Service system and method based on health detection function stratification and integral association

Abstract

This invention discloses a service system and method based on a hierarchical health testing function and a points-based system, relating to the fields of internet services and health management technology. The system includes a service platform server, a points management server, user clients, and a public welfare certification database. The service platform server has a basic function module (free access to vision self-testing), an advanced function management module (vision monitoring services requiring points redemption), a points association module, and a points transfer module. The method includes: providing users with free access to basic health testing functions; receiving user requests for points redemption for advanced monitoring services, verifying and deducting points to grant access; receiving user requests for points transfer, verifying the recipient's eligibility for public welfare benefits, and then executing the points transfer. This invention, through a functional hierarchical strategy, expands user coverage with free basic functions, activates the value of points by redeeming advanced functions with points, and expands social value through public welfare transfers, achieving a deep integration of health services and a points system.

Description

Technical Field

[0001] This invention relates to the fields of internet services and health management technology, and more specifically, to a system and method for enabling free access to basic health testing services and points-based redemption for advanced regulatory services through a functional tiered strategy. Background Technology

[0002] Points systems, as an important tool for maintaining user relationships, are facing the dilemma of diminishing value—users accumulate points but lack attractive scenarios for spending them, causing points to become "dormant assets." Meanwhile, user demand for health management services is growing, especially in the field of vision health, where myopia prevention has become a focus of social attention.

[0003] In existing technologies, points redemption systems mainly have the following limitations: 1. The channels for redeeming points are limited to shopping discounts or coupons, lacking a deep integration with users' health needs; 2. Health services often require users to pay separately, which is a cumbersome process and lacks integration with the platform's points system; 3. The existing points redemption scheme does not consider a tiered feature strategy, making it difficult to attract users with basic free features and deepen value with advanced paid features; 4. The lack of channels for point-based charitable donations means that users' surplus points cannot be converted into social value.

[0004] Therefore, there is an urgent need for an innovative technical solution that, through a layered functional design, makes basic health testing functions freely available to expand user coverage, deeply integrates advanced regulatory services with the points system to activate the value of points, and embeds a public welfare transfer function to expand the social value of points. Summary of the Invention

[0005] (a) Purpose of the invention This invention aims to overcome the shortcomings of existing technologies and provide a service system and method based on a hierarchical health monitoring function and a points-based system. Its core objectives are: first, to lower the barrier to user participation by making basic health monitoring functions freely available through a hierarchical strategy; second, to deeply integrate advanced regulatory services with the points system, creating high-value consumption scenarios for platform points; and third, to expand the social value of points and enhance the platform's brand image through the points-based charitable transfer function.

[0006] (II) Technical Solution To achieve the above objectives, the present invention adopts the following technical solution: A service system based on hierarchical health monitoring functions and points association, characterized in that it includes: a service platform server, a points management server, a user client, and a public welfare certification database; The service platform server includes: • Basic function module, which provides basic health detection functions to all registered users free of charge. The basic health detection functions include vision self-testing through the user's client camera, recording of test results and visualization of trends; • Advanced function management module, used to manage advanced health monitoring services that require points to redeem, including at least one of vision testing and supervision management and eye habit supervision and correction; • The points association module is used to receive users' points redemption requests, verify users' points balance, deduct the corresponding points when the points are sufficient, and enable access to the corresponding advanced functions. • The points transfer module is used to receive users' points transfer requests, verify that the designated recipient is a public welfare assistance recipient certified by the platform, execute the points transfer and generate a transfer record; The points management server is communicatively connected to the service platform server and is used to store and manage users' points account information, including points balance, points acquisition records, and points consumption records. The public welfare certification database is connected to the points transfer module and is used to store the information of the verified public welfare assistance recipients for the points transfer module to verify the eligibility of the recipients. The user client has a service application installed, which provides users with an interface for basic health testing, an interface for displaying and redeeming advanced health monitoring services, and an interface for querying and transferring points.

[0007] Furthermore, the basic health detection functions include: • Vision self-test unit, used to guide users to use their mobile phone camera to capture their posture and state when recognizing vision test symbols, and estimate their vision status through image analysis algorithms; • Trend recording unit, used to record the results of each test and generate a visual vision trend chart; • Health tips unit, used to push basic eye care suggestions based on test results; • Early warning and reminder unit, used to remind users to seek medical attention in a timely manner when test results are abnormal.

[0008] Furthermore, the advanced health monitoring services include: • Monitoring and supervision services are used to regularly push test reminders, supervise users to complete vision tests on time, and periodically push vision data of individual students and the whole class to designated authorized users. • Eye habit monitoring service, used to record eye usage time and posture data, and generate monitoring reports; • Learning tutoring and monitoring services are used to set learning goals, send reminders, and record progress.

[0009] Furthermore, the points transfer module includes: • Request receiving unit, used to receive a points transfer request from a first user, the request including the number of points to be transferred and a second user identifier; • The eligibility verification unit is used to query the public welfare certification database to verify whether the second user is a certified public welfare assistance recipient; • Balance verification unit, used to verify whether the available points balance of the first user account is not less than the number of points to be transferred; • The points transfer execution unit is used to transfer points from the first user account to the second user account after all the above verifications have passed, and to generate a transfer record; • Evidence storage unit, used to generate tamper-proof evidence data for key information in the transfer record.

[0010] Furthermore, the system also includes an account relationship management module, used to establish and maintain mapping relationships between service platform user accounts and one or more third-party points platform accounts. The mapping relationships include: a first type of relationship where one service platform account is associated with one third-party account, a second type of relationship where one service platform account is associated with multiple third-party accounts, and a third type of relationship where multiple service platform accounts are associated with one third-party account.

[0011] Furthermore, the points management server includes a points synchronization and aggregation conversion module, which is used to obtain consumption points data from associated third-party points platforms according to the mapping relationship, and aggregate and convert consumption points from different platforms into unified service platform points according to preset rules.

[0012] A service method based on the hierarchical and points-based association of health detection functions, applied to the aforementioned system, characterized in that the method includes: • Basic Functionality Launch Steps: Basic health monitoring functionality will be made available free of charge to all registered users through the basic functionality module; • Points redemption steps: Through the points association module, receive users' redemption requests for advanced health monitoring services, verify the user's points balance, deduct the corresponding points when the points are sufficient, and activate service access. • Points transfer steps: The points transfer module receives the points transfer request from the first user, verifies that the designated second user is a certified recipient of public welfare assistance, executes the points transfer, and generates a transfer record.

[0013] Furthermore, the method also includes an account association step: establishing and maintaining a mapping relationship between service platform user accounts and one or more third-party points platform accounts through an account relationship management module, wherein the mapping relationship includes one-to-one, one-to-many, and many-to-one associations.

[0014] Furthermore, the method also includes a points aggregation step: through the points synchronization and aggregation conversion module, based on the mapping relationship, the consumption points data are obtained from the associated third-party points platform, and the consumption points from different platforms are aggregated and converted into unified service platform points.

[0015] Furthermore, the points transfer step specifically includes: • Receive a points transfer request initiated by a first user, the request including the number of points to be transferred and the identifier of a second user; • Query the public welfare certification database to verify whether the second user is a certified public welfare assistance recipient; • Verify that the available points balance of the first user account is not less than the number of points to be transferred; • Once verification is successful, the points will be transferred from the first user account to the second user account. • Generate a transfer record and preserve key information from the record.

[0016] (III) Beneficial Effects Compared with the prior art, the present invention has the following significant advantages: 1. The layered functional design brings a dual effect of user coverage and value enhancement: By offering basic health monitoring functions for free, this invention uses the essential need for health as its entry point to reach users to the widest possible scale, quickly accumulating a large user base and health data; by linking advanced monitoring services with a points system, it creates meaningful consumption scenarios for points, activating the value of dormant points and deepening the stickiness of high-value users. This layered design achieves a virtuous cycle of "free user acquisition + paid user enhancement".

[0017] 2. Points-based Charity Transfer: Building a Closed Loop of Social Value: This invention innovatively connects users' surplus points with charitable causes in a trustworthy manner. Through a strict recipient authentication mechanism and tamper-proof evidence records, it provides users with a convenient way to participate in charity, unifying commercial behavior with social value and significantly enhancing the platform's brand image.

[0018] 3. Enhanced User Experience through Diversified Account Association and Points Aggregation: By supporting flexible account mapping relationships such as "one-to-one", "one-to-many", and "many-to-one", this invention can adapt to real business scenarios such as multiple accounts for individual users and shared accounts for families; through multi-source points aggregation technology, scattered consumption points are integrated into a unified value, solving the problem of "points fragmentation".

[0019] 4. Secure and reliable technology implementation: Standard open interfaces are used for points data synchronization to avoid hardware dependence; the authenticity of recipient qualifications is ensured through a public welfare certification database; and the immutability of donation records is guaranteed through a certificate storage unit, thus constructing a complete technical trust system. Attached Figure Description

[0020] Figure 1 This is a schematic diagram of the overall system architecture of the present invention.

[0021] Figure 2 This is a schematic diagram of the functional layering and service exchange process of the present invention.

[0022] Figure 3 This is a schematic diagram of the points-based charity transfer process of this invention.

[0023] Figure 4 This is a schematic diagram illustrating the diversified account association relationships of the present invention. Detailed Implementation

[0024] To make the objectives, technical solutions, and advantages of the present invention clearer, a detailed description is provided below in conjunction with the accompanying drawings and embodiments.

[0025] Example 1: System Architecture like Figure 1 As shown, the system of the present invention includes a service platform server (100), an points management server (200), a user client (300), and a public welfare certification database (400).

[0026] The service platform server (100) further includes: • Basic Function Module (110): This module provides basic health check functions free of charge to all registered users. It includes a vision self-test unit (111), a trend recording unit (112), a health tips unit (113), and an early warning reminder unit (114).

[0027] • Advanced Function Management Module (120): Used to manage advanced health monitoring services that require points redemption, including the monitoring and supervision service unit (121) and the eye use habit monitoring service unit (122).

[0028] • Points association module (130): Used to receive users' points redemption requests, verify users' points balance, deduct the corresponding points when the points are sufficient, and enable access to the corresponding advanced functions.

[0029] • Points transfer module (140): Used to receive users' points transfer requests, including a request receiving unit (141), a qualification verification unit (142), a balance verification unit (143), a points transfer execution unit (144), and a certificate storage unit (145).

[0030] • Account Relationship Management Module (150): Used to establish and maintain the mapping relationship between service platform user accounts and third-party points platform accounts.

[0031] The points management server (200) communicates with the service platform server (100) to store and manage users' points account information. The user client (300) has a service application installed, providing an interface for various functions. The public welfare certification database (400) is connected to the points transfer module (140) to store information on verified public welfare assistance recipients.

[0032] Example 2: Functional Layering and Service Redemption Process like Figure 2 As shown, the functional stratification and service redemption process of this invention is as follows: Step S201: Basic functions are made available free of charge. The system provides a free vision self-test function to all registered users through the basic function module (110). When a user selects "Vision Test" on the client (300), the system guides the user to use their mobile phone camera to take a picture of a standard vision chart. The image analysis algorithm estimates the user's vision, generates the test results, and records them in the trend recording unit (112). If an abnormality is detected, the early warning reminder unit (114) pushes a medical reminder.

[0033] Step S202: User browses advanced features Users browse advanced health monitoring services that require points to redeem in the service mall of the client (300), including "Vision Monitoring Service" (monthly subscription) and "Eye Habit Monitoring" (weekly subscription), etc. The system displays the number of points required for each service.

[0034] Step S203: The user initiates a redemption request. The user selects the desired service and confirms the redemption. The client sends a redemption request to the points association module (130), which includes the user identifier, service identifier and the required number of points.

[0035] Step S204: Points Verification and Deduction The points association module (130) queries the points management server (200) to check the user's points balance and verify whether it is sufficient. If it is sufficient, it initiates a points deduction operation to update the points account balance.

[0036] Step S205: Grant service access permissions After the points are successfully deducted, the points association module (130) notifies the advanced function management module (120) to grant the user access to the corresponding service, generate a service authorization certificate and send it to the client (300).

[0037] Step S206: User uses advanced functions Once authorized, users can access the advanced health monitoring services that have been activated on the client (300), such as receiving regular testing reminders and viewing eye habit monitoring reports.

[0038] Example 3: Points-based Charitable Transfer Process like Figure 3 As shown, the process for transferring points to charity is as follows: Step S301: The user initiates a transfer request. The first user selects the "Points Transfer" function on the client (300), browses the de-identified list of public welfare assistance recipients (such as the "Rural School Students' Vision Health Project"), selects the recipient, enters the number of points to transfer, and submits the request. The request receiving unit (141) of the points transfer module (140) receives the request.

[0039] Step S302: Verify the recipient's eligibility The eligibility verification unit (142) queries the public welfare certification database (400) to verify whether the designated second user (recipient) is a certified public welfare assistance recipient. This database is jointly maintained by the platform operator and cooperating public welfare organizations, and the data is updated regularly.

[0040] Step S303: Verify the donor's balance The balance verification unit (143) queries the points management server (200) for the available points balance of the first user and verifies whether it is not less than the number of points to be transferred.

[0041] Step S304: Perform points transfer After all the above verifications are passed, the points transfer execution unit (144) initiates a database transaction to deduct the corresponding points from the first user account and add an equal amount of points to the second user account. At the same time, a transaction record containing the identifiers of both parties, the number of points, and the timestamp is generated in the transfer record table.

[0042] Step S305: Generate evidence storage record The evidence storage unit (145) generates and stores the hash value of the key information of this transfer (transaction ID, anonymous IDs of both parties, points value, timestamp) to ensure that the record cannot be tampered with.

[0043] Step S306: Send notification A notification will be sent to both the first and second users' clients to complete the transfer. The points earned by the second user can be used to redeem basic health check services or other platform services, thus creating a closed loop for digital philanthropy.

[0044] Example 4: Diversified Account Linkage and Points Aggregation like Figure 4 As shown, the account relationship management module (150) maintains three types of account mapping relationships: • Relationship A (One-to-One): Service platform account U1 is uniquely bound to third-party points platform account C1. This is the basic model, suitable for scenarios where the user has only a single source of points.

[0045] • Relationship B (One-to-Many / Aggregation Mode): Service platform account U2 is simultaneously bound to third-party points platform accounts C2 and C3. For example, a user binds their JD.com account and Pinduoduo account to the same service platform account, enabling multi-source points consolidation management.

[0046] • Relationship C (Many-to-One / Shared Mode): After authorization, service platform accounts U3 and U4 are jointly bound to a third-party points platform account C4 (such as the main family broadband account). For example, each family member's service platform account shares the consumption points generated by the main family account.

[0047] The points synchronization and aggregation conversion module obtains points data periodically through the open APIs provided by various third-party platforms based on the above mapping relationship, aggregates and calculates consumption points from different sources, and converts them into general service platform points according to the preset exchange rate, which are then stored in the points management server (200).

[0048] The above description is merely a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the scope of the technology disclosed in the present invention should be included within the scope of protection of the present invention.

Claims

1. A service system based on hierarchical health monitoring functions and a points-based system, characterized in that, include: Service platform server, points management server, user client and public welfare certification database; The service platform server includes: The basic function module is used to provide basic health detection functions to all registered users free of charge. The basic health detection functions include vision self-testing, test result recording and visualization trend display through the user client's camera; The advanced function management module is used to manage advanced health monitoring services that require points to redeem. These advanced health monitoring services include at least one of vision testing and supervision management and eye habit supervision and correction. The points association module is used to receive users' points redemption requests, verify users' points balance, deduct the corresponding points when the points are sufficient, and enable access to the corresponding advanced functions. The points transfer module is used to receive users' points transfer requests, verify that the designated recipient is a public welfare assistance recipient certified by the platform, execute the points transfer and generate a transfer record. The points management server is connected to the service platform server and is used to store and manage users' points account information; The public welfare certification database is communicatively connected to the points transfer module and is used to store information on verified public welfare assistance recipients; The user client has a service application installed, which provides users with an interface for basic health testing, an interface for displaying and redeeming advanced health monitoring services, and an interface for querying and transferring points.

2. The system according to claim 1, characterized in that, The basic health monitoring functions include: The vision self-test unit is used to guide users to use their mobile phone camera to capture their posture and state when recognizing vision test symbols, and to estimate their vision status through image analysis algorithms. The trend recording unit is used to record the results of each test and generate a visual vision trend chart; The health alert unit is used to push basic eye care suggestions based on the test results; The early warning and reminder unit is used to remind users to seek medical attention promptly when test results are abnormal.

3. The system according to claim 1, characterized in that, The advanced health monitoring services include: The monitoring and supervision service is used to regularly push test reminders, supervise users to complete vision tests on time, and periodically push individual and overall vision data of students within the user's class to designated authorized users. The eye use habit monitoring service is used to record eye use duration and posture data, and generate monitoring reports. Learning tutoring and monitoring services are used to set learning goals, send reminders, and record progress.

4. The system according to claim 1, characterized in that, The points transfer module includes: A request receiving unit is used to receive a points transfer request from a first user, the request including the number of points to be transferred and a second user identifier; The eligibility verification unit is used to query the public welfare certification database to verify whether the second user is a certified public welfare assistance recipient; The balance verification unit is used to verify whether the available points balance of the first user account is not less than the number of points to be transferred; The points transfer execution unit is used to execute the transfer of points from the first user account to the second user account after all the above verifications have passed, and to generate a transfer record; The evidence storage unit is used to generate tamper-proof evidence data for key information in the transfer record.

5. The system according to claim 1, characterized in that, The system also includes an account relationship management module, which is used to establish and maintain the mapping relationship between service platform user accounts and one or more third-party points platform accounts. The mapping relationship includes: a first type of relationship in which one service platform account is associated with one third-party account, a second type of relationship in which one service platform account is associated with multiple third-party accounts, and a third type of relationship in which multiple service platform accounts are associated with one third-party account.

6. The system according to claim 5, characterized in that, The points management server includes a points synchronization and aggregation conversion module, which is used to obtain consumption points data from associated third-party points platforms according to the mapping relationship, and aggregate consumption points from different platforms into unified service platform points according to preset rules.

7. A service method based on the hierarchical and points-based association of health detection functions, characterized in that, The method, applied to the system as described in any one of claims 1-6, comprises: Basic Functionality Launch Steps: Basic health monitoring functionality will be made available to all registered users free of charge through the basic functionality module; Points redemption steps: The points association module receives users' redemption requests for advanced health monitoring services, verifies the user's points balance, deducts the corresponding points when the user has sufficient points, and activates service access permissions. Points transfer steps: The points transfer module receives the points transfer request from the first user, verifies that the designated second user is a certified recipient of public welfare assistance, executes the points transfer, and generates a transfer record.

8. The method according to claim 7, characterized in that, The method also includes an account association step: through the account relationship management module, a mapping relationship is established and maintained between the service platform user account and one or more third-party points platform accounts, the mapping relationship including one-to-one, one-to-many and many-to-one associations.

9. The method according to claim 8, characterized in that, The method also includes a points aggregation step: through the points synchronization and aggregation conversion module, based on the mapping relationship, the consumption points data are obtained from the associated third-party points platform, and the consumption points from different platforms are aggregated and converted into unified service platform points.

10. The method according to claim 7, characterized in that, The points transfer process specifically includes: Receive a points transfer request initiated by a first user, the request including the number of points to be transferred and the identifier of a second user; Query the public welfare certification database to verify whether the second user is a certified public welfare assistance recipient; Verify that the available points balance of the first user account is not less than the number of points to be transferred; Once verification is successful, the points will be transferred from the first user account to the second user account. Generate a transfer record and store the key information in the record as evidence.

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