Data element-based disabled full-life-cycle management and service method

Abstract

The invention discloses a disabled person full life cycle management and service method based on data elements, and relates to the technical field of data management. Comprising the steps of 1, constructing a data resource system for the disabled, and forming a data space of the whole life cycle of the disabled; step 2, establishing an index system and a service information graph of undertaking guarantee and development of the disabled, and forming a business knowledge system for business collaboration and auxiliary decision making; 3, scene-based service application is carried out, and a disabled person service scheme is formulated; according to the invention, based on data elements and data management, management and service optimization are carried out on the whole life cycle of the disabled.

Description

Technical Field

[0001] The invention discloses a method for full life cycle management and service of disabled people based on data elements, and relates to the technical field of data management. Background Art

[0002] With the development of society and the advancement of science and technology, the social participation and quality of life of people with disabilities have gradually received attention. In order to better serve people with disabilities and improve their quality of life and social integration, governments and social organizations have carried out a lot of work. However, the existing service models mostly rely on traditional data collection and processing methods, and there are still technical and business challenges and limitations, such as low data variety and quality, no effective integration, low availability; lack of integration of data with application scenarios; insufficient precision and personalized services; and incomplete basic support capabilities. Summary of the invention

[0003] In response to the problems of the prior art, the present invention provides a method for managing and serving disabled people throughout their life cycle based on data elements, and optimizes management and services for disabled people throughout their life cycle based on data elements and data governance.

[0004] The specific scheme proposed by the present invention is:

[0005] The present invention provides a method for life cycle management and service of disabled persons based on data elements, including:

[0006] Step 1: Build a data resource system for people with disabilities and form a data space for the entire life cycle of people with disabilities:

[0007] Step 11: Sort out the business objects related to disability management services, and form a subject classification of disability data resources based on the characteristics of related objects.

[0008] Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities.

[0009] Step 13: Provide data services based on disability data information.

[0010] Data services include basic information query for people with disabilities and form-filling assistance;

[0011] Verification of disabled persons’ information, used for verification of supporting documents;

[0012] Comparison of disabled people’s information and status;

[0013] Maintenance of disabled people’s information and feedback of problem information;

[0014] Information authorization: personal information of persons with disabilities is authorized to be used by third parties;

[0015] Active push service;

[0016] Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application;

[0017] Step 2: Establish an indicator system and service information map for the protection and development of disabled people’s affairs, and form a business knowledge system for business collaboration and decision-making assistance:

[0018] Utilize data resources on people with disabilities, extract data elements, and conduct in-depth mining and analysis of data on people with disabilities based on data elements.

[0019] Construct an indicator system to effectively monitor the disability assistance business: establish primary and secondary indicators. The primary indicators include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of secondary indicators. Service provision indicators include the service qualification and service capacity of secondary indicators. Service production indicators include the operation management, service execution, rights protection and financial management of secondary indicators. Service effectiveness indicators include the degree of change of service recipients, social impact and satisfaction of secondary indicators.

[0020] Build a map of information services for people with disabilities: Integrate and superimpose various data resources related to people with disabilities to build a map of information services for people with disabilities. The map of information services for people with disabilities covers all kinds of needs and information of people with disabilities. Through a map, customized data application services are provided for disabled users to meet the needs in different scenarios.

[0021] Step 3: Carry out scenario-based service applications and develop service plans for people with disabilities:

[0022] Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, apps, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthens the optimization of barrier-free facility resources in government service halls and street convenience service centers.

[0023] Furthermore, the subject classification of disabled people's data resources formed in step 11 of the method for life-cycle management and services of disabled people based on data elements includes population information subject, rehabilitation service subject, assistive device adaptation subject, employment and entrepreneurship subject, social security subject, education support subject, health care subject, barrier-free environment subject, policy and regulation subject and social integration subject.

[0024] Furthermore, in step 12 of the method for life-cycle management and service of disabled persons based on data elements, various information of disabled persons covered by the spatial business structure model includes personal identity information, health status, educational background and employment status.

[0025] Furthermore, in step 3 of the method for life-cycle management and service of disabled persons based on data elements, the processing items, materials and forms of the disabled persons service platform are dynamically associated based on the processing scenario, and the joint processing forms are automatically aggregated relying on the form system to provide an intelligent online processing experience, and the same items only need to be filled in once.

[0026] The present invention also provides a system for life cycle management and service of disabled persons based on data elements, including a disabled persons data resource module, a disabled persons digital physical sign module, a disabled persons assistance service information module and a disabled persons assistance service application module.

[0027] The disabled data resource module builds a disabled data resource system and forms a data space for the entire life cycle of disabled people:

[0028] Step 11: Sort out the business objects related to disability management services, and form a subject classification of disability data resources based on the characteristics of related objects.

[0029] Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities.

[0030] Step 13: Provide data services based on disability data information.

[0031] Data services include basic information query for people with disabilities and form-filling assistance;

[0032] Verification of disabled persons’ information, used for verification of supporting documents;

[0033] Comparison of disabled people’s information and status;

[0034] Maintenance of disabled people’s information and feedback of problem information;

[0035] Information authorization: personal information of persons with disabilities is authorized to be used by third parties;

[0036] Active push service;

[0037] Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application;

[0038] The digital physical sign module for the disabled establishes an indicator system for the protection and development of the disabled cause. The disabled service information module generates a service information map and forms a business knowledge system for business collaboration and decision-making assistance:

[0039] The digital vital signs module for the disabled uses data resources of the disabled to extract data elements, conducts in-depth mining and analysis of the disabled data based on the data elements, and builds an indicator system to effectively monitor the disabled assistance business: establish primary indicators and secondary indicators. The primary indicators include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of the secondary indicators. Service provision indicators include the service qualifications and service capabilities of the secondary indicators. Service production indicators include the operation management, service execution, rights protection and financial management of the secondary indicators. Service effectiveness indicators include the degree of change of the service objects, social impact and satisfaction of the secondary indicators.

[0040] The disability assistance service information module builds a picture of disability information services: various data resources related to the disabled are integrated and superimposed to build a picture of disability information services. The picture of disability information services covers various needs and information of the disabled. Through a picture, customized data application services are provided for disabled users to meet the needs in different scenarios.

[0041] The disability assistance service application module conducts scenario-based service applications and formulates service plans for the disabled:

[0042] Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, apps, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthens the optimization of barrier-free facility resources in government service halls and street convenience service centers.

[0043] Furthermore, the subject classification of disabled people's data resources formed by the disabled people's data resource module of the system for life cycle management and services of disabled people based on data elements includes population information subject, rehabilitation service subject, assistive device adaptation subject, employment and entrepreneurship subject, social security subject, education support subject, health care subject, barrier-free environment subject, policy and regulation subject and social integration subject.

[0044] Furthermore, the disabled person data resource module of the system for life cycle management and services for disabled persons based on data elements utilizes a spatial business structure model to cover various information of disabled persons including personal identity information, health status, educational background and employment status.

[0045] Furthermore, the disability assistance service application module of the system for life-cycle management and services for disabled persons based on data elements dynamically links the processing items, materials and forms of the disability service platform based on the processing scenarios, relies on the form system to automatically aggregate joint processing forms, and provides an intelligent online processing experience. The same items only need to be filled in once.

[0046] The benefits of the present invention are:

[0047] Build a data system for people with disabilities and form effective business collaboration: Build a data platform for the Disabled Persons' Federation, initially form a data resource system for the Disabled Persons' Federation, build government service capabilities such as the "One-stop" application for people with disabilities, and form business collaboration capabilities.

[0048] Deepen the accumulation of knowledge on assisting the disabled and provide intelligent support for assisting the disabled: improve the data sharing mechanism of the Disabled Persons’ Federation system, realize the online application of public services for the disabled through intelligent applications, and form a set of tables and a diagram for decision-making support.

[0049] Expand smart scenarios for assisting the disabled and form comprehensive service coverage: Intelligent disability assistance services realize the in-depth integration and intelligent application of resources from the Disabled Persons’ Federation, social resources, and disabled people’s resources, expand the intelligent capabilities of home care and travel, and continuously improve the level of informatization and digitalization of the disability cause. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] Figure 1 It is a schematic diagram of the application architecture of the method of the present invention.

[0051] Figure 2 It is a flow chart for constructing a data resource system for people with disabilities.

[0052] Figure 3 This is a schematic diagram of the indicator system for people with disabilities.

[0053] Figure 4 This is a diagram of the architecture of information services for people with disabilities.

[0054] Figure 5 It is a schematic flow chart of the method of the present invention. DETAILED DESCRIPTION

[0055] The present invention is further described below in conjunction with the accompanying drawings and specific embodiments so that those skilled in the art can better understand the present invention and implement it, but the embodiments are not intended to limit the present invention.

[0056] Example 1

[0057] The present invention provides a method for life cycle management and service of disabled people based on data elements, which can be applied to Figure 1 The specific process may include:

[0058] Step 1: Build a data resource system for people with disabilities and form a data space for the entire life cycle of people with disabilities. The data resource system sorting process can be referred to Figure 2 ,in:

[0059] Step 11: Sort out the business objects related to the management and service of the disabled, and form the subject classification of the data resources for the disabled based on the characteristics of the related objects. Form 10 thematic areas for the disabled: population information, rehabilitation services, assistive device adaptation, employment and entrepreneurship, social security, education support, health care, barrier-free environment, policies and regulations, and social integration.

[0060] Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities. This may include personal identity information, health status, educational background, employment status, etc., so as to provide more accurate and personalized services for people with disabilities, and provide better policy support and social services.

[0061] Step 13: Provide data services based on disability data information.

[0062] Data services include basic information query for people with disabilities and form-filling assistance;

[0063] Verification of disabled persons’ information, used for verification of supporting documents;

[0064] Comparison of disabled people’s information and status;

[0065] Maintenance of disabled people’s information and feedback of problem information;

[0066] Information authorization: personal information of persons with disabilities is authorized to be used by third parties;

[0067] Active push service.

[0068] Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application. Effectively prevent data from being illegally accessed or tampered with during storage, ensure the integrity and confidentiality of data during transmission, and prevent privacy leakage and abuse during data application, thereby providing a safe and reliable data environment for people with disabilities.

[0069] Step 2: Establish an indicator system and service information map for the protection and development of disabled people’s affairs, and form a business knowledge system for business collaboration and decision-making assistance:

[0070] Utilize data resources on people with disabilities, extract data elements, and conduct in-depth mining and analysis of data on people with disabilities based on data elements.

[0071] Construct an indicator system to effectively monitor the disability assistance business: establish primary and secondary indicators, taking rehabilitation service-service quality as an example, refer to Figure 3 The first-level indicators may include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of the second-level indicators. Service provision indicators include the service qualifications and service capabilities of the second-level indicators. Service production indicators include the operation management, service execution, rights protection and financial management of the second-level indicators. Service effectiveness indicators include the degree of change of service objects, social impact and satisfaction of the second-level indicators.

[0072] Build a picture of information service for people with disabilities, architecture reference Figure 4 , including: integrating and superimposing various data resources related to people with disabilities to build a picture of information services for people with disabilities. The picture of information services for people with disabilities covers various needs and information of people with disabilities. Through one picture, customized data application services are provided for disabled users to meet the needs in different scenarios.

[0073] Step 3: Carry out scenario-based service applications and develop service plans for people with disabilities:

[0074] Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, apps, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthens the optimization of barrier-free facility resources in government service halls and street convenience service centers.

[0075] In step 3, the processing items, materials and forms of the disability service platform can be dynamically linked based on the processing scenario, and the joint processing forms can be automatically aggregated based on the form system to provide an intelligent online processing experience. The same items only need to be filled in once.

[0076] In addition, it can provide information services for the disabled in different categories, providing a full range of information services for the disabled. These include online services for assistive devices, providing "Internet +" assistive device services, and promoting the online procurement, application, and purchase of assistive devices; rehabilitation services for disabled children and precision rehabilitation services, starting from rehabilitation business management, developing smart rehabilitation applications that meet the needs of the disabled, the Disabled Persons' Federation, rehabilitation institutions, and other parties, and realizing full-process management from approval to implementation; employment and entrepreneurship network services, providing precise and efficient employment and entrepreneurship services for more disabled people and enterprises; home care services, relying on one file for each disabled person, intelligently matching disabled service projects, and ensuring that disabled people truly enjoy refined care services through effective supervision services; smart home barrier-free transformation services, using Internet of Things information technology to connect disabled persons' federation staff, disabled persons' families, barrier-free home transformation service institutions and their staff, to help disabled people with mobility difficulties at home solve family life obstacles; smart travel services, in conjunction with municipal and urban management departments, to create automatic navigation for blind paths and barrier-free travel customization, and provide diversified travel information services for the disabled.

[0077] Example 2

[0078] The present invention also provides a system for life cycle management and service of disabled persons based on data elements, including a disabled persons data resource module, a disabled persons digital physical sign module, a disabled persons assistance service information module and a disabled persons assistance service application module.

[0079] The disabled data resource module builds a disabled data resource system and forms a data space for the entire life cycle of disabled people:

[0080] Step 11: Sort out the business objects related to disability management services, and form a subject classification of disability data resources based on the characteristics of related objects.

[0081] Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities.

[0082] Step 13: Provide data services based on disability data information.

[0083] Data services include basic information query for people with disabilities and form-filling assistance;

[0084] Verification of disabled persons’ information, used for verification of supporting documents;

[0085] Comparison of disabled people’s information and status;

[0086] Maintenance of disabled people’s information and feedback of problem information;

[0087] Information authorization: personal information of persons with disabilities is authorized to be used by third parties;

[0088] Active push service;

[0089] Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application;

[0090] The digital physical sign module for the disabled establishes an indicator system for the protection and development of the disabled cause. The disabled service information module generates a service information map and forms a business knowledge system for business collaboration and decision-making assistance:

[0091] The digital vital signs module for the disabled uses data resources of the disabled to extract data elements, conducts in-depth mining and analysis of the disabled data based on the data elements, and builds an indicator system to effectively monitor the disabled assistance business: establish primary indicators and secondary indicators. The primary indicators include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of the secondary indicators. Service provision indicators include the service qualifications and service capabilities of the secondary indicators. Service production indicators include the operation management, service execution, rights protection and financial management of the secondary indicators. Service effectiveness indicators include the degree of change of the service objects, social impact and satisfaction of the secondary indicators.

[0092] The disability assistance service information module builds a picture of disability information services: various data resources related to the disabled are integrated and superimposed to build a picture of disability information services. The picture of disability information services covers various needs and information of the disabled. Through a picture, customized data application services are provided for disabled users to meet the needs in different scenarios.

[0093] The disability assistance service application module conducts scenario-based service applications and formulates service plans for the disabled:

[0094] Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, apps, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthens the optimization of barrier-free facility resources in government service halls and street convenience service centers.

[0095] As the information interaction and execution process between the modules of the above-mentioned system are based on the same concept as the embodiment of the method of the present invention, the specific contents can be found in the description of the embodiment of the method of the present invention and will not be repeated here.

[0096] Likewise, the benefits of the system of the present invention are:

[0097] Build a data system for people with disabilities and form effective business collaboration: Build a data platform for the Disabled Persons' Federation, initially form a data resource system for the Disabled Persons' Federation, build government service capabilities such as the "One-stop" application for people with disabilities, and form business collaboration capabilities.

[0098] Deepen the accumulation of knowledge on assisting the disabled and provide intelligent support for assisting the disabled: improve the data sharing mechanism of the Disabled Persons’ Federation system, realize the online application of public services for the disabled through intelligent applications, and form a set of tables and a diagram for decision-making support.

[0099] Expand smart scenarios for assisting the disabled and form comprehensive service coverage: Intelligent disability assistance services realize the in-depth integration and intelligent application of resources from the Disabled Persons’ Federation, social resources, and disabled people’s resources, expand the intelligent capabilities of home care and travel, and continuously improve the level of informatization and digitalization of the disability cause.

[0100] It should be noted that not all steps and modules in the above-mentioned processes and system structures are necessary, and some steps or modules can be ignored according to actual needs. The execution order of each step is not fixed and can be adjusted as needed. The system structure described in the above-mentioned embodiments can be a physical structure or a logical structure, that is, some modules may be implemented by the same physical entity, or some modules may be implemented by multiple physical entities, or some components in multiple independent devices may be implemented together.

[0101] The above-described embodiments are only preferred embodiments for fully illustrating the present invention, and the protection scope of the present invention is not limited thereto. Equivalent substitutions or changes made by those skilled in the art based on the present invention are within the protection scope of the present invention. The protection scope of the present invention shall be subject to the claims.

Claims

1. A method for life-cycle management and service of disabled people based on data elements, characterized by: include: Step 1: Build a data resource system for people with disabilities and form a data space for the entire life cycle of people with disabilities: Step 11: Sort out the business objects related to disability management services, and form a subject classification of disability data resources based on the characteristics of related objects. Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities. Step 13: Provide data services based on disability data information. Data services include basic information query for people with disabilities and form-filling assistance; Verification of disabled persons’ information, used for verification of supporting documents; Comparison of disabled people’s information and status; Maintenance of disabled people’s information and feedback of problem information; Information authorization: personal information of persons with disabilities is authorized to be used by third parties; Active push service; Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application; Step 2: Establish an indicator system and service information map for the protection and development of disabled people’s affairs, and form a business knowledge system for business collaboration and decision-making assistance: Utilize data resources on people with disabilities, extract data elements, and conduct in-depth mining and analysis of data on people with disabilities based on data elements. Construct an indicator system to effectively monitor the disability assistance business: establish primary and secondary indicators. The primary indicators include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of secondary indicators. Service provision indicators include the service qualification and service capacity of secondary indicators. Service production indicators include the operation management, service execution, rights protection and financial management of secondary indicators. Service effectiveness indicators include the degree of change of service recipients, social impact and satisfaction of secondary indicators. Build a map of information services for people with disabilities: Integrate and overlay various data resources related to people with disabilities to build a map of information services for people with disabilities. The map of information services for people with disabilities covers all kinds of needs and information of people with disabilities. Through a map, customized data application services are provided for disabled users to meet the needs in different scenarios. Step 3: Carry out scenario-based service applications and develop service plans for people with disabilities: Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, APPs, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthen the optimization of barrier-free facility resources in government service halls and street convenience service centers.

2. According to the method of life cycle management and service for disabled people based on data elements as described in claim 1, it is characterized in that the subject classification of disabled people's data resources formed in step 11 includes population information subject, rehabilitation service subject, assistive device adaptation subject, employment and entrepreneurship subject, social security subject, education support subject, health care subject, barrier-free environment subject, policy and regulation subject and social integration subject.

3. According to claim 1, a method for managing and serving disabled people throughout their life cycle based on data elements is characterized by: In step 12, various information of disabled persons covered by the spatial business structure model includes personal identity information, health status, educational background and employment status.

4. According to claim 1, a method for managing and serving disabled people throughout their life cycle based on data elements is characterized by: In step 3, based on the processing scenario, the processing items, materials and forms of the disability service platform are dynamically linked, and the joint processing forms are automatically aggregated based on the form system to provide an intelligent online processing experience. The same items only need to be filled in once.

5. A system for life-cycle management and services for people with disabilities based on data elements, characterized by: It includes the disabled data resource module, the disabled digital sign module, the disabled assistance service information module and the disabled assistance service application module. The disabled data resource module builds a disabled data resource system and forms a data space for the entire life cycle of disabled people: Step 11: Sort out the business objects related to disability management services, and form a subject classification of disability data resources based on the characteristics of related objects. Step 12: Collect data according to data resource themes and aggregate and process them: Establish data standards for people with disabilities based on the data structure of natural persons, aggregate basic information on people with disabilities, and form a spatial business structure model for people with disabilities, covering all kinds of information on people with disabilities. Step 13: Provide data services based on disability data information. Data services include basic information query for people with disabilities and form-filling assistance; Verification of disabled persons’ information, used for verification of supporting documents; Comparison of disabled people’s information and status; Maintenance of disabled people’s information and feedback of problem information; Information authorization: personal information of persons with disabilities is authorized to be used by third parties; Active push service; Step 14: Use encryption algorithms to ensure data security for people with disabilities during data storage, data transmission, and data application; The digital physical sign module for the disabled establishes an indicator system for the protection and development of the disabled cause. The disabled service information module generates a service information map and forms a business knowledge system for business collaboration and decision-making assistance: The digital vital signs module for the disabled uses data resources of the disabled to extract data elements, conducts in-depth mining and analysis of the disabled data based on the data elements, and builds an indicator system to effectively monitor the disabled assistance business: establish primary indicators and secondary indicators. The primary indicators include service arrangement indicators, service provision indicators, service production indicators and service effectiveness indicators. Service arrangement indicators include the service plan and capital budget of the secondary indicators. Service provision indicators include the service qualifications and service capabilities of the secondary indicators. Service production indicators include the operation management, service execution, rights protection and financial management of the secondary indicators. Service effectiveness indicators include the degree of change of the service objects, social impact and satisfaction of the secondary indicators. The disability assistance service information module builds a picture of disability information services: various data resources related to the disabled are integrated and superimposed to build a picture of disability information services. The picture of disability information services covers various needs and information of the disabled. Through a picture, customized data application services are provided for disabled users to meet the needs in different scenarios. The disability assistance service application module conducts scenario-based service applications and formulates service plans for the disabled: Build a multi-terminal, barrier-free service platform for the disabled. The disability service platform includes government service websites, APPs, and self-service terminals. It uses AI digital human models to provide sign language and voice broadcasts, and at the same time strengthen the optimization of barrier-free facility resources in government service halls and street convenience service centers.

6. A system for life cycle management and service of disabled persons based on data elements according to claim 5, characterized in that disabled persons The subject classification of data resources for people with disabilities formed by the data resource module includes population information themes, rehabilitation service themes, assistive device adaptation themes, employment and entrepreneurship themes, social security themes, education support themes, health care themes, barrier-free environment themes, policies and regulations themes, and social integration themes.

7. According to claim 5, a system for managing and serving disabled people throughout their life cycle based on data elements is characterized in that disabled people The data resource module uses the spatial business structure model to cover various information of disabled people including personal identity information, health status, educational background and employment status.

8. According to claim 5, a system for managing and serving disabled people throughout their life cycle based on data elements is characterized by: The disability assistance service application module is based on the processing scenarios, dynamically links the processing items, materials and forms of the disability service platform, relies on the form system to automatically aggregate joint processing forms, and provides an intelligent online processing experience. The same items only need to be filled in once.

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