Omnibearing intelligent old-age care service system

Abstract

The invention discloses an all-dimensional intelligent old-age care service system, which comprises a digital person application management function used for generating a digital simulation person through pictures or videos by utilizing an AI virtual image technology and combining voice recognition, semantic understanding, voice synthesis and virtual image driving, the digital anthropomorphic dummy has the functions of providing topics according to user interests, learning user preferences to adjust dialogue styles, identifying user emotional states and chatting with users. According to the invention, a digital human application management function, an intelligent equipment application function, a daily operation management function and a robot application management function are integrated together to realize deep interconnection, so that not only can emergencies be handled, but also a new intelligent old-age care mode of prediction-prevention-active service can be realized; and the technology really serves the dignity and life quality of the old people.

Description

Technical Field

[0001] This invention relates to the field of elderly care service technology, and more specifically, to a comprehensive intelligent elderly care service system. Background Technology

[0002] With declining birth rates and increasing life expectancy, China has entered an aging society. Coupled with children's inability to live with their elderly parents due to work and other commitments, the daily care and monitoring of the elderly has become a pressing social problem. Traditional methods, such as installing cameras to monitor daily life, purchasing blood pressure and blood sugar monitors, and adding electronic devices like tape recorders and televisions to alleviate loneliness, only address partial needs. These methods fail to provide comprehensive and meticulous monitoring of various aspects of life, including water, electricity, gas, daily living, diet, and entertainment. Furthermore, the information obtained cannot be shared with relevant parties, thus failing to solve the various practical problems that arise.

[0003] In response to the above problems, how to intelligently monitor the daily life of the elderly and achieve comprehensive life management has become an urgent technical issue that needs to be addressed. Summary of the Invention

[0004] In view of the above-mentioned technical problems in related technologies, the present invention proposes a comprehensive intelligent elderly care service system that can overcome the above-mentioned shortcomings of the prior art.

[0005] To achieve the above-mentioned technical objectives, the technical solution of the present invention is implemented as follows: A comprehensive intelligent elderly care service system, comprising: The digital human application management function is used to generate digital avatars from pictures or videos by using AI virtual avatar technology, combined with speech recognition, semantic understanding, speech synthesis, and virtual avatar driving. The digital avatars have the functions of providing topics based on user interests, learning user preferences to adjust the dialogue style, and recognizing the user's emotional state and chatting with the user. Smart device application functions: used to connect various smart devices and collect the daily usage status of each smart device, and promptly notify the user's emergency contact when an anomaly is detected; smart device application functions include a smart voice assistant that uses its vast knowledge base and reasoning ability to understand the user's speech and answer the user's questions with emotion, while intelligently pushing content based on the user's description or instructions; each smart device sends data to the cloud architecture server through the Internet of Things. The daily operation and management functions include a smart system, which is used to realize dietary management and online medical treatment functions; the dietary management function is used to provide users with food preparation plans according to their needs, facilitate communication and interaction on food preferences, and provide food ordering services. Robot application management functions are used to help users complete tasks in their daily lives and provide social interaction, safety and health monitoring, personalized care and medical assistance.

[0006] Furthermore, the digital simulator incorporates AI intelligence and holographic projection technology, and is displayed on mobile apps, televisions, or large-screen all-in-one machines.

[0007] Furthermore, the smart devices include smart locks, cameras, gas and water detectors, smart bracelets, smartphones, smart blood pressure monitors, smart electrocardiographs, smart blood glucose meters, smart pillboxes, smart desk lamps, smart toilets, smart beds, smart hearing aids, smart glasses, as well as wireless pull-cord SOS call devices, smart watches, smart canes, weight scales, body fat scales, infrared thermometers, network set-top boxes, infrared sensors, and integrated health check-up machines.

[0008] Furthermore, daily operation and management functions also include intelligent systems. Furthermore, the online medical treatment function is used to connect the user to the hospital's online platform and conduct a video call with the assigned doctor when the user wants to seek medical treatment. The doctor can quickly obtain the user's health record through the intelligent system during diagnosis.

[0009] Furthermore, the cloud architecture server sends data to the service center and operation center backend, sub-operation center backend, service provider backend, and government supervision backend via the Internet, and connects to the civil affairs data interface, hospital HIS interface, and other third-party interfaces through interface middleware. Real-time data is then sent to elderly apps, children's apps, service provider apps, volunteer apps, medical apps, and WeChat mini-programs via the mobile Internet.

[0010] The beneficial effects of this invention are as follows: By integrating digital human application management functions, smart device application functions, daily operation management functions, and robot application management functions into one, this invention achieves deep interconnection, which can not only handle emergency events, but also realize a new smart elderly care model of prediction-prevention-proactive service, so that technology can truly serve the dignity and quality of life of the elderly. Attached Figure Description

[0011] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0012] Figure 1 This is a structural schematic diagram of the comprehensive intelligent elderly care service system according to an embodiment of the present invention. Detailed Implementation

[0013] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. All other embodiments obtained by those skilled in the art based on the embodiments of the present invention are within the scope of protection of the present invention.

[0014] like Figure 1 As shown, a comprehensive intelligent elderly care service system according to an embodiment of the present invention includes: The digital human application management function is used to generate digital avatars from pictures or videos by using AI virtual avatar technology, combined with speech recognition, semantic understanding, speech synthesis, and virtual avatar driving. The digital avatars have the functions of providing topics based on user interests, learning user preferences to adjust the dialogue style, and recognizing the user's emotional state and chatting with the user. Smart device application functions: used to connect various smart devices and collect the daily usage status of each smart device, and promptly notify the user's emergency contact when an anomaly is detected; smart device application functions include a smart voice assistant that uses its vast knowledge base and reasoning ability to understand the user's speech and answer the user's questions with emotion, while intelligently pushing content based on the user's description or instructions; each smart device sends data to the cloud architecture server through the Internet of Things. The daily operation and management functions include a smart system, which is used to realize dietary management and online medical treatment functions; the dietary management function is used to provide users with food preparation plans according to their needs, facilitate communication and interaction on food preferences, and provide food ordering services. Robot application management functions are used to help users complete tasks in their daily lives and provide social interaction, safety and health monitoring, personalized care and medical assistance.

[0015] In this embodiment, the digital humanoid is integrated with AI intelligence and holographic projection technology, and displayed on a mobile APP, TV, or large-screen all-in-one machine.

[0016] In this embodiment, the smart devices include smart locks, cameras, gas, water and electricity detectors, smart bracelets, smartphones, smart blood pressure monitors, smart electrocardiographs, smart blood glucose meters, smart pillboxes, smart desk lamps, smart toilets, smart beds, smart hearing aids, smart glasses, as well as wireless pull-cord SOS call devices, smart watches, smart canes, weight scales, body fat scales, infrared thermometers, network set-top boxes, infrared sensors, and integrated health check-up machines.

[0017] In this embodiment, the daily operation and management functions also include an intelligent system. In this embodiment, the online medical treatment function is used to connect the hospital's online platform with the assigned doctor when the user wants to seek medical treatment, and the doctor can quickly obtain the user's health record through the intelligent system during diagnosis.

[0018] In this embodiment, the cloud architecture server sends data to the service center and the backend of the operation center, the backend of the sub-operation center, the service provider backend, and the government supervision backend via the Internet, and connects to the civil affairs data interface, the hospital HIS interface and other third-party interfaces through the interface middleware. Real-time data is then sent to the elderly APP, children's APP, service provider APP, volunteer APP, medical APP and WeChat mini program via the mobile Internet.

[0019] To facilitate understanding of the above technical solutions of the present invention, the following detailed description of the above technical solutions of the present invention will be provided through specific usage methods.

[0020] In practical use, the comprehensive intelligent elderly care service system according to the present invention has a cloud architecture server as its main framework, which has sensing, thinking, and execution functions. It includes digital virtual human application functions, intelligent device application functions, robot application functions, and daily operation functions.

[0021] The digital virtual human application functions include call center seats, monitoring screens, big data analysis, and a digital virtual human management center.

[0022] Digital virtual human interconnection / Functions: Generate digital virtual avatars of relatives and friends from pictures and videos: Digital virtual humans are capable of interacting with Mandarin, multiple dialects, and multiple international languages.

[0023] AI virtual avatar technology, combined with speech recognition, semantic understanding, speech synthesis, and virtual avatar driving, is displayed on mobile apps, TVs, and other large-screen all-in-one devices, enabling the elderly to have "face-to-face" interactive communication with virtual relatives and friends.

[0024] Digital virtual avatars simulate family and friends, chatting with the elderly, reminiscing about the past, telling stories the elderly like, and other intimate interactions to alleviate loneliness and help the elderly enjoy their later years.

[0025] Digital virtual avatars provide topics based on the elderly person's interests and learn their preferences to adjust their conversational style. They recognize the user's emotional state and offer emotional guidance and comfort. Digital virtual avatars can interact with the elderly in a more intimate and personal way, like a close friend or family member, relieving interaction pressure, bringing joy, and solving the problem of loneliness and boredom in the elderly. The elderly are often characterized by their nagging and repetitive nature, which is also a source of frustration for caregivers. With digital virtual avatars, they can chat, entertain, and play games with the elderly anytime, anywhere without getting bored. Moreover, digital avatars possess a wider range of knowledge and topics, covering a wider range of subjects from all over the world and from ancient times to the present, than human avatars.

[0026] Digital virtual humans, combined with AI intelligence and holographic projection technology, create three-dimensional intelligent images.

[0027] The 3D smart image simulates a projection of a spouse / friend / family member, allowing the user to answer the elderly person's questions (about everyday matters) and accompany them while watching movies / playing games / reading / listening to audio.

[0028] The 3D intelligent image simulates a friend's projection, providing visual exercise guidance and communication, and systematically adjusting the elderly's physical condition.

[0029] Holographic projection technology enables the coexistence of distant scenes.

[0030] Using augmented reality technology to project onto the scene, people can experience the atmosphere of family together.

[0031] Using augmented reality technology to simulate the scene, everyone can project themselves onto the scene (working out / dancing / singing, etc.).

[0032] The smart devices used in this context, namely smart elderly care terminal equipment, include smart voice call assistants, smart locks, cameras, gas, water, and electricity detectors, smart bracelets, smartphones, smart blood pressure monitors, smart electrocardiographs, smart blood glucose meters, smart pillboxes, smart desk lamps, smart toilets, smart beds, smart hearing aids, smart glasses, and smart robots. They also include wireless pull-cord SOS call devices, smartwatches, smart canes, weighing scales, body fat scales, infrared thermometers, network set-top boxes, infrared sensors, and integrated health checkup machines.

[0033] The intelligent voice call assistant has the following functions: The intelligent system utilizes its vast knowledge base and reasoning ability to understand the elderly and provide emotional responses to their various questions.

[0034] The smart system can push movies, local entertainment films, opera films, news, and educational films about historical figures based on the descriptions or instructions of the elderly.

[0035] The intelligent system can provide seniors with various levels of reference information and learning guidance based on their needs and preferences.

[0036] The smart lock has the following functions: remote control and monitoring of access control for the elderly, password management, activity recording, virtual key, alarm function, intelligent linkage, etc.

[0037] 1. Supervise, identify, and record the identity of visitors entering the household, and notify the guardian immediately to confirm and allow them to enter.

[0038] 2. Smart locks can record unlocking information and upload it to the system, which can help caregivers check the elderly person's entry and exit at any time and detect abnormalities in a timely manner.

[0039] 3. Smart locks can generate virtual keys, which can be used to temporarily authorize others to enter via mobile phone, making it convenient for caregivers or relatives to manage access.

[0040] 4. If there are too many incorrect attempts to unlock the door or abnormal unlocking, the smart system will issue an alarm (by phone / SMS / APP) to remind family members or caregivers.

[0041] 5. Smart locks can be linked with smart devices such as mobile phones, watches, and smart screens. (For features like door lock video intercom / anomaly detection) The cameras provide multimodal monitoring of the elderly person's mealtimes, food contents, water intake, facial expressions, body language, visits from strangers, caregiver's attention and any unusual movements, falls, etc. They also automatically detect fire safety hazards, such as smoke, fire, and flooding.

[0042] 1. Monitor the elderly person's daily medication, meals, daily activities, and physical examinations, and identify any abnormal changes in the elderly person, issuing reminders or warnings to the elderly person or their guardian.

[0043] 2. If an elderly person falls, experiences abnormal prolonged lying down, notices unusual smoke in the kitchen, or a fire, they should report it to their guardian or property management.

[0044] 3. If no response is received from the elderly: check the smart system / emergency rescue or go to the destination to confirm the safety status.

[0045] 4. The system automatically saves pictures of each meal and generates a weekly real-time diet chart, which is sent to family members or caregivers for review. This allows for assessment of whether the elderly person's nutritional needs are being met, and adjustments can be made accordingly.

[0046] The gas, water, and electricity detector can automatically identify abnormal phenomena such as natural gas / liquefied petroleum gas (LPG) leaks and water leaks. When the intelligent system detects an anomaly—if the concentration exceeds a set value—it will issue an alarm (via phone / SMS / APP) to remind family members or caregivers to pay attention to the elderly person's safety. If the detector senses water, it will also issue an alarm (via phone / SMS / APP) to remind family members or caregivers to pay attention to the elderly person's safety. If there is no response from the elderly person, the system can be used for inspection / emergency rescue or the personnel can travel to the destination to confirm the safety status.

[0047] The smart bracelet can monitor the elderly person's steps and time, enable video calls, detect falls, and provide precise location tracking. If the system detects an anomaly (such as steps and time exceeding set limits, or data indicating a fall), it will issue an alarm and lock the location information (via phone / SMS / APP) to notify family members or caregivers for remote safety verification via video / voice. If no response is received from the elderly person, the system will connect to a hospital for rapid transport with the consent of family members or caregivers.

[0048] The smartphone's functions include: If an elderly person wants to go somewhere, they can use voice commands to communicate, and the smart system will plan a route and update real-time traffic information based on their location to facilitate convenient travel. If an elderly person experiences sudden illness while on the road, they can use the phone to make a one-click call, directly connecting to an emergency contact to resolve the situation. If an elderly person wants to participate in nearby recreational activities, they can use the voice-activated smart system (Nearby Activities) to receive recommendations for resources and activities in the surrounding community, allowing them to choose where to go.

[0049] The smart blood pressure monitor uses a smart system to issue voice reminders to the elderly to take their blood pressure at a set time each day. If no blood pressure data is detected within the set time, the system (via the app) prompts family members or caregivers to remind the elderly to take their blood pressure. Accurate blood pressure measurements from the professional medical device are uploaded to the smart system, which automatically issues alerts (via phone / SMS / app) to family members or caregivers to promptly control blood pressure levels if they are too high or too low. Big data is shared with doctors or health management teams for remote monitoring and treatment. The system generates weekly data reports.

[0050] The intelligent ECG monitor prevents various heart diseases, including paroxysmal or asymptomatic ones (palpitations, shortness of breath, chest tightness, dizziness, atrial fibrillation, premature beats, lethargy, fatigue, excessive sweating, rapid breathing, etc.). Through precise measurement data from the professional medical ECG device, the system uploads the data to a smart system to identify heart rate and rhythm. Upon detecting arrhythmias, the system automatically issues alerts (by phone / SMS / APP) to remind family members or caregivers to take timely measures or seek medical assistance. Big data is shared with doctors or health management teams for remote monitoring and diagnosis. The system generates weekly data reports.

[0051] The intelligent blood glucose meter is designed to prevent cardiovascular and metabolic health issues. It uses a professional medical device to accurately measure blood glucose data, which is then uploaded to a smart system to identify factors causing blood glucose fluctuations and improve blood sugar control efficiency. Abnormal readings automatically trigger alerts (by phone, SMS, or app) to remind family members or caregivers to take timely action or seek medical assistance. Big data is shared with doctors or health management teams for remote monitoring and treatment. The system generates weekly data reports.

[0052] If the smart pillbox detects that an elderly person has not taken their medication on time, the system will issue a voice reminder. When the elderly person takes their medication, the system will automatically dispense a single dose. If a missed dose is detected, an alarm (by phone / SMS / APP) will be issued to remind family members or caregivers to check. When the remaining medication is low, an alarm (by phone / SMS / APP) will be issued to remind family members or caregivers to add more medication. The smart system provides a weekly medication report, including information on the elderly person, medication date, medication type, medication name, and quantity.

[0053] The smart desk lamp can monitor the elderly person's sleep / wake-up times, temporary respiratory arrest, frequent nighttime urination, and cardiovascular emergencies, etc. It offers one-button emergency assistance, two-way communication, voice-activated lighting, and more. The system has detected an anomaly: (If sleep duration is within the normal range, but sleep duration is abnormal for several consecutive days, the elderly person does not enter deep sleep or has short sleep duration, frequently changes position, experiences brief respiratory arrest, frequent urination, heart rate fluctuations exceeding the set value, etc.) The system will issue an alarm (by phone / SMS / APP) to remind family members or caregivers to conduct remote safety confirmation via video / voice. If no response is received from the elderly person: with the consent of family members or caregivers, the system will quickly connect to the hospital to share sleep data with doctors or health management teams for remote diagnosis and treatment and health advice.

[0054] The smart toilet dynamically monitors the elderly person's bowel movements, urination, and urine test data. When the system detects abnormalities (such as the elderly person not defecating, urinating less frequently than the set threshold, or defecating and urinating more frequently than the set threshold, urine color showing hematuria, dark yellow urine, foamy urine, etc., or urine data exceeding set values), the system issues an alarm (by phone / SMS / APP) to remind family members or caregivers to check on the elderly person's condition. Physiological data is shared with doctors or health management teams for remote diagnosis and health advice. The system generates weekly data reports.

[0055] The smart bed can be adjusted in terms of rotation, height, and angle according to the needs and health conditions of the elderly. Remote monitoring: Children can remotely control the bed to help provide a more comfortable sleeping experience for their elderly parents, assist them in getting up comfortably, etc.

[0056] The smart hearing aid helps seniors clearly hear sounds from phone calls, video calls, face-to-face conversations, and the outside world while traveling. The wearable device also features synchronized text translation with the phone: the heard sounds can be simultaneously translated into text and displayed on the phone, allowing for more effective understanding of the audio content.

[0057] The augmented reality technology in these smart glasses allows seniors to try on clothes in virtual fitting rooms or test products in virtual spaces. This is very helpful for seniors to avoid frequent trips to physical stores. Since seniors often struggle with mobile phone navigation, the smart glasses present virtual directions and provide real-time navigation guidance, preventing them from getting lost or going in the wrong direction.

[0058] When an elderly person feels unwell and needs to see a doctor, the smart system connects to the hospital's online platform, allowing them to have a video call with a doctor assigned to them via their mobile phone. (Diagnosis / prescription / payment / delivery, etc.) The smart system manages the elderly person's electronic health record, recording medical history, drug allergies, surgical records, etc., facilitating quick information retrieval for doctors during diagnosis. If an elderly person requires emergency medical assistance, the smart system automatically alerts family members or caregivers (by phone / SMS / APP), and upon their consent, connects to the hospital for rapid dispatch. When an elderly person feels unwell, they can use voice commands to consult and answer questions about their condition and medications through the smart device.

[0059] When an elderly person wants something, they can express their needs via voice to a mobile phone, robot, or digital virtual persona. The smart system will then plan and search for products, automatically filtering suitable options for the elderly to choose from and place an order. The smart system also uses facial or fingerprint recognition for payment, reducing the need for seniors to enter passwords or perform other cumbersome steps. When shopping outside (to learn about product information, calculate prices, get purchase suggestions, etc.), seniors can ask questions via voice on their mobile phone, and the smart system will automatically calculate and answer their questions.

[0060] Seniors can easily chat with family and friends using a large image and text design with voice prompts. A simple tap on the profile picture automatically initiates a video call, voice call, or phone call. Services include outdoor weather forecasts or real-time updates; information on community events, market activities, and social media updates; and short video interactions via social media platforms. This helps alleviate loneliness among the elderly. Clicking the Puan Smart Butler icon (and hearing the name announced) allows users to book telephone services.

[0061] Children can use their mobile phones (smart system service options) to help their elderly parents with daily tasks, making them feel the warmth and support of their family. For example, if an elderly person has difficulty bathing, is unable to cook due to illness, needs care after an injury, wants to go for a walk, shop, go to the hospital, has worries, is in a bad mood, or is restless at home, etc., they can request relevant services through the smart system, which will then dispatch professional staff to provide personalized care.

[0062] The intelligent system monitors indoor air quality indicators in real time, using high-energy positive and negative ions to decompose and filter particulate matter, bacteria, odors, and formaldehyde from the air, creating fresh air rich in negative oxygen ions. The purifier features intelligent adjustment, automatically adjusting its operating mode and fan speed based on sensor readings for better air purification. Through the intelligent system, children or caregivers can remotely control the air purifier's on / off status and operating mode for convenient real-time monitoring. The system generates weekly data reports.

[0063] Smart Butler Diet Management: 1. The system provides elderly people with food preparation plans and facilitates communication and interaction regarding their food preferences based on their needs; 2. If an elderly person wants to eat a certain dish, or if it is inconvenient for them to buy groceries but they want to cook for themselves, etc.: The elderly person can call the smart housekeeper through their mobile phone to order the food / ingredients they want via voice, and after payment, the food will be delivered to their door within a specified time.

[0064] 3. The elderly person's food nutrition intake, eating habits, etc. Computer vision will store a week's worth of dietary images for observers to review.

[0065] 4. Due to illness, the elderly person's physical condition is limited, and the caregiver needs to feed the elderly person according to the diet plan. Computer vision can store food images and whether the caregiver used the correct method when feeding the elderly person, which can be checked by the observer.

[0066] 5. Does the elderly absorb the food they eat? The intelligent system analyzes the elderly's absorption status based on the weight and body fat data provided by the weighing scale / body fat scale.

[0067] 6. Based on the elderly's health status, taste preferences, and eating habits, the intelligent system can provide personalized nutritional advice to help the elderly develop a diet plan that suits them.

[0068] The small, portable following robot monitors the elderly person's posture and movements using cameras and sensors as they navigate complex indoor and outdoor environments. If it detects any signs of a fall, it quickly issues an alarm and notifies family members or medical personnel. The robot patrols daily, detecting safety hazards in the home environment such as leaks, gas leaks, and smoke, issuing timely alerts and reminding the elderly to take appropriate measures to ensure their safety. Intelligent reminders help the elderly take medication, eat, wake up, and go to bed on time. The robot can also converse with the elderly, chatting, providing companionship, answering questions, telling stories, jokes, and playing music—all functions of a digital virtual human—to alleviate loneliness.

[0069] With features such as cloning digital family members and enabling two-way video calls with children, the robot can maintain close contact with the elderly, allowing them to feel the companionship and care of their families. When an elderly person encounters an emergency, such as feeling unwell or facing danger, they can simply press a button, and the robot will automatically contact pre-set emergency contacts, such as family members, neighbors, or medical personnel, to seek timely assistance. The intelligent robots assist seniors with daily tasks such as reminding them to take medication, measuring blood pressure, and monitoring blood sugar levels. They can also help with housework, shopping, and cooking, reducing their workload. Social interaction: The robots can act as companions, chatting, telling stories, and playing games with seniors to alleviate loneliness. They provide video calling functionality, allowing seniors to stay connected with family and friends and enhancing social interaction. Safety and health monitoring: The robots can detect abnormalities in seniors and promptly send alerts to family members or medical staff via their intelligent system. Personalized care: The robots can provide personalized care services based on the senior's preferences and needs. Medical assistance: The robots can help seniors manage medical information, remind them of follow-up appointments, assist with doctor's appointments, and also provide health consultation services.

[0070] Healthcare service connection Connect with healthcare services, including basic physical examinations, chronic disease management, and rehabilitation guidance, to ensure that the health needs of the elderly are addressed in a timely manner.

[0071] Daily care service connection It connects daily care services, covering diet management, personal hygiene, medication reminders, etc., to ensure the quality of life and safety of the elderly.

[0072] Based on the elderly person's health status, taste preferences, and eating habits, the intelligent system can provide personalized nutritional advice and help the elderly person develop a diet plan that suits them.

[0073] Home aging-friendly renovation connection Make age-friendly modifications to the home environment, such as installing handrails, non-slip floors, and emergency call systems, to adapt to the physical condition and safety needs of the elderly.

[0074] Service personnel connection Connect with professional service providers, including those providing domestic services, nursing care, first aid, communication, and more.

[0075] The intelligent elderly care terminal devices transmit data to a cloud architecture server via the Internet of Things (IoT). The cloud architecture server then transmits the data via the internet to the service center, operation center backend, branch operation center backend, service provider backend, and government regulatory backend. It also connects to civil affairs data interfaces, hospital HIS interfaces, and other third-party interfaces through interface middleware. Real-time data is then transmitted via mobile internet to elderly users' apps, children's apps, service provider apps, volunteer apps, medical apps, and WeChat mini-programs.

[0076] The cloud platform integrates multiple devices (digital humans, robots, furniture and home appliances, mobile communications, and home medical devices) for intelligent interconnection. Typical application scenarios Scenario 1: Sudden discomfort at night Data collection: The smart device detected an abnormal heart rate in the elderly person; Intelligent decision-making: The digital human immediately activates night mode, wakes up the bedroom lights to 30% brightness, directs the robot to bring the elderly person's regular medications to the bedside, and sends a Level 2 alert to the on-duty nurse station via mobile phone; Emergency Response: After the guardian / service personnel confirms the situation via video call, the system assists the guardian in sending the patient to the hospital by 120 (emergency services). The system automatically unlocks the front door and monitors physiological indicators in real time.

[0077] Scenario 2: An elderly person suddenly falls Data collection: Follow the robot to detect elderly people falling; Intelligent decision-making: The robot automatically connects with the guardian for a video call; Emergency Response: After the guardian / service personnel confirms the situation via video call, the system assists the guardian in sending the patient to the hospital by 120 (emergency services). The system automatically unlocks the front door and monitors physiological indicators in real time.

[0078] Scenario Application 3: Medication Reminder Data collection: The smart pillbox detects that the elderly person has not taken their medication and automatically reports to the system; Intelligent decision-making: The robot receives system information and voice prompts to supervise the elderly in taking their medication; Emergency response: If the elderly person does not take their medication or is missing their medication, the system will notify the guardian and provide feedback on their physical condition.

[0079] Scenario Application 4: Elderly people going out Data collection: Smart devices detected that the elderly person had left their home; Intelligent decision-making: The system communicates the travel destination to the elderly via voice, and the elderly person's smart device automatically activates its location function and provides travel plans. The guardian is then notified of the elderly person's itinerary. Emergency Response: If an elderly person deviates from the route, the system will alert them and provide a correction plan. In the event of a sudden emergency, the system will notify the guardian and provide feedback on their physical condition.

[0080] Scenario 5: The elderly want to watch a movie Data collection: Smart devices receive the elderly's needs; Intelligent decision-making: The intelligent system provides video options, and the digital human communicates with the elderly to select and play movies; Interactive: The digital human interacts with movie scenes based on the elderly person's condition.

[0081] In summary, by utilizing the above-mentioned technical solutions of this invention, this invention achieves deep interconnection by integrating digital human application management functions, intelligent device application functions, daily operation management functions, and robot application management functions. This not only enables the handling of emergencies but also realizes a new smart elderly care model of prediction, prevention, and proactive services, allowing technology to truly serve the dignity and quality of life of the elderly.

[0082] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. A comprehensive intelligent elderly care service system, characterized in that, include: The digital human application management function is used to generate digital avatars from pictures or videos by using AI virtual avatar technology, combined with speech recognition, semantic understanding, speech synthesis, and virtual avatar driving. The digital avatars have the functions of providing topics based on user interests, learning user preferences to adjust the dialogue style, and recognizing the user's emotional state and chatting with the user. Smart device application functions: used to connect various smart devices and collect the daily usage status of each smart device, and promptly notify the user's emergency contact when an anomaly is detected; The smart device application functions include a smart voice assistant that uses its vast knowledge base and reasoning ability to understand the user's speech and answer the user's questions with emotion, while intelligently pushing content based on the user's description or instructions; each smart device sends data to a cloud architecture server through the Internet of Things; The daily operation and management functions include a smart system, which is used to realize dietary management and online medical treatment functions; the dietary management function is used to provide users with food preparation plans according to their needs, facilitate communication and interaction on food preferences, and provide food ordering services. Robot application management functions are used to help users complete tasks in their daily lives and provide social interaction, safety and health monitoring, personalized care and medical assistance.

2. The comprehensive intelligent elderly care service system according to claim 1, characterized in that, The digital simulator combines AI intelligence with holographic projection technology and can be displayed on mobile apps, TVs, or large-screen all-in-one machines.

3. The comprehensive intelligent elderly care service system according to claim 1, characterized in that, The smart devices include smart locks, cameras, gas, water and electricity detectors, smart bracelets, smartphones, smart blood pressure monitors, smart electrocardiographs, smart blood glucose meters, smart pillboxes, smart desk lamps, smart toilets, smart beds, smart hearing aids, smart glasses, as well as wireless pull-cord SOS call devices, smart watches, smart canes, weight scales, body fat scales, infrared thermometers, network set-top boxes, infrared sensors, and integrated health check-up machines.

4. The comprehensive intelligent elderly care service system according to claim 1, characterized in that, Daily operations and management functions also include intelligent systems. The comprehensive intelligent elderly care service system according to claim 1 is characterized in that the online medical treatment function is used to connect the hospital's online platform and the corresponding doctor assigned by the online platform for video calls when the user wants to seek medical treatment, and the doctor can quickly obtain the user's health record through the intelligent system during diagnosis.

5. The comprehensive intelligent elderly care service system according to claim 1, characterized in that, The cloud-based server sends data to the service center, operation center backend, sub-operation center backend, service provider backend, and government regulatory backend via the Internet. It also connects to civil affairs data interfaces, hospital HIS interfaces, and other third-party interfaces via interface middleware. Real-time data is then sent to elderly apps, children's apps, service provider apps, volunteer apps, medical apps, and WeChat mini-programs via the mobile Internet.

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