Intelligent health management network system based on nutriology and health management science

Abstract

The invention relates to the technical field of health management systems, in particular to an intelligent health management network system based on nutriology and health management science, which comprises an intelligent health management system. A company headquarter management center user, a regional management center user, a health management station user, a terminal user, an applet shopping mall and APP shopping mall shop user, a shopping mall registration user, an intelligent centralized control management system and a sports bracelet are linked through the Internet. Three major diseases and dietary nutritional diseases are prevented, chronic diseases are promoted to be improved, rehabilitation health management service is achieved, and efficient informatization management, popularization and operation work in a company is completed; a balanced nutrition catering recipe is designed and calculated and supplied to restaurants, unit canteens, families, group companies, individuals and the like, and the problem that nutritional diseases are generated due to unbalanced diet nutrition is solved; the sports bracelet is linked with an applet shopping mall used by a mobile phone through Bluetooth, the daily exercise amount of a user is detected, and therefore diseases caused by insufficient exercise amount are prevented.

Description

Technical Field

[0001] The present invention relates to the technical field of health management systems, and particularly to an intelligent health management network system based on nutrition and health management science. Background Art

[0002] According to the theories and verifications of nutrition and health management science, 80 - 90% of people's diseases are related to unbalanced daily diet nutrition. Currently, in the vast majority of restaurants, food and beverage stores, unit canteens, personal and family catering, the prepared food is nutritionally unbalanced and prone to various nutritional diseases. However, the general public needs to enjoy balanced nutrition catering food to prevent diseases and promote the improvement and recovery of chronic diseases. Thus, the intelligent health management system of the present invention comes into being.

[0003] To prepare a balanced nutrition meal diet plan currently, a dietitian is required to calculate a balanced nutrition recipe manually or semi - manually based on the principles of nutrition and health management science.

[0004] To provide a balanced nutrition diet, a dietitian needs to be hired, resulting in high labor costs. The design and calculation of the balanced nutrition recipe are generally manual or semi - manual operations, with low efficiency, low accuracy, and few competent dietitians. For both the existing homogeneous groups and heterogeneous groups, even if a recipe is generated through balanced nutrition calculation, the various dishes and staple foods made according to it are eaten casually, easily leading to problems of over - nutrition and under - nutrition. In addition, even if some catering enterprises have balanced nutrition catering, there are still problems such as high individual promotion costs, insufficient manpower, material resources, and funds, and difficult promotion. Summary of the Invention

[0005] The present invention publicly provides an intelligent health management network system based on nutrition and health management science to solve the problems of low efficiency and low accuracy in preparing a balanced nutrition meal diet plan, which currently requires a dietitian to calculate a balanced nutrition recipe manually or semi - manually based on the principles of nutrition and health management science.

[0006] The technical solution of the present invention is: an intelligent health management network system based on nutrition and health management science, including an intelligent health management system, which consists of company headquarters management center users, regional management center users, health management institute users, terminal users, small program mall and APP mall store users, mall registered users, an intelligent centralized control management system, and sports bracelets. Through an Internet connection, it completes health management services for preventing three major diseases and diet - related nutritional diseases, promoting the improvement and recovery of chronic diseases, as well as efficient internal company informatization management, promotion, and operation work.

[0007] Preferably, an intelligent front - end user interface and an intelligent back - end operation system are used to realize the information transmission and control among users, information classification processing, logical calculation, and storage work.

[0008] Preferably, the intelligent front-end user interface completes the information transmission between users, classifies the information sent by users by function, and transmits it to the intelligent back-end operation system for processing.

[0009] Preferably, the intelligent data analysis system of the intelligent back-end operation system receives the function-classified information, then conducts corresponding unit classification, triggers the corresponding unit, and issues intelligent algorithm logic instructions.

[0010] Preferably, the intelligent front-end user interface of the intelligent centralized control management system realizes the information transmission and control between users, sends it to the intelligent data analysis system of the intelligent back-end operation system, then conducts corresponding unit classification, triggers the corresponding unit, and issues intelligent algorithm logic instructions.

[0011] Preferably, the intelligent algorithm logic system consists of intelligent algorithm logic instructions, AI infants, preschool personal units, adolescent and adult personal units, AI pregnant and lying-in women personal units, homogeneous population units, inhomogeneous population units, AI chronic disease personal units, AI major disease risk assessment personal units, and a database system. It completes information unit classification, calculates and designs corresponding recipes, retrieves, stores, outputs, and prints corresponding health management plans.

[0012] Preferably, within the inhomogeneous population, the present invention creatively provides the types and quantity values of foods that individuals of different ages, genders, and exercise amounts should consume, solving the problem of unbalanced nutrition recipes for the inhomogeneous population. When making group catering packages, the types and quantity values of foods consumed by individuals do not meet the requirements of balanced nutrition, easily resulting in deficiencies and surpluses of some nutritional elements and thus causing illness.

[0013] Preferably, the sports bracelet is linked to the mini-program mall used by the mobile phone via Bluetooth. By detecting the daily exercise heart rate value of the diner, for those who do not meet the standard, it is displayed in the mini-program mall to remind the diner to pay attention to meeting the daily exercise amount standard.

[0014] The beneficial effects of the present invention are as follows:

[0015] 1. Design and calculate a balanced nutrition meal diet plan for use in restaurants, unit canteens, families, group companies, individuals, etc., to solve the problem of nutritional diseases caused by unbalanced diet nutrition;

[0016] 2. Solve the problem that for the existing homogeneous and inhomogeneous populations, even if the recipes are calculated by balanced nutrition, the various dishes and staple foods made are eaten casually, easily resulting in problems of nutritional excess and deficiency;

[0017] 3. Solve the problem of promoting the improvement and recovery of chronic diseases in individuals;

[0018] 4. Solve the problem of risk assessment and prevention of diseases such as heart diseases, brain diseases, and cancers in individuals;

[0019] 5. Through health management software, network and regional chain management, design a rapid promotion marketing and operation model that can attract customers. Apply the principles of nutrition and health management to combine balanced nutrition recipes, prevention of major diseases, and promotion of the improvement and recovery of chronic diseases, and rapidly promote it across the country and the world to significantly reduce and prevent diseases.

[0020] 6. By detecting the daily exercise heart rate value of the meal orderers, for those who do not meet the standard, display it in the mini-program mall and send a WeChat notification to remind the meal orderers to pay attention to meeting the daily exercise volume standard and prevent the effects of diseases caused by insufficient exercise volume. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 Shown is an implementation schematic diagram of an intelligent health management network system of the invention based on nutrition and health management.

[0022] Figure 2 Shown is an implementation schematic diagram of the intelligent centralized control management system of an intelligent health management network system of the invention based on nutrition and health management.

[0023] Figure 3 Shown is an implementation schematic diagram of the intelligent backend operation system of an intelligent health management network system of the invention based on nutrition and health management.

[0024] Figure 4 Shown is an implementation schematic diagram of the intelligent algorithm logic system of an intelligent health management network system of the invention based on nutrition and health management.

[0025] Figure 5 Shown is an implementation schematic diagram of the bracelet monitoring of an intelligent health management network system of the invention based on nutrition and health management. DETAILED DESCRIPTION OF THE INVENTION

[0026] The present invention will be further described below in conjunction with the drawings and embodiments.

[0027] Please refer to Figures 1 - 3 , the present invention provides an intelligent health management network system based on nutrition and health management, including an intelligent health management system, which consists of company headquarters management center users, regional management center users, health management institute users, terminal users, mini-program mall and APP mall store users, mall registered users, an intelligent centralized control management system, and through an Internet connection, it completes the health management services of preventing three major diseases and diet-related nutritional diseases, promoting the improvement and recovery of chronic diseases, and the efficient internal information management, promotion and operation work of the company.

[0028] The intelligent health management system is composed of a user end and an intelligent centralized control system.

[0029] Composition of the client side: users of the company headquarters management center, users of the regional management center, users of the health management institute, end users, users of the mini-program mall and the APP mall stores, and registered users of the mall; Composition of the intelligent centralized control system: intelligent front-end user interface, intelligent back-end operation system (including intelligent data analysis system, intelligent algorithm logic instructions, intelligent algorithm logic system, database system).

[0030] As Figures 1 - 3 described: Users of the company headquarters management center, users of the regional management center, users of the health management institute, end users, and users of the mini-program mall and the APP mall merchants and mall users communicate and transmit information with the intelligent front-end user interface through the Internet; After the information sent by end users, users of the mini-program mall and the APP mall stores, and mall users is classified and processed by the intelligent front-end user interface, it triggers the intelligent data analysis system, classifies it to the corresponding business units, triggers the intelligent back-end algorithm logic instructions, performs the algorithm logic calculations of each unit, and feeds back the logic calculation results to the end users and mall users, and stores them in the respective units of the database, so as to achieve the network software information system required for intelligent health management.

[0031] The specific working principle and process of the intelligent front-end user interface are as follows:

[0032] Each user logs in to their corresponding web user interface by setting different usernames and login passwords:

[0033] The company headquarters management center links to the intelligent front-end user interface system through the Internet: authorizes and controls the usage rights of the regional centers and health management institutes; views and statistics various data such as sales and purchased products of the subordinate regional centers, health management institutes, end users, mini-program mall, and APP mall; has the functions of modifying and resetting chronic disease management plans and health service plans for infants, young children, and pregnant and lying-in women; has the function of modifying and resetting disease prevention assessment plans; issues instructions to the subordinate regional centers and receives the uploaded report information from the subordinates.

[0034] The regional management center links to the intelligent front-end user interface system through the Internet: authorizes the usage rights of the subordinate health management institutes and end users; issues the instructions of the company headquarters to the subordinate health management institutes and receives their information feedback; views the operation and sales data and statistics of the subordinate health management institutes and terminal stores; views various data and statistics such as the purchase of products by registered users of the recommended mini-program mall and APP mall; sets the types of commonly supplied foods in the region; has the function of uploading the information of end users, users of the mini-program mall, and APP mall to the intelligent health management system and the mini-program mall.

[0035] The health management center is linked to the subordinate end-users through the Internet and the intelligent front-end user interface system: convey the instructions of the company's headquarters management center to the subordinate end-users; receive the information feedback from the end-users; view the sales and operation data of this health management center, as well as the end-users under management, and various data and statistics of operation and sales; view the recommended mini-program mall and APP mall, and various data and statistics such as the purchase of products by registered users; modify the energy value and nutrient supply value of individual and group meal-orderers according to the mobile phone number and WeChat ID of the meal-orderers; regularly input and modify the names and types of local supplied foods; there are individual meal orders for pregnant and lying-in women and infants; there are scanning devices and keyboard input functions, and for the medical diagnosis books, inspection reports, physical examination reports, and health census forms scanned and input by keyboard, AI performs intelligent recognition and distribution; intelligent analysis is carried out from the database according to the pre-established classification of chronic diseases by department and disease type, and select the corresponding health management service plan for the department and disease type: including balanced nutrition recipes, nutritional supplements, rehabilitation equipment and supplies, and the use of manual massage, adjustment of exercise volume, adjustment of living rules, and psychological counseling, etc., and transmit them to the user end of the health management center, display them on the computer and output and print them to provide to the customers, and the content can be modified according to the patient census situation; for the inspection reports, physical examination reports, and health census forms of infants and pregnant and lying-in women scanned and input by keyboard, AI performs intelligent recognition and distribution, and intelligent analysis retrieves the corresponding health service plan from the corresponding database unit: including balanced nutrition recipes, nutritional supplements, use of massage techniques, adjustment of exercise volume, adjustment of living rules, and psychological counseling, etc., and transmit them to the user end of the health management center, display them on the computer and output and print them to provide to the customers, and the content can be modified according to the health census situation.

[0036] The end-users are linked to the Internet and the intelligent front-end user interface system: the end-users include: catering, restaurants, canteens, stores, collectives, sales and production companies, etc.; view the operation and sales data and statistics of this terminal store; preset the types of various catering package ingredients and the prefabricated weights of some ingredients; view the recommended mini-program mall and APP mall, and the purchase data statistics of products by registered users; the catering store receives the recipes of individual and collective catering packages ordered by mall customers through the printer and computer display, prepares the recipe products according to the recipe formula, and the meal-orderers pick them up by themselves or send them by express delivery; feedback various information to the health management center; customers pay and place orders to order different balanced nutrition meal recipes for 1 week to make by themselves, and can print and give them to the customers.

[0037] The mini-program mall (and the APP mall) is linked through the Internet and an intelligent front-end user interface system: there are various stores (with a home page and a detail page for each product, order placement, payment, and logistics information); there is a mall customer service consultation function; there is a function for merchants to use the backstage. After the merchant uploads the business qualifications and passes the review, they can upload and take down product information by themselves and use it after passing the review; there is a function for distributing merchants to share accounts; there are various publicity and advertisement columns, and a mall notice board; short video playback and user positioning functions, which can display the locations of terminal stores and health management centers near the shopper's location; there is a function to lock newly registered customers recommended by mall registered users. When the locked recommended registered customers purchase products in the mini-program and APP malls (referred to as: the mall), the recommended mall registered customers can obtain health points and exercise points, and the referrer can also obtain the same points, and the merchant can also obtain the same points. The affiliated health management center obtains the same amount of points, which can be used as cash to purchase products in the mini-program mall; there are restaurants in the mall, and a variety of catering package products are available for customers to choose from; customers order balanced nutrition catering packages: there are two cases of individual meal orders and group meal orders; Individual meal order: Just select personal information such as age, gender, weight, height, and exercise amount information. After confirmation, select a suitable catering package in a restaurant and place an order. The mall transmits it through the intelligent front-end user interface of the intelligent centralized control system to the intelligent back-end algorithm logic system and the database system. After preset balanced diet calculations and logical operations, a recipe for the ordered catering package can be generated and sent to the store where the ordered catering package is located. After the store prepares it, the customer can pick it up or have it delivered by express; Group meal order: First, select four parameters of different age groups, number of people, gender, and exercise amount respectively and confirm. The operation procedure is as follows; First, select the four parameters for teenagers and press the 《Confirm》 button to complete; Then select the four parameters for middle-aged people and press the 《Confirm》 button to complete; Then select the four parameters for the elderly and press the 《Confirm》 button to complete; For those with different age groups, genders, and exercise amounts, all four parameters need to be entered separately and confirmed. After each age group enters and confirms, press the 《Total Confirm》 button to complete; After placing an order for the selected catering package in the selected catering store, the intelligent health management system can divide the ordered group of people into a homogeneous group (the number of people ordering meals is within a certain age group) or a non-homogeneous group according to the four physical parameters of the selected group of people ordering meals, and separately use their respective calculation and operation rules to generate a collective meal recipe, send it to the ordered store for preparation, and after completion, the customer can pick it up or have it delivered, and send a list of the intake of staple and non-staple foods for people of different age groups, genders, and exercise amounts for the diners to refer to when dining.

[0038] Registration functions and workflows for users of mini-program stores (and APP stores): When an individual registers as a member, they input their age, gender, weight, and height. After the exercise volume information is confirmed and saved, if any of these parameters change, the changed value needs to be re-entered, confirmed, and saved. There is no need to input the parameters every time when ordering meals. When ordering meals on behalf of others, the age, gender, weight, and height of the meal orderer need to be input separately. After the exercise volume is confirmed, then place the order for the meal. There is no need to input the parameters every time when ordering meals. Users register through the mini-program store and APP store (abbreviation: store), select the required products from the store and place an order, and the products will be delivered by express. For store registered users who purchase balanced nutrition meal packages, when registering an account, they select the age, gender, height, weight, and exercise volume of the meal orderer (the parameters are saved in the store). After that, from the details page of the store's food and beverage store (restaurant), select the required meal package, confirm it, and then place an order to purchase. Whether store users shop in the store or buy balanced nutrition meal packages, they can all earn health and exercise points. The green points can be used to repurchase store products at a rate of 1 point equivalent to 1 yuan in cash. For newly registered users recommended by existing registered users, when shopping in the store, in addition to the newly registered users earning health and exercise points, the recommender can also earn the same amount of health and exercise points for shopping. The health management institute to which they belong will receive the same amount of points, which can be used for repurchase. Store registered users can view the health and exercise points they have earned and used for shopping, and also view the green points returned to themselves when the recommended store registered users shop in the store.

[0039] As Figure 4 described: The working principle and workflow of the intelligent back-end algorithm logic workflow are as follows:

[0040] Intelligent data analysis system:

[0041] The intelligent data analysis system receives different types of user data from the front-end user interface: data of mini-program store food and beverage categories, store product categories, store user categories, company headquarters categories, regional management center categories, health management institute categories, terminal food and beverage store categories, and store user categories. Through the AI intelligent data analysis system, it conducts classification processing, triggers corresponding algorithm logic system instructions for logical operations according to the functions described in the front-end user interface, and after logical operations, sends the data to the database system for classification processing and then to the classification unit databases for corresponding partition storage and invocation. In the database, personal daily recommended energy intake tables, protein recommended intake tables, fat recommended intake tables, mineral recommended intake tables, and vitamin recommended intake tables are stored. Based on the values of the meal orderer's age, gender, height, weight, exercise volume, physiological period, etc., the corresponding daily recommended energy intake value and daily recommended nutrient intake value are selected to serve as the basis values for calculating the recipe.

[0042] Intelligent data analysis system workflow:

[0043] The work process of an individual meal orderer placing orders for breakfast, lunch, and dinner on the mini-program mall or APP mall software:

[0044] Step 1: On the mini-program mall interface; when directly registering an account, the meal orderer selects their age, gender, weight, height, and exercise amount. After the system saves the input data, there is no need to input parameters for subsequent meal orders. This data is transmitted from the front-end user side to the data analysis system. Based on the weight and height, the body mass index of the meal orderer is calculated, and the intelligent data analysis instruction system will generate two different methods for obtaining daily intake energy; automatically select one of the methods, and the obtained daily intake energy value is used as the calculation basis for the current meal order.

[0045] Step 2: Generate the method for obtaining daily intake energy.

[0046] Instructions of the intelligent algorithm logic system:

[0047] Recommended intake energy ratio for individual meal orders:

[0048] Step 1: Preset the energy supply distribution ratios of protein, fat, and carbohydrates for an individual's daily diet;

[0049] Step 2: Preset the energy supply distribution ratios for an individual's three meals.

[0050] Working principles and work processes of each unit of the intelligent algorithm logic system:

[0051] Calculation procedures and steps for the three-meal recipes of adult individuals:

[0052] Calculation and design procedure steps for the breakfast nutrition recipe. Determine the important physical indicators of the individual meal orderer, retrieve the daily energy and protein intake values from the database, calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, select food packages, and preset the weights of some ingredients. The algorithm logic system calculates and designs the breakfast recipe, generates the meal package recipe for the orderer to place an order, and sends it to the store that makes the ordered meal package.

[0053] Calculation and design procedure steps for the lunch nutrition recipe:

[0054] Determine the important physical indicators of the individual meal orderer, retrieve the daily energy and protein intake values from the database, calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, select food packages, and preset the weights of some ingredients. The algorithm logic system calculates and designs the lunch recipe, generates the meal package recipe for the orderer to place an order, and sends it to the store that makes the ordered meal package.

[0055] Calculation and design procedure steps for the dinner nutrition recipe:

[0056] Determine the important personal physical indicators of the meal orderer, retrieve the daily energy and protein intake values from the database, calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, select a food package with some of the ingredient weights already preset, and use the algorithm logic system to calculate and design the dinner recipe, generate the catering package recipe ordered by the orderer, and send it to the store that makes the ordered catering package.

[0057] Recipe calculation procedures and steps for infants and preschoolers individual units:

[0058] Meal ordering for infants and preschoolers: For the meal orderer, the age range of (0.5, 1, 2, 3 years old) is the infant stage, and the age range of (4, 5, 6 years old) is the preschool stage (both calculated based on moderate physical activity).

[0059] Calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, select a food package with some of the ingredient weights already preset, use the algorithm logic system to calculate and design the recipe, generate the catering package recipe ordered by the orderer, and send it to the store that makes the ordered catering package.

[0060] Recipe calculation procedures and steps for adolescent individual units:

[0061] Meal ordering for adolescents: The juvenile stage: (7, 8, 9, 10, 11 years old in primary school) and the youth stage: (12 - 14 years old, 15 - 17 years old in middle school), (both calculated based on moderate physical activity);

[0062] Retrieve the corresponding daily energy and protein intake values from the database, calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, select a food package with some of the ingredient weights already preset, use the algorithm logic system to calculate and design the recipe, generate the catering package recipe ordered by the orderer, and send it to the store that makes the ordered catering package.

[0063] Recipe calculation procedures and steps for pregnant and lactating women individual units:

[0064] Meal ordering for pregnant and lactating women: Meal ordering for pregnant and lactating women is divided into the early pregnancy, mid-pregnancy, late pregnancy, and lactation stages;

[0065] First, determine the important personal physical parameters of the pregnant and lactating woman who orders the meal, retrieve the recommended nutrient intake values, calculate the energy intake values of the three major energy-providing nutrients for the meal orderer, then select a food package with some of the ingredient weights already preset, and finally use the algorithm logic system to calculate and design the recipe, generate the catering package recipe ordered by the orderer, and send it to the store that makes the ordered catering package.

[0066] Recipe calculation procedures and steps for homogeneous population units:

[0067] The age groups of meal orderers are within a certain age range: the adolescent group (12 - 14 years old, 15 - 17 years old), and the adult age groups of 18 - 29 years old, 30 - 49 years old, 50 - 64 years old, 65 - 74 years old, and over 75 years old. A group within a certain age range is regarded as a homogeneous group;

[0068] First, determine the important physical parameters of the meal - ordering population, retrieve the corresponding daily energy and protein intake values from the database, retrieve the recommended intake values of the corresponding nutrients, calculate the energy intake values of the three major energy - supplying nutrients for individuals in the homogeneous meal - ordering group, then select food packages and preset the weights of some ingredients, and finally use the algorithm logic system to calculate and design recipes, generate the catering package recipes for the orderers to place an order, and send them to the shops that make the ordered catering packages.

[0069] Calculation procedures and steps for the recipes of non - homogeneous group units:

[0070] When people in multiple age groups among the youth group (18 - 29 years old), middle - age group (30 - 49 years old, 50 - 64 years old), and elderly group (65 - 74 years old, over 75 years old) order meals together, it is a non - homogeneous group.

[0071] First, select the age group, number of people, gender, and exercise amount, retrieve the corresponding daily energy and protein intake values from the database, calculate the energy intake values of the three major energy - supplying nutrients for non - homogeneous meal - ordering individuals, complete the calculation of the non - homogeneous group recipes, calculate the recommended consumption values for individuals with different ages, genders, daily energy and protein intake values, and exercise amounts, generate the catering package recipes for the orderers to place an order, and send them to the shops that make the ordered catering packages.

[0072] AI Chronic Disease Management Personal Unit:

[0073] At the using end of health management, use a scanner to scan and a computer keyboard to enter physical examination reports, medical diagnosis certificates, pathological reports and other documents and health census forms;

[0074] Through the AI intelligent data analysis system, intelligent identification and allocation are carried out. The intelligent analysis selects the corresponding departments and diseases from the database according to the established common chronic diseases, different department classifications and disease classifications, and stores the corresponding health service plan packages (including balanced nutrition adjustment recipes (for personal use or ordering from catering stores for production), supplementary nutrition product packages, external rehabilitation equipment and supplies, and manual massage, exercise amount plans, daily life routine adjustments, and psychological counseling). At the health management institute, it is displayed and printed on the computer, provided to customers, and this health management service plan package should be stored and its content can be modified. For customers identified by the AI intelligent data analysis system as having psychological disorders, they communicate with the AI virtual digital human psychological counselor configured in the AI chronic disease management personal unit for voice communication counseling and healing, and finally output to the computer in the community health management institute for display and printing for patients and service personnel. If no corresponding health management plan is searched, it is output to the community health management institute indicating no relevant health management plan.

[0075] Prevention of major disease assessment unit:

[0076] Customers fill out the designed assessment forms and physical examination reports for three major diseases, namely heart diseases, brain diseases, and cancers. At the computer interface of the health management institute, they are entered into the front-end user interface through a scanner and transmitted to the three major disease prevention assessment modules. After effective logical operations and evaluations using AI and the preset improved Framingham stroke scale, the ischemic cardiovascular (ICVD) future 10-year risk assessment table, the China-PAR risk prediction model, and the assessment table for the risk of cancer incidence, etc., a risk value of high, medium, or low is generated and output to the computer at the health management institute, displayed to the customer and printed for the customer. For customers with medium or high risk of disease onset, according to needs, the corresponding health management plans preset in the intelligent health management database (including diet therapy recipes (which can be transmitted to catering stores for production), varieties of supplementary nutrition products, usage packages of health-promoting instruments, exercise health-promoting plans, life and psychological adjustment methods, etc.) can be retrieved and output through the computer at the community health management institute and printed for the customer.

[0077] Database system unit:

[0078] The database management system classifies the database into: headquarters management database, regional management database, health management institute database, each terminal user database, mini-program mall database, and mall user database;

[0079] The database of end-users stores various balanced nutrition catering packages or various goods of end-users, and synchronously displays them on the end-user interface in the mini-program mall for diners to purchase. It also stores the data entered when ordering meals or purchasing goods, as well as the recipes for ordered meals and the data of ordered goods.

[0080] As Figure 5 mentioned, we know that many diseases are related to insufficient exercise. Therefore, for those who order balanced nutrition recipes recommended by the mini-program mall, they can wear a sports bracelet and connect it to the mini-program mall (APP mall) used on the mobile phone via Bluetooth. According to the daily exercise heart rate value of the diner and whether it reaches the health standard, for those who do not meet the standard, it will be displayed in the mini-program mall to remind the diner to pay attention to meeting the daily exercise standard, thus preventing diseases caused by insufficient exercise.

Claims

1. An intelligent health management network system based on nutrition and health management, characterized by: It includes an intelligent health management system, which includes users of the company's headquarters management center, regional management center users, health management center users, terminal users, mini-program mall and APP mall store users, mall registered users, intelligent centralized control management system and sports bracelets. Through the Internet link, by obtaining user personal information and daily intake capacity information, the intelligent centralized control management system calculates the recommended recipes and sends them to users, completing health management services that prevent three major diseases and dietary nutritional diseases, promote the improvement and rehabilitation of chronic diseases, and promote the company's internal efficient information management promotion and operation.

2. The intelligent health management network system based on nutrition and health management according to claim 1, characterized in that: It includes an intelligent front-end user interface and an intelligent back-end computing system, which are used to realize information transmission and control of each user, information classification processing, logical calculation and storage.

3. The intelligent health management network system based on nutrition and health management according to claim 2 is characterized by: The intelligent front-end user interface completes the information transmission between users. The information sent by users is classified by function and transmitted to the intelligent back-end computing system for processing.

4. The intelligent health management network system based on nutrition and health management according to claim 3 is characterized by: The intelligent data analysis system of the intelligent back-end computing system receives the functional classification information, classifies the corresponding units, triggers the corresponding units, and generates intelligent algorithm logic instructions.

5. The intelligent health management network system based on nutrition and health management according to claim 4 is characterized by: The intelligent front-end user interface of the intelligent centralized control management system realizes the information transmission and control of each user, sends it to the intelligent data analysis system of the intelligent back-end computing system, and then classifies the corresponding units, triggers the corresponding units, and provides intelligent algorithm logic instructions.

6. The intelligent health management network system based on nutrition and health management according to claim 5 is characterized by: The intelligent algorithm logic system is composed of intelligent algorithm logic instructions, AI infants and young children, preschool personal units, adolescent and adult personal units, AI pregnant women personal units, uniform group units, non-uniform group units, AI chronic disease personal units, AI major disease risk assessment personal units and database systems. It completes the classification of information units, the corresponding recipe calculation and design, the corresponding health management plan retrieval and storage, and the output and printing.

7. The intelligent health management network system based on nutrition and health management according to claim 1 is characterized by: In a non-uniform group, the present invention creatively provides the types and quantities of food that individuals should eat according to their age, gender, and amount of exercise, thereby solving the problem of balanced nutritional recipes for non-uniform groups. If the types and quantities of food eaten by individuals in the prepared group dining packages do not meet the requirements of balanced nutrition, it is easy to cause deficiency or excess of some nutrients, thereby causing illness.

8. The intelligent health management network system based on nutrition and health management according to claim 1 is characterized by: The sports bracelet is linked to the mini-program mall used by the mobile phone via Bluetooth. It detects the daily exercise heart rate value of the orderer and displays the value in the mini-program mall for those who do not meet the standard, reminding the orderer to pay attention to the daily exercise amount standard.

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