AR smart companion all-scene interaction implementation method for general users

Abstract

This invention discloses a method for implementing full-scene interactive AR smart companionship for ordinary users, belonging to the field of AR smart wearable device application technology. This method is based on a multimodal fusion AR smart companionship unified memory system. Through three major steps—user authorization and basic data collection, full-scene function adaptation and execution, and full-process memory synchronization and adaptive optimization—it provides users with six core functions: scene recall and positioning navigation, personalized life planning, a growable multi-personality AR smart companion, covert safety warnings, life-oriented intelligent assistance, real-scene object recognition, and AR real-time assisted teaching. This invention fills the gap in the market for a full-scene AR companionship solution for the general public. It features full voice interaction, zero learning cost, one-click shutdown of all functions, strict compliance with medical, privacy, and public interest-related laws and regulations, and deep integration with the underlying unified memory system to form a complete patent protection network, significantly improving the practicality and market competitiveness of consumer-grade AR glasses.

Description

Technical Field

[0001] This invention belongs to the field of AR smart wearable device application technology, specifically involving full-scenario AR smart interaction and life assistance technology for the general public. Background Technology

[0002] Most mainstream AR glasses on the market today are geared towards professional scenarios such as industry, medicine, and sports, lacking a comprehensive solution for ordinary office workers and the general public, and have five major shortcomings: 1. Fragmented and incomplete functionality: It can only provide basic navigation, photo taking, and translation functions, and cannot cover the core needs of ordinary people in all dimensions, including daily travel, life, growth, emotions, safety, health, and real-world assistance. 2. Complex operation and extremely high learning curve: It requires the use of peripherals such as mobile phones and gamepads, resulting in a high learning cost. It is not suitable for the general public to use frequently in daily life, making it difficult to realize the transformation from "concept demonstration" to "daily practical use". 3. Lack of personalized adaptation capability: It cannot generate a feasible personalized plan based on the user's physical condition, education, lifestyle, and growth goals, nor can it provide empathetic emotional support and psychological counseling, thus failing to meet the emotional and growth needs of ordinary people. 4. Lack of real-time assistance capabilities: When ordinary people encounter needs such as home appliance repair, life skills operation, outdoor object recognition, and fitness movement correction, they cannot quickly obtain accurate and practical step-by-step guidance. They need to stop operating and take out their mobile phones to search, which is extremely inefficient and poses safety risks and compliance blind spots. 5. Lack of a consistent, supportive experience: All functions are based on single-command responses, failing to develop a consistent, personalized adaptation based on long-term user habits, and thus failing to achieve a user experience that "understands the user better the more it is used." Summary of the Invention

[0003] Purpose of the invention To fill the gaps in existing technologies, this invention provides a method for realizing full-scene AR intelligent companion interaction for the general public. It constructs a growth-type multi-personality AR intelligent companion that covers the full-dimensional needs of ordinary people in daily travel, life, growth, emotions, safety, health, and real-world assistance. It features full voice interaction, simple operation, and zero learning cost. At the same time, it strictly complies with relevant laws and regulations, completely avoids compliance risks, and is deeply integrated with the underlying unified memory system to form a complete patent protection network, helping the product to expand from professional scenarios to mass consumer scenarios. Technical solution The technical solution of the present invention is as follows: A method for implementing full-scene interaction of AR smart companionship for ordinary users, based on the aforementioned unified memory system for AR smart companionship based on multimodal fusion, includes the following steps: Step 1: User Authorization and Basic Data Collection The system clearly informs users of the scope and purpose of data collection, and users can choose to enable or disable the corresponding collection functions. Through voice interaction, manual input, and AR glasses front-end collection, the system obtains users' basic information, including height, weight, age, education, lifestyle habits, health status, medical history, schedule, travel trajectory, emotional needs, growth goals, and operating habits. All information is encrypted and stored in the user's exclusive unified memory bank on the terminal side, and users have complete control, access, and deletion rights. Step 2: Full-Scenario Functionality Adaptation and Execution Based on user base data and a unified memory bank, it provides users with six core functions, all of which support voice triggering without manual intervention and are suitable for daily use in all scenarios. - AR-based scene backtracking and positioning navigation: After the user triggers the scene recording command by voice, the AR glasses automatically scan the surrounding environment, capture images of landmark scenes / buildings, and simultaneously bind GPS coordinates, geographic location tags, and time information, storing them encrypted in the scene trajectory database; users can retrieve historically stored scene information by fuzzy description, keywords, time, and location, and the system will provide feedback to the user for confirmation after matching the corresponding information. After user confirmation, an AR real-time navigation route will be automatically generated; users can mark personal items by voice, and the AR glasses will record the last scene and location of the items. When leaving home, the system will automatically detect and remind users of items not carried, and mark the location of the items in the AR field of view when the user searches for them; the item location records only retain data from the most recent 7 days and are automatically deleted after expiration. - Personalized Life Planning Intelligent Generation and Execution Guidance Function: The system retrieves the user's physical data, education, lifestyle habits, growth goals, past execution records, and medical history from a unified memory bank, automatically generating three differentiated and implementable planning schemes: a six-month aggressive version, a one-year moderate version, and a two-to-three-year gradual version. Each scheme is detailed down to daily and hourly executable tasks, including dietary recommendations matching the user's physical condition, exercise guidance, and skill enhancement and work planning schemes adapted to the user's profession. Through AR virtual simulation, the system shows the user the changes in physique, mental state, ability improvement, and income expectations at different stages after implementing the scheme. After the user selects a scheme, the system provides real-time reminders, execution monitoring, and progress reviews according to the execution rhythm, while adaptively optimizing and adjusting the scheme based on the user's execution status and feedback. The intelligent fitness coach sub-unit generates personalized fitness plans based on user body data, medical history, exercise foundation, and fitness goals, clearly stating, "This plan is for general exercise advice only and does not address the treatment or rehabilitation of any disease. Please consult a professional doctor if you have any injuries or illnesses." It uses the inertial sensors and camera of AR glasses to capture the user's movement posture in real time, overlaying standard movements for comparison in the AR field of view and correcting errors in real time. It records user exercise duration, intensity, calories burned, and other data, updating them synchronously to a unified memory bank, and automatically adjusting subsequent training plans based on user performance. All fitness guidance is marked, "This does not constitute medical advice. If you experience any discomfort, please stop exercising immediately and seek medical attention." - Scalable Multi-Personality AR Smart Companion: Supports user-defined personality attributes for the AR smart companion, including but not limited to warm and healing, rational and capable, humorous and witty, calm and wise, gentle and patient, strong and motivating, gentle and protective, and professional and rigorous. Users can select one or combine multiple attributes to create their own personalized smart companion avatar; based on a unified memory bank, it achieves long-term contextual memory and coherent dialogue capabilities, enabling anthropomorphic casual conversation, emotional interaction, daily venting, and fun interactions. It will proactively care about the user's status, remind them of important matters, and initiate lighthearted topics; it can summarize and break down the user's fragmented thoughts, emotional distress, life plans, and work ideas into goals. The system features structured content including categorization, problem analysis, execution steps, and priority ranking; it automatically switches role modes based on interaction scenarios, and users can also manually switch between modes using voice commands such as "switch to butler mode" and "switch to best friend mode"; all interactive behaviors, user feedback, preference changes, and life stage transitions are stored in a unified memory bank in real time, continuously iterating and optimizing the intelligent companion's personality, expression, and suggestion style with long-term user use; it provides lightweight, high-frequency care based on user habits and real-time status, automatically remembering the user's dietary restrictions, preferences, allergies, routines, and important anniversaries, providing advance reminders and thoughtful suggestions; and it supports the voice command "turn off proactive care" to disable proactive interaction functions with a single click. - AR glasses' covert safety warning and silent emergency assistance functions: Through the AR glasses' sensors, real-time analysis of the environment, and geolocation recognition, it identifies high-risk scenarios such as remote roads, walking alone at night, being followed by suspicious individuals, and dangerous conflicts, issuing covert voice warnings that only the user can hear; it supports users triggering the emergency assistance process through preset silent voice commands (such as "help" or "emergency assistance"), without manual operation; after the emergency assistance is triggered, the system automatically pushes the user's real-time GPS coordinates, on-site environment images, and audio recordings to the user's preset emergency contacts and the police, executing the entire process covertly; it supports sharing temporary locations with family members after user authorization, with automatic voice reminders when the other party arrives home / at work safely; the safety warning function is off by default, and users need to manually enable it and set emergency contacts, and it supports one-click disabling with the voice command "turn off safety warning". - AR-based smart assistance and hands-free interactive functions for daily life: Supports user-defined schedules, health, and life reminders, including but not limited to reminders for drinking water, prolonged sitting, errands, travel, medication, and meetings. Reminders are delivered seamlessly via lightweight AR pop-ups and voice broadcasts at the designated times. It receives real-time user requests, including but not limited to finding nearby restaurants, supermarkets, pharmacies, parking lots, and restrooms, as well as real-time translation, weather inquiries, and schedule records. It quickly retrieves relevant information and pushes personalized results based on user preferences in a unified memory bank. It provides hands-free AR real-time navigation, requiring no user interaction with their phone. It allows users to input shopping needs via voice, automatically generating AR route guidance to the corresponding shelves upon entering a supermarket / convenience store, and automatically crossing off items after purchase. It scans dates on food, medicine, and skincare product packaging, automatically recording opening dates and expiration dates, reminding users to use or replace products 3-7 days in advance. It scans product barcodes / price tags, automatically comparing prices in nearby supermarkets and online platforms, displaying the best purchasing channels and discount information in the AR view. The Traditional Chinese Medicine (TCM) Basic Status Reminder Sub-unit: This sub-unit uses the AR glasses' camera to collect the user's facial complexion and tongue appearance, combined with heart rate, blood oxygen, and body temperature data obtained from physiological monitoring sensors. Based on publicly available TCM basic theories, it provides reminders about the user's basic lifestyle status. The reminders are strictly limited to lifestyle suggestions, such as: "You may be experiencing sleep deprivation recently. We recommend maintaining a regular sleep schedule and consuming common foods like red dates and longan." or "Reminder: Reduce your intake of raw and cold foods and engage in light exercise." Any statements involving disease diagnosis, treatment, or efficacy are strictly prohibited. A mandatory permanent reminder states: "This function only provides lifestyle suggestions based on publicly available TCM basic theories and does not constitute any medical diagnosis, treatment advice, or prescription. If you experience any discomfort, please consult a qualified medical institution promptly and follow your doctor's instructions." All health data is encrypted and stored on the device, accessible only to the user and not uploaded to any cloud server. The function can be disabled with a single voice command: "Turn off TCM reminder." - Real-world object intelligent recognition and AR real-time assisted teaching function: Users actively trigger the function through voice commands such as "Recognize this thing," "Teach me how to fix it," and "Teach me how to do it." The AR glasses' camera automatically captures the current real-world scene, locks onto the target object, and extracts the object's appearance, model, and characteristic information. When the camera is turned on, a high-brightness LED indicator and sound prompt are triggered simultaneously. The system matches and identifies the extracted object features with a publicly compliant database, and simultaneously retrieves the user's past similar operation records and habit preferences from a unified memory bank to match corresponding solutions. For home appliance / item repair, after accurately identifying the model and fault characteristics, dynamic guidance images for disassembly, repair, and installation are displayed step-by-step on the AR lenses, with simultaneous voice guidance and annotations of precautions and safety risks. For life skills learning, after recognizing the object type and user needs, the AR lenses display... The system demonstrates operation methods for various scenarios, with step-by-step demonstrations of operation details. For plant identification, it displays the plant's name, classification, and growth habits, along with the prompt: "Wild protected plants must not be picked or damaged without authorization. For medicinal use, please consult a doctor before taking them. Do not take them on your own." For rock / mineral identification, it displays the rock type and common components, along with the prompt: "Mineral resources belong to the state and are prohibited from being mined, excavated, or sold without authorization." For historical site / architectural component identification, it displays the corresponding historical period reference and architectural style information, along with the prompt: "Cultural relics are strictly protected by national laws. Unauthorized excavation and damage are prohibited. If you discover suspected cultural relics, please report them to the local cultural relics department immediately." All object information identified, user-selected operation methods, and learned skills are synchronously encrypted and updated to a unified memory database. When users encounter similar needs in the future, the system will prioritize pushing previously selected solutions to them. Step 3: End-to-end memory synchronization and adaptive optimization All interactive data and user feedback are synchronously encrypted and updated to the user's exclusive unified memory bank. This continuously optimizes the user's personalized profile and AR smart companion capabilities, making subsequent interactions and services increasingly aligned with the user's habits and needs, achieving a companion-style experience that "understands the user better the more it is used." All functions of this invention strictly comply with the requirements of relevant laws and regulations such as the Civil Code of the People's Republic of China, the Personal Information Protection Law of the People's Republic of China, the Cultural Relics Protection Law of the People's Republic of China, the Mineral Resources Law of the People's Republic of China, the Drug Administration Law of the People's Republic of China, and the Basic Medical and Health Care and Health Promotion Law of the People's Republic of China. Beneficial effects The beneficial effects of this invention are as follows: 1. It fills the gap in the market for a full-scenario AR companionship solution for the general public, covering all the core needs of ordinary people's daily lives. It is fundamentally different from AR glasses designed for professional scenarios and has strong competitiveness in the mass market. 2. It pioneered a growth-type multi-personality AR intelligent companion architecture, realizing anthropomorphic lifelong companion interaction, upgrading AR glasses from a "tool" to a "lifelong partner for users", and building the highest-level product barrier in the industry; 3. Full voice interaction, no complicated operation required, zero learning cost, all functions can be turned off with one click, adapting to the high-frequency usage habits of ordinary office workers and the general public, greatly reducing the threshold for using AR glasses; 4. The addition of intelligent fitness coach and TCM basic status reminder functions fills the gap in public health management scenarios. All health-related functions strictly comply with medical compliance requirements, which not only meets user needs but also completely avoids legal risks. 5. Deeply integrated with the underlying unified memory system, it achieves full-function memory interoperability, provides a personalized and coherent companion experience, and forms a complete patent protection network with the first invention patent, building a product barrier that cannot be copied. 6. By adopting a user-controllable privacy protection mechanism, all privacy infringement risks are completely avoided, and the entire process complies with relevant laws and regulations, ensuring that the patent can pass the examination smoothly and be granted. Detailed Implementation The present invention will be further described in detail below with reference to specific embodiments. The complete daily, all-scenario usage process based on this method, when a user wears AR glasses, is as follows: Upon first use, the system clearly informs users of the scope and purpose of data collection. Users can choose to enable functions such as health data collection and location data collection, and set emergency contacts and preferred companion personalities. At 7 a.m., the AR smart companion reminds the user to get up in a gentle tone according to the user's preference. At the same time, it retrieves historical data from the unified memory bank and broadcasts the weather, clothing suggestions, schedule and to-do items for the day. It also prompts: "According to your sleep data, your sleep quality was average last night. It is recommended to drink more warm water today and take a proper nap at noon." On the way to work, when a user says "navigate to the company", the glasses automatically retrieve frequently used company addresses from the memory bank and generate the optimal AR real-time navigation route, without having to take out the phone or operate it manually. If the user says "find a nearby convenience store", the system will combine user habits to prioritize recommending brand convenience stores along the way and update the navigation route in real time. When working, the glasses will automatically remind the user to get up and move around after sitting for 40 minutes, and will remind the user to drink water and take medicine at preset times, without the need for the user to repeatedly set it in advance. During lunch break, when a user says "start stretching," the system switches to fitness coach mode and follows AR guidance for 15 minutes of office stretching exercises. The system corrects the user's posture in real time, records exercise data, and updates it to the memory bank simultaneously. On the way home from get off work, if a user walks on a secluded road at night, the glasses will detect that someone is following them for a long time and issue a discreet warning that only the user can hear. At the same time, the option to "trigger emergency help" will be discreetly displayed in the user's field of vision. When users return home in the evening, they confide their work stress and life anxieties to the intelligent companion. The system automatically switches to the "emotional best friend mode," patiently listens, identifies the user's emotional state, and, based on the user's past needs and experiences, provides empathetic emotional guidance and practical solutions. After dinner, the user said, "Help me organize my thoughts for today's work." The smart companion automatically organized the fragmented work items mentioned by the user during the day into a structured to-do list and priority order, making it easier for the user to start work the next day. On the weekend, a user was at home when their washing machine malfunctioned and wouldn't work. The user gave the voice command, "Teach me how to fix this washing machine." The AR glasses automatically scanned and identified the washing machine's model and the faulty part, displaying a step-by-step AR guide on the lens to disassemble, troubleshoot, and repair the machine. The system also provided a voice explanation of the operating steps and safety precautions, allowing the user to complete the repair by following the instructions. When users go hiking in the suburbs on the weekend and see unfamiliar wild plants, they can issue a voice command to "identify this plant." The AR glasses will quickly identify the plant and display its name, classification, and growth habits within the user's field of vision, while simultaneously prompting compliance requirements. When setting up a tent, if a user needs to secure the rope but doesn't know how to tie a load-bearing knot, they can issue a voice command to "teach me how to tie a load-bearing knot." The glasses will then demonstrate how to tie the knot step by step in the AR display, while simultaneously providing voice explanations of the key points. Before bed, users explain their weight loss and career advancement goals to the intelligent companion. The system automatically retrieves the user's body data, lifestyle habits, occupational information, and medical history from the memory bank to generate three differentiated life planning schemes and fitness plans for the user to choose from. After the user selects a scheme, the system generates the next day's execution tasks and reminders according to the scheme and updates them to the unified memory bank simultaneously. Users can control the system at any time with a single click using voice commands to "turn off all reminders," "delete today's memories," and "turn off the TCM function," ensuring autonomy and comfort in use. Attached Figure Description Figure 1 This is a flowchart illustrating the overall implementation of this method; Figure 2 Generate execution flowcharts for personalized life planning and fitness programs; Figure 3 Workflow diagram for a growth-oriented, multi-personality AR intelligent companion.

Claims

1. A general user-oriented AR intelligent companion full-scene interaction implementation method, characterized in that, The AR intelligent companion unified memory system based on multimodal fusion as described in any one of claims 1-6 includes the following steps: Step 1: User Authorization and Basic Data Collection. The system clearly informs users of the scope and purpose of data collection. Users can choose to enable / disable the corresponding collection function. The system obtains basic user information through voice interaction, manual input, and AR glasses front-end collection. All information is encrypted on the device side and stored in the user's exclusive unified memory bank. Users have complete control, viewing rights, and deletion rights. Step 2: Full-scene function adaptation and execution. Based on user basic data and a unified memory bank, it provides users with scene backtracking and positioning navigation functions based on AR environment scanning, intelligent generation and execution guidance functions for personalized life planning, growth-oriented multi-personality AR intelligent companion functions, AR glasses concealed safety warning and silent emergency help functions, AR life-oriented intelligent assistance and hands-free interaction functions for daily life, and real-scene object intelligent recognition and AR real-time assisted teaching functions. All functions support hands-free voice triggering. Step 3: Full-process memory synchronization and adaptive optimization. All interactive data and user feedback from all functions are synchronously and encryptedly updated to the user's exclusive unified memory bank to continuously optimize the user's exclusive profile and AR smart companion capabilities.

2. The method of claim 1, wherein, The scene backtracking and positioning navigation function based on AR environment scanning includes: After the user triggers the scene recording command by voice, the AR glasses automatically scan the surrounding environment, capture images of landmark scenes / buildings, and simultaneously bind GPS coordinates, geographical location tags, and time information, and encrypt and store them in the scene trajectory library. Users can retrieve historically stored scene information by using fuzzy descriptions, keywords, time, and location. After the system matches the corresponding information, it will provide feedback to the user for confirmation. Once the user confirms, it will automatically generate an AR real-time navigation route. Users can use voice to mark their personal items, and the AR glasses record the last scene and location of the items. When leaving home, the glasses will automatically detect and remind users if they have forgotten any items. When users search for items, the glasses will mark the location of the items in the AR field of view. The item location records only retain data from the most recent 7 days and will be automatically deleted after they expire.

3. The method of claim 1, wherein, The personalized life planning intelligent generation and execution guidance function includes: The system retrieves users' physical data, education, lifestyle habits, growth goals, past performance records and medical history from a unified memory bank, and automatically generates three differentiated and feasible planning schemes: a six-month aggressive version, a one-year moderate version, and a two- to three-year gradual version. Each plan is detailed down to daily and hourly actionable tasks, including dietary recommendations tailored to the user's physical condition, exercise guidance, and skills enhancement and work planning solutions adapted to the user's profession. AR virtual simulation is used to show users the changes in different stages after the plan is executed. After the user selects a plan, the system provides real-time reminders, execution monitoring, and progress review according to the execution rhythm. At the same time, the system adaptively optimizes and adjusts the plan based on the user's execution status and feedback.

4. The method of claim 3, wherein, The personalized life planning intelligent generation and execution guidance function also includes an intelligent fitness coach sub-unit, specifically implemented as follows: Based on the user's physical data, medical history, exercise level and fitness goals, a personalized fitness plan is generated, clearly stating "This plan is only a general exercise suggestion and is not for the treatment and rehabilitation of any disease. If you have any injuries, please consult a professional doctor." The AR glasses use inertial sensors and cameras to capture the user's movement posture in real time, overlay standard movements for comparison in the AR field of view, and correct incorrect movements in real time. Record user exercise data and update it synchronously to a unified memory bank, and automatically adjust subsequent training plans based on user exercise performance; All fitness guidance is marked "This does not constitute medical advice. If you feel unwell, please stop exercising immediately and seek medical attention." 5. The method of claim 1, wherein, The growable multi-personality AR intelligent companion function includes: It supports users to customize the personality attributes of the AR smart companion. Users can select one or combine multiple attributes to create their own personalized smart companion image. Based on a unified memory bank, it achieves long-term contextual memory and coherent dialogue capabilities, enabling human-like casual conversation, emotional interaction, daily rants, and fun interactions. It will proactively care about the user's status, proactively remind users of important matters, and proactively initiate lighthearted topics. Users' fragmented thoughts, emotional distress, life plans, and work ideas can be summarized and broken down into structured content; The role mode can be automatically switched according to the interaction scenario, or users can switch manually via voice commands. All interactive behaviors, user feedback, preference changes, and life stage transitions are stored in a unified memory bank in real time, and the personality, expression mode, and suggestion style of the intelligent companion are continuously iterated and optimized with long-term user use. Provides lightweight, high-frequency care based on user habits and real-time status, automatically remembers users' dietary restrictions, preferences, allergies, routines, and important anniversaries, and provides advance reminders and thoughtful suggestions; supports voice command "turn off proactive care" to turn off proactive interaction function with one click.

6. The method of claim 1, wherein, The AR glasses' covert safety warning and silent emergency assistance functions include: Through the sensors of AR glasses, real-time analysis of environmental images, and geolocation recognition, high-risk scenarios such as remote road sections, walking alone at night, abnormal tailing, and dangerous conflicts are identified, and a covert voice warning that can only be heard by the user is issued. Users can trigger the emergency help process through preset silent voice commands without manual operation; Once an emergency call is triggered, the system automatically pushes the user's real-time GPS coordinates, on-site environmental images, and audio recordings to the user's pre-set emergency contacts and the police, all while remaining completely covert. It supports sharing a temporary location with family members after user authorization, and provides an automatic voice reminder when the other party arrives safely. The safety alert function is off by default. Users need to manually enable it and set up emergency contacts. It can also be turned off with a single voice command, "Turn off safety alert".

7. The method of claim 1, wherein, The AR-based smart assistance and hands-free interaction functions for everyday life include: It supports users to customize reminders for schedules, health, and daily life matters, and provides seamless reminders at the appointed time through lightweight AR pop-ups and voice broadcasts. Receive users’ real-time life requests, quickly retrieve corresponding information, and push personalized results based on users’ habits and preferences in a unified memory bank; It enables hands-free, real-time AR navigation, requiring no user interaction with their mobile phone throughout the entire process; It supports users to input their shopping needs via voice, and automatically generates AR route guidance to the corresponding shelves after entering the supermarket. Once an item is purchased, it is automatically crossed off. Scan the dates on food, medicine, and skin care product packaging, automatically record the opening date and shelf life, and remind users to use or replace them 3-7 days in advance. Scan the product barcode / price tag to automatically compare prices in nearby supermarkets and online platforms, and display the best purchase channel and discount information in the AR view.

8. The method of claim 7, wherein, The AR-based smart assistance and hands-free interaction functions for daily life also include a TCM basic status reminder sub-unit, which is specifically implemented as follows: The AR glasses' camera collects the user's facial complexion and tongue features, and combines this with heart rate, blood oxygen, and body temperature data obtained from physiological monitoring sensors. Based on publicly available TCM basic theories, the system provides prompts regarding the user's basic living conditions. The content of the tips is strictly limited to lifestyle advice, and any statements involving disease diagnosis, treatment, or efficacy are absolutely prohibited. The system will permanently display the following message: "This feature only provides lifestyle suggestions based on publicly available TCM basic theories and does not constitute any medical diagnosis, treatment advice or prescription. If you feel unwell, please go to a regular medical institution for treatment in a timely manner and follow the doctor's advice." All health data is encrypted and stored on the device, and can only be viewed by the user. It is not uploaded to any cloud server. The function can be turned off with one click by the voice command "Turn off TCM reminder".

9. The method of claim 1, wherein, The intelligent recognition of real-world objects and real-time AR-assisted teaching functions include: Users can actively trigger the function through voice commands. The AR glasses' camera automatically captures the current real-world scene, locks onto the target object, and extracts the object's appearance, model, and feature information. When the camera is turned on, a high-brightness LED indicator and sound prompt are triggered simultaneously. The system will match and identify the extracted object features with publicly available and compliant databases, and at the same time retrieve the user's past similar operation records and habit preferences from the unified memory to match the corresponding solutions. For different scenarios such as home appliance / item repair, life skills learning, plant identification, rock / mineral identification, and historical site / building component identification, corresponding AR guidance and basic information are provided, and mandatory compliance prompts are set up simultaneously; The object information identified, the operation method selected by the user, and the skills learned are all synchronously encrypted and updated to a unified memory. When the user encounters a similar need in the future, the solution previously selected by the user will be pushed to them first.

10. The method of claim 9, wherein, The mandatory compliance guidelines for the intelligent recognition of real-world objects and AR-assisted teaching functions include: Plant identification scenario prompt: "Wild protected plants must not be picked or damaged without authorization. For medicinal use, please be sure to follow your doctor's advice and do not take them on your own." Rock / mineral identification scenario prompt: "Mineral resources belong to the state. Unauthorized mining, excavation, and trading are prohibited. Protect the geological environment and mineral resources." The prompt for identifying historical sites / architectural components reads: "Cultural relics are strictly protected by national laws. Unauthorized excavation, damage, or removal is prohibited. If you discover any suspected cultural relics, please report them to the local cultural relics department in a timely manner."

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