution, the AI environment adaptive engine can adjust the parameters of the virtual environment in real - time according to the physiological data collected by the user's wearable device, thereby providing users with a more personalized and comfortable health - care experience. By equipping users with wearable devices capable of collecting physiological data, such as a bracelet for monitoring heart - rate variability and sensors for detecting skin conductance response, the wearable devices will collect the user's physiological data in real - time and transmit it to the system. The AI environment adaptive engine in the system will analyze and process these physiological data, and according to the analysis results, adjust the parameters of the virtual environment in real - time, such as increasing or decreasing the light intensity and changing the water flow sound frequency, to provide a health - care experience that better matches the user's physiological state.

[0052] In the traditional Chinese medicine syndrome differentiation AR assistance in the personalized XR healing system, the user scans the tongue coating or face, and the AR glasses generate a constitution analysis report through image recognition and project virtual meridian animations to guide acupoint massage.

[0053] Through the above technical solutions, in the TCM syndrome differentiation AR assistance, the user scans the tongue coating or face, and the AR glasses can use image recognition technology to generate a physical constitution analysis report and project a virtual meridian animation to guide acupoint massage. Among them, the user wears AR glasses, and a near-infrared spectrum sensor is integrated in the glasses, which can perform real-time qi and blood analysis on the user's face. At the same time, the user also needs to wear a smart bracelet to monitor data such as heart rate and blood oxygen. When the user gazes at the virtual "inspection mirror" in the mirror, the system will analyze the user's tongue image through image recognition technology and generate a corresponding report. Based on the tongue image analysis report and other physiological data, the AR glasses will project a personalized health preservation plan. For example, a virtual ginseng logo will be displayed at an appropriate position to recommend the tonic intake period. The user can grab a virtual moxibustion stick with a gesture and bring it close to the real acupoint. At this time, the system will trigger corresponding heat sensation feedback and smoke effect animation to simulate the effect of moxibustion. The TCM syndrome differentiation AR assistance can provide a personalized health care plan for users and also improve the user's health awareness and quality of life.

[0054] In the virtual-real combination health preservation training in the personalized XR healing system, in VR Tai Chi teaching, the motion capture system compares the user's movements with the standard moves, and provides error correction vibration feedback through the tactile suit; in the MR medicinal diet workshop, virtual ingredients are superimposed on real kitchen utensils, and gesture operations trigger the explanation of the efficacy of medicinal materials and the reminder of cooking temperature.

[0055] Through the above technical solutions, in the personalized XR healing system, the virtual-real combination health preservation training is an innovative application integrating virtual reality (VR) and mixed reality (MR) technologies. Among them, VR Tai Chi teaching: In a dedicated training area, a motion capture system is set up. The user wears a VR headset and enters a virtual Tai Chi teaching scene. The motion capture system will compare the user's movements with the standard Tai Chi moves in real time. When the user's movements deviate, the tactile suit provides error correction vibration feedback for the user to help the user adjust the movements and improve the effect of Tai Chi practice;

[0056] MR medicinal diet workshop: In the actual kitchen environment, the user is equipped with MR glasses. When the user wears the glasses, virtual ingredients will be seen superimposed on real kitchen utensils. The user can select and process virtual ingredients through gesture operations. The system will trigger the explanation of the efficacy of medicinal materials and the reminder of cooking temperature according to the user's operations to help the user better understand the process and key points of making medicinal diets. The virtual-real combination health preservation training can provide a personalized health preservation plan for users, helping them improve their physical conditions and quality of life.

[0057] In the cross-space collaborative meditation in the multi-modal social healing platform, multiple users enter the same virtual meditation courtyard through MR headsets, and the brain wave synchronization detection module evaluates the depth of collective meditation and triggers environmental special effects.

[0058] Through the above technical solution, cross-space collaborative meditation combines mixed reality (MR) technology and brain wave synchronization detection technology to provide users with a brand-new collective meditation experience. When multiple users wear MR headsets respectively and enter the same virtual meditation courtyard through network connection, the headsets are equipped with a brain wave synchronization detection module for real-time monitoring of users' brain wave activities. When users conduct collective meditation, the brain wave synchronization detection module will evaluate the depth of collective meditation. According to the evaluation results, the system will trigger corresponding environmental special effects, including changes in light, harmony of sounds, release of odors, etc. For example, when the collective meditation reaches a certain depth, the lotus flowers in the virtual meditation courtyard will bloom synchronously, enhancing users' sense of immersion and participation.

[0059] For the blockchain merit points in the multi-modal social healing platform, users can obtain digital points by completing health care tasks and exchange them for offline services, including consultations with famous doctors and herbal medicine packages.

[0060] Through the above technical solution, blockchain merit points are an incentive mechanism designed to encourage users to actively participate in health care tasks, thereby obtaining digital points and exchanging them for offline services. The system sets a series of health care tasks for users, such as clocking in for Baduanjin every day. When users complete these tasks, the system will automatically record and give corresponding digital points to the users. These digital points will be stored on the blockchain to ensure the security and immutability of the points. Users can use these points to exchange for offline services in the system, such as consultations with famous doctors and herbal medicine packages. In this way, it encourages users to actively participate in health care activities and also realizes the organic combination of online and offline health care services.

[0061] For the five-sense synaesthesia regulation in the biofeedback enhancement engine, vision dynamically generates mandala patterns according to the intensity of brain wave alpha waves, hearing generates soundscape generation algorithms by matching heart rate, smell releases mugwort essential oil in the virtual moxibustion scene through a micro atomizer, and touch simulates the water flow pressure and temperature changes during hot spring bathing through a temperature control glove.

[0062] Through the above technical solution, the five-sense synaesthesia regulation is an innovative therapy that combines biofeedback technology and multi-sensory stimulation, aiming to enhance the healing effect by regulating the user's physiological state. Among them, visual regulation dynamically generates mandala patterns based on the intensity of brain wave alpha waves. Alpha waves are a type of brain wave generated by the brain in a relaxed state and are closely related to states such as creativity, concentration, and inner peace. The brain wave data of the user is collected in real time through a brain wave monitoring device. When the intensity of alpha waves reaches a preset threshold, the system triggers the visual feedback module to generate and display mandala patterns. Attributes such as the complexity and color of the patterns can be dynamically adjusted according to the intensity of alpha waves. The presentation of mandala patterns helps guide the user into a deeper state of relaxation, enhancing the meditation or healing effect. Auditory regulation monitors the user's heart rate in real time and applies a heart rate matching soundscape generation algorithm based on the heart rate value. For example, if the user's heart rate is 60 BPM (beats per minute), the system will correspondingly generate the sound of a singing bowl 60 times per minute or other soothing sounds that match the heart rate and play them to the user through an audio device to help the user relax physically and mentally. Olfactory regulation is in a virtual moxibustion scenario. By controlling a micro nebulizer to release mugwort essential oil, when the user performs moxibustion operations in the virtual scenario, the micro nebulizer will release the smell of mugwort essential oil in a timely manner according to the system's instructions, enhancing the user's olfactory experience in the virtual scenario and making them more truly feel the atmosphere of moxibustion. In tactile regulation, the user wears temperature-controlled gloves. The gloves can simulate the water flow pressure and temperature changes during a hot spring bath according to the system's instructions. When the user is in a virtual hot spring scenario, the temperature-controlled gloves will adjust the internal temperature and pressure sensors to provide the user's hands with a feeling similar to soaking in a hot spring, enhancing the realism of the virtual experience. The five-sense synaesthesia regulation can comprehensively affect the user's physiological and psychological states by combining various sensory stimulations such as vision, hearing, smell, and touch, helping to improve the user's relaxation level, enhance the healing effect, and possibly promote physical and mental health.

[0063] It includes the following steps:

[0064] Obtain three-dimensional data of natural landscapes through satellite remote sensing and drone scanning, and reconstruct historical health preservation scenes by combining ancient books and documents;

[0065] According to the physiological data collected by the user's wearable device, adjust the virtual environment parameters in real time;

[0066] The user scans the tongue or face, and the AR glasses generate a constitution analysis report through image recognition and project a virtual meridian animation to guide acupoint massage;

[0067] Compare the user's movements with standard moves through a motion capture system, provide error correction vibration feedback through a tactile suit for VR tai chi teaching, superimpose virtual ingredients on real kitchen utensils, and trigger the explanation of the efficacy of medicinal materials and the reminder of cooking temperature through gesture operations for the MR medicinal diet workshop;

[0068] Multiple users enter the same virtual meditation courtyard through an MR headset. The brainwave synchronization detection module evaluates the depth of collective meditation, triggers environmental special effects for cross-space collaborative meditation. Users complete health care tasks to obtain digital points, which can be exchanged for offline services for blockchain merit points;

[0069] Dynamically generate mandala patterns according to the intensity of brainwave alpha waves for visual regulation, generate auditory regulation through a heart rate matching soundscape generation algorithm, release wormwood essential oil in a virtual moxibustion scene through a micro nebulizer for olfactory regulation, and simulate the water flow pressure and temperature changes during hot spring bathing through a temperature control glove for tactile regulation

[0070] Through the above technical solutions, obtain three-dimensional data of natural landscapes and reconstruct historical health care scenes: Use satellite remote sensing technology to scan a large area to obtain basic information on natural landscapes such as terrain, vegetation, and water bodies, and generate a preliminary three-dimensional data model. Control drones to conduct close-range and high-precision scans of specific natural landscape areas to obtain more detailed local three-dimensional data, including subtle changes in terrain, textures of plants, etc. Organize professional personnel to conduct in-depth research on ancient books and documents, and screen out content related to health care scenes, such as the layout, architectural style, and cultural connotations of historical health care places. Integrate the three-dimensional data of natural landscapes obtained by satellite remote sensing and drone scanning with the information in ancient books and documents, and use three-dimensional modeling and rendering technologies to reconstruct historical health care scenes so that they can be reproduced in a virtual environment;

[0071] Adjust the virtual environment parameters in real time according to the user's physiological data: Equip users with advanced wearable devices such as smart bracelets and smart watches, which can collect the user's physiological data in real time, such as heart rate, blood pressure, blood oxygen saturation, skin conductance response, etc. The wearable devices send the collected physiological data to the system server through wireless transmission technology. The data analysis module in the server processes and analyzes these data in real time. According to the analysis results, the virtual environment parameter adjustment module of the system will automatically adjust the parameters of the virtual environment, such as light intensity, color, temperature, humidity, sound, etc., so that users can obtain a more comfortable and beneficial experience in the virtual environment;

[0072] Users scan their tongue coating or face to generate a constitution analysis report and guide acupoint massage: The user wears an AR glasses equipped with a high-definition camera and image recognition software. The user sticks out their tongue or faces the camera, and the camera of the AR glasses scans and takes pictures of the user's tongue coating or face. The image recognition software analyzes the taken pictures and extracts relevant feature information, such as the color, shape, and texture of the tongue coating, and the skin color, luster, and texture of the face, etc. The system generates a constitution analysis report for the user based on the image analysis results, combined with traditional Chinese medicine constitution theory and information in the database. The AR glasses project a virtual meridian animation according to the constitution analysis report to guide the user to perform acupoint massage. The positions and techniques of acupoint massage are intuitively shown to the user in the form of an animation, and the user can perform self-massage according to the instructions of the animation;

[0073] VR Tai Chi teaching and MR medicinal diet workshop: Among them, VR Tai Chi teaching: The user wears a VR headset and enters a virtual Tai Chi teaching scene. There is a motion capture system in the scene that can capture the user's body movements in real time. The system compares the user's movements with standard Tai Chi moves and analyzes the differences between the two through algorithms. When there is a deviation between the user's movements and the standard moves, the tactile suit will generate an error-correcting vibration feedback to prompt the user to adjust the movements and help the user better master the essentials of Tai Chi moves; MR medicinal diet workshop: In an actual kitchen environment, the user is equipped with MR glasses. When the user wears the MR glasses, they will see virtual ingredients superimposed on real kitchen utensils. The user can select and process virtual ingredients through gesture operations, such as grasping, cutting, stirring, etc. When the user performs gesture operations, the system will trigger corresponding explanations of the medicinal effects of the herbs and fire control tips according to the operations. For example, when the user selects a certain herb, the system will prompt the medicinal effect and applicable diseases of the herb through voice or text; when the user performs cooking operations, the system will prompt the appropriate fire and cooking time according to the operation time and method to help the user better make medicinal diets;

[0074] Cross - space collaborative meditation and blockchain merit points. In cross - space collaborative meditation: Multiple users each wear an MR headset and enter the same virtual meditation courtyard through network connection. The headset is equipped with an electroencephalogram synchronization detection module that can monitor the users' brain wave activities in real - time. When users meditate in the virtual meditation courtyard, the electroencephalogram synchronization detection module collects the users' brain wave data and transmits it to the system server. The data analysis module in the server analyzes the users' brain wave data, evaluates the depth and effect of collective meditation. According to the evaluation results, the system triggers corresponding environmental special effects, such as lotus flowers blooming synchronously and Buddha lights shining in the virtual meditation courtyard, enhancing the users' immersion and participation. Blockchain merit points: The system sets a series of health - care tasks for users, such as meditating for a certain period of time every day, completing specific exercise training, learning traditional Chinese medicine health - care knowledge, etc. When users complete these tasks, the system automatically records them and gives corresponding digital points according to the difficulty and completion situation of the tasks. These digital points are stored on the blockchain to ensure the security, transparency, and immutability of the points. Users can use these points to exchange offline services in the system, such as consultations with famous doctors, acupuncture and massage, traditional Chinese medicine conditioning, etc. The exchange process is automatically executed through smart contracts to ensure the fairness and reliability of the transaction;

[0075] In the regulation of five - sense synesthesia, visual regulation: The system real - time monitors the intensity of alpha waves in the users' brain waves through electroencephalogram sensors. According to the change of alpha - wave intensity, the system uses a specific algorithm to generate corresponding mandala patterns, which are presented to the users through display devices (such as VR headsets, AR glasses, etc.), giving the users corresponding visual feedback and stimulation. Auditory regulation: The system real - time monitors the users' heart rate, obtains heart - rate data through sensors, and uses a heart - rate - matching soundscape generation algorithm to generate corresponding soundscapes according to the heart - rate value, such as soothing music and natural sounds corresponding to 60 beats per minute when the heart rate is 60 beats per minute. These sounds are played to the users through audio devices (such as headphones, speakers, etc.) to help the users relax and regulate their emotions. Olfactory regulation: In the virtual moxibustion scene, a micro - nebulizer is set. When the user enters the virtual moxibustion scene, the system controls the micro - nebulizer to release mugwort essential oil according to the needs of the scene and the user's operations. The smell of mugwort essential oil pervades around the user, making the user feel the atmosphere of moxibustion in terms of smell and enhancing the authenticity of the virtual experience. Tactile regulation: The user wears temperature - controlled gloves with temperature and pressure sensors inside. When the user is in the virtual hot - spring bath scene, the system controls the temperature and pressure sensors inside the gloves to simulate the water flow pressure and temperature changes during a hot - spring bath according to the scene settings and the user's operations, and the user's hand will feel...

[0076] Although embodiments of the present invention have been shown and described, it will be understood by those of ordinary skill in the art that various changes, modifications, substitutions and variations can be made to these embodiments without departing from the principles and spirit of the invention, and the scope of the invention is defined by the appended claims and their equivalents.

Claims

1. An immersive interactive system for health care culture based on XR extended reality, characterized by: include: The health care scene dynamic generation module is used to obtain three-dimensional data of natural landscapes, reconstruct historical health care scenes, and adjust virtual environment parameters in real time according to user physiological data through multi-source data fusion modeling and AI environment adaptive engine; Personalized XR healing system, including AR-assisted TCM syndrome differentiation and virtual-real combination health training. TCM syndrome differentiation AR-assisted generates a constitution analysis report and guides acupoint massage by scanning the tongue coating or face of the user. Virtual-real combination health training includes VR Tai Chi teaching and MR medicinal diet workshop. A multimodal social healing platform that enables cross-space collaborative meditation and blockchain merit points. It uses a brainwave synchronization detection module to assess the depth of collective meditation and trigger environmental effects. Users complete health care tasks to obtain digital points that can be redeemed for offline services. The biofeedback enhancement engine is regulated through the five senses, including dynamic generation of mandala patterns based on the intensity of brain wave alpha waves, heart rate matching soundscape generation algorithm, micro-atomizer releasing mugwort essential oil in a virtual moxibustion scene, and temperature-controlled gloves simulating water flow pressure and temperature changes during hot spring bathing.

2. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The multi-source data fusion modeling in the dynamic generation module of health care scenes obtains three-dimensional data of natural landscapes through satellite remote sensing and drone scanning, and reconstructs historical health care scenes in combination with ancient books and documents.

3. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The AI ​​environment adaptation engine in the dynamic generation module of the health care scene adjusts the virtual environment parameters in real time according to the physiological data collected by the user's wearable device. The physiological data includes heart rate variability and skin electrical response, and the virtual environment parameters include light intensity and water flow sound frequency.

4. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The personalized XR healing system uses AR to assist in TCM differentiation. When a user scans their tongue or face, the AR glasses generate a physical analysis report through image recognition and project a virtual meridian animation to guide acupoint massage.

5. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The personalized XR healing system includes virtual-real health training, VR Tai Chi teaching that compares user movements with standard moves through a motion capture system, and provides error-correcting vibration feedback through tactile clothing; the MR herbal medicine workshop superimposes virtual ingredients on real kitchen utensils, and gesture operations trigger explanations of the medicinal effects and heat prompts.

6. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: In the cross-space collaborative meditation in the multimodal social healing platform, multiple users enter the same virtual Zen temple through MR headsets, and the brain wave synchronization detection module evaluates the depth of collective meditation and triggers environmental special effects.

7. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The blockchain merit points in the multimodal social healing platform allow users to obtain digital points by completing health care tasks, which can be redeemed for offline services, including consultations with famous doctors and herbal gift packages.

8. The health care culture immersive interactive system based on XR extended reality according to claim 1, characterized in that: The biofeedback enhancement engine regulates the five senses synesthesia. Vision dynamically generates mandala patterns according to the intensity of brain wave alpha waves. Hearing generates a soundscape algorithm by matching heart rate. The sense of smell releases mugwort essential oil in a virtual moxibustion scene through a micro-atomizer. The sense of touch simulates the water flow pressure and temperature changes during a hot spring bath through temperature-controlled gloves.

9. An immersive interaction method for health care culture based on XR extended reality, characterized by: The following steps are involved: Obtain three-dimensional data of natural landscapes through satellite remote sensing and drone scanning, and reconstruct historical health care scenes in combination with ancient books and documents; Adjust virtual environment parameters in real time based on physiological data collected by the user's wearable device; When users scan their tongue or face, AR glasses generate a physical analysis report through image recognition and project virtual meridian animations to guide acupoint massage; The motion capture system compares user movements with standard moves, and the tactile clothing provides error correction vibration feedback for VR Tai Chi teaching. Virtual ingredients are superimposed on real kitchen utensils, and gestures are used to trigger explanations of medicinal materials' efficacy and heat prompts for MR medicinal food workshops. Multiple users enter the same virtual Zen temple through MR headsets. The brain wave synchronization detection module evaluates the depth of collective meditation and triggers environmental special effects for cross-space collaborative meditation. Users complete health care tasks to obtain digital points, which can be exchanged for offline services to obtain blockchain merit points. Visual regulation is performed by dynamically generating mandala patterns based on the intensity of brain wave alpha waves, auditory regulation is performed by matching the heart rate with the soundscape generation algorithm, olfactory regulation is performed by releasing mugwort essential oil through a micro-atomizer in a virtual moxibustion scene, and tactile regulation is performed by simulating the water flow pressure and temperature changes during a hot spring bath through temperature-controlled gloves.

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