KR20210014881A - Methods of providing accessing the degree of aging of user and system of performing the same - Google Patents

Abstract

A method for evaluating an aging degree of a user comprises: collecting aging measurement fundamental data of the user for determining the aging degree of the user; and evaluating the aging degree of the user in a plurality of regions including at least one of a physical function, a cognitive function, a psychological function, role activities, and a social function based on the collected aging measurement fundamental data of the user. The present invention may evaluate an aging degree of a user (old aged patient) by comprehensively taking into consideration various sides such as a physical function, a cognitive function, a psychological function, role activities, and/or a social function of the user using health data voluntarily created by a user (or senior citizen) as well as survey responses.

Description

Method and system for providing evaluation of user's aging level {METHODS OF PROVIDING ACCESSING THE DEGREE OF AGING OF USER AND SYSTEM OF PERFORMING THE SAME}

The present invention relates to health care, and more specifically, to a method and system for providing evaluation of a user's aging degree.

According to the National Statistical Office, the total population of Korea in 2018 is 5,1635,000, and the population over 65 years old is 7.381,000, which is expected to increase continuously to 1,8813,000 by 2050. And, as of 2018, the composition ratio of the population aged 65 or older was about 14.3%, and it is expected to increase steadily from then on to about 41.0% by 2060. According to statistics from the National Statistical Office, as of 2018, since the composition ratio of the elderly 65 years or older exceeded 14%, Korea has already entered an aging society, and interest in elderly patients, medical treatment, and research on geriatric medicine are actively conducted.

Even if the elderly patient does not have a special disease, the physiological changes in the human body caused by aging may cause a decrease in functions such as nerve function and energy production control function, which is abnormal walking, loss of appetite, decreased daily life function, urinary incontinence, It causes Geriatric syndrome, including sleep disturbance and cognitive impairment.

In actual medical institutions, questionnaires to evaluate the degree of aging are conducted to elderly patients, and are used to identify the general health status of elderly patients and to prevent elderly syndrome.

However, due to the reality that the personal information on the questionnaire is treated as disposable information that is only used once and discarded, the same test is repeated when the user (or elderly patient) is re-admitted to another medical institution in the future. It is difficult to accumulate data on responses and provide services using them, and additional costs are incurred.

An object of the present invention is a method of evaluating and providing a user's degree of aging in consideration of health data voluntarily produced by a user (or elderly patient) other than a questionnaire in order to form a healthy lifestyle for the elderly and provide digital health services in an aging era And a system.

In addition, an object of the present invention is to evaluate various aspects such as physical function, cognitive function, psychological function, role activity of the user, since it is limited to evaluate the aging degree of an existing user (or elderly patient) only by the response result to the questionnaire. Together with the comprehensive consideration, a method and system for evaluating the degree of aging is provided.

In addition, an object of the present invention is that when the degree of aging of an existing user (or elderly patient) cannot be evaluated by receiving a questionnaire, health data voluntarily produced by the user (or elderly patient)-for example, health history or living body It provides a method and system for evaluating the degree of aging by automatically collecting patient-generated health data (PGHD) through IoT devices, such as data, lifestyle, etc.

In addition, an object of the present invention is to provide a method and system for acquiring basic data for determining the degree of aging from elderly people who are difficult or unfamiliar with using an IoT device.

According to an embodiment of the present invention, a method of evaluating and providing a user's aging degree includes the steps of collecting basic aging measurement data for determining the user's aging degree, and a plurality of Area- The plurality of areas include at least one of a physical function, a cognitive function, a psychological function, a role activity, and a social function. And evaluating the degree of aging of the user.

The aging measurement basic data may include user's daily activity log data.

The aging measurement basic data may include a response to a questionnaire related to aging based on a Fast Healthcare Interoperability Resources (FHIR) standard.

The aging measurement basic data may further include at least one of data measured from an IoT device, genetic information, and personal health record (PHR).

The FHIR standard-based aging questionnaire includes a self-administered questionnaire, and the self-management questionnaire includes the user's information-the user's information is age, gender, weight, height, and residence. Including at least one -, a drug-related questionnaire, a questionnaire related to the user's memory including symptoms of dementia, a questionnaire on the user's emotions, a questionnaire on physical activity in the user's daily life, and a fall experience It may include at least one of the questionnaires.

The FHIR standard-based aging questionnaire may include a questionnaire for monitoring a user's degree of depression.

The FHIR questionnaire server may further include receiving an FHIR questionnaire resource from the FHIR questionnaire client based on the HTTP protocol and transmitting the FHIR questionnaire resource response to the FHIR questionnaire client.

The FHIR questionnaire is implemented on a mobile using FHIR questionnaire resources, and the FHIR questionnaire data and response data to the FHIR questionnaire are stored in the FHIR server, so that the user and the medical staff can check the evaluation and results of the FHIR questionnaire in real time. Can be provided.

When the user properly performs the physical function, cognitive function, psychological function, and role activities, the smartphone reflects the evaluation result of the user's aging level. Feedback to the user may be provided using an app.

In order to reflect the evaluation result of the user's aging degree and provide feedback to the user, the user's degree of aging may be displayed for each of the plurality of areas or for each body area.

The step of displaying the degree of aging of the user for each body region includes the user's physical part-the physical part includes at least one of a brain, a face, an arm, a leg, a knee, and a joint-as the physical function. The degree of aging of the user may be displayed as a percentage or a predetermined score in relation to memory among physical exercise of physical activity and cognitive function.

In order to reflect the evaluation result of the user's aging level and give feedback to the user, the user satisfies a predetermined step count goal during a day, laughs more than a certain number of times per day, or a predetermined recommended healthy diet, abstaining , If you have kept quitting smoking for a certain period of time, have kept your daily sleep time, take the medications you need to take on time, or have followed the rules for anti-aging or prevention, use Patients Generated Health Data (PGHD). The decrease in the level of aging of the user may be displayed for each of the plurality of areas or corresponding body areas, or a notification may be given to the user.

According to another embodiment of the present invention, a system for evaluating and providing a user's aging degree includes a plurality of regions based on aging measurement basic data for determining the user's aging degree collected from a collection device-the plurality of regions is a body Including at least one of Physical Function, Cognitive Function, Psychological Function, Role Activities and Social Function-to evaluate the degree of aging of the user in It includes an aging degree evaluation unit.

In the method and system for evaluating and providing a user's degree of aging according to embodiments of the present invention, a questionnaire used to evaluate the degree of aging of a user is based on a standardization technology based on Fast HealthCare Interoperability Resources (FHIR) that considers compatibility and substitution of medical information. By using and implementing it, it can be reused as a reference material in other medical institutions.

In addition, by implementing a mobile application to allow users (or elderly patients) and medical staff to check the evaluation and evaluation results of the questionnaire in real time, it is possible to provide promptness and convenience to prevent the elderly syndrome.

In addition, in addition to answering the questionnaire, the level of aging of the existing user (or elderly patient) can be determined by using the health data (Patients Generated Health Data, PGHD) voluntarily produced by the user (or the elderly). Various aspects such as psychological function and/or role activity can be considered collectively to assess the degree of aging.

In addition, in addition to evaluating the degree of aging of the elderly in the aging age, the user (or the elderly) performs physical functions, cognitive functions, psychological functions and/or role activities in areas such as self-management, physical activity, mental health, and community interaction. If the user (or the elderly) is properly performed, a predetermined feedback is provided by reflecting the evaluation result on the degree of aging of the user (or the elderly), so that a healthy lifestyle of the user (or the elderly) can be formed.

1A is a flow chart for explaining an FHIR questionnaire resource transaction.
1B-1D show exemplary FHIR questionnaires.
2 is a block diagram showing an example of a system for managing a questionnaire response from an FHIR questionnaire on a mobile basis.
3 is a conceptual diagram illustrating a method of evaluating and providing a user's degree of aging according to an embodiment of the present invention.
4 is a flowchart illustrating a method of evaluating and providing a user's degree of aging according to an embodiment of the present invention.
5 is a conceptual diagram illustrating a process of storing basic aging measurement data as meta data according to an embodiment of the present invention.

In the present invention, various modifications may be made and various embodiments may be provided, and specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to a specific embodiment, it is to be understood to include all changes, equivalents, or substitutes included in the spirit and scope of the present invention.

Terms including first and second may be used to describe various elements, but the elements are not limited by the terms. These terms are used only for the purpose of distinguishing one component from another component. For example, without departing from the scope of the present invention, a first element may be referred to as a second element, and similarly, a second element may be referred to as a first element. The term and/or includes a combination of a plurality of related items or any of a plurality of related items.

When a component is referred to as being "connected" or "connected" to another component, it may be directly connected or connected to the other component, but another component may exist in the middle. On the other hand, when a component is referred to as being "directly connected" or "directly connected" to another component, it should be understood that there is no other component in the middle.

The terms used in the present application are used only to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the possibility of addition or presence of elements, numbers, steps, actions, components, parts, or combinations thereof, is not excluded in advance.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the art to which the present invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted as an ideal or excessively formal meaning unless explicitly defined in this application. Does not.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, and in the description with reference to the accompanying drawings, identical or corresponding components are assigned the same reference numerals, and duplicated therefor. Description will be omitted.

HL7 (Health Level 7) is a standardization organization organized in 1987 or a standard for electronic exchange of medical information to establish a standard to enable information compatibility between heterogeneous medical information systems.

HL7 establishes standards related to an integrated framework for electronic information exchange, integration, sharing, and extraction of health data in order to improve the interoperablility of global health data. Since the late 1980s, HL7 has developed V2 messages, V3 RIM (Reference Information Model), and CDA (Clinical Document Architecture) for medical information exchange.

FHIR (Fast Healthcare Interoperability Resources) is a next-generation medical information standard platform that is being developed in HL7 to ensure interoperability of healthcare systems or services.It has the purpose of exchanging electronic medical information and provides various information handled in the medical environment. Resource) format and using it to ensure interoperability between various medical information.

HL7 FHIR was first proposed in July 2011 to cope with the recent changes in information and communication technologies such as mobile, cloud, and IoT.

The main features of FHIR are that it focuses on implementation and developers rather than medical personnel, and that it aims to easily and quickly implement common scenarios, that is, use cases, that occur in the medical field. It also embraces the latest web technologies, and considers human readability important to improve interoperability. In addition, it supports existing paradigms and architectures such as messaging and document exchange.

FHIR Resource is a component module of FHIR, which is a unit of medical information for data exchange, and is a standardized module that can be extracted by combining or separating various medical information based on standards.

Since 7 of HL7 means the application layer of OSI 7 layer, related standards are generally operated at the application layer, which is the highest layer.

FHIR is configured by maximizing their strengths based on HL7's previous data format standards such as HL7 messaging service V2 message, V3 RIM, and CDA, and is compatible with all versions, and is flexible in various environments such as mobile, cloud, and IoT. It is possible to apply. FHIR is created to ensure the convenience of implementation and data integrity, and to provide a mechanism for data exchange between medical device applications.

FHIR can exchange data in detail in a RESTful style method, and DAF (Data Access Framework) utilizes HL7 FHIR, C-CDA and standard IHE standards to provide electronic health records (EHR) or other data. The data use of the system is also available in accordance with the standard.

Hereinafter, a method and system for evaluating and providing a user's aging degree according to embodiments of the present invention will be described.

In the present invention, the questionnaire used for evaluating the degree of aging of users or elderly patients is implemented using standardization technology based on Fast HealthCare Interoperability Resources (FHIR) in consideration of compatibility and substitution of medical information so that it can be reused as reference data in other medical institutions. I can. In addition, it can be implemented as a mobile application to provide speed and convenience so that users (or elderly patients) and medical staff can check the evaluation and evaluation results of the questionnaire in real time to prevent the elderly syndrome.

Solutions based on the FHIR standard technology can be developed based on a set of modular components called resources, and these FHIR resources can be combined or disassembled to solve the complex and diverse requirements of the medical field, for example. I can. FHIR resources can be viewed as reusable, meaningful units of information.

Among various FHIR resources, a questionnaire to implement questionnaires such as past medical history (PMH), family diseases, social history, clinical research forms (CRFs), etc. Resources can be defined. In an embodiment of the present invention, a questionnaire for evaluating the degree of user aging may be implemented using the corresponding FHIR resource. The form of the questionnaire can be implemented in the same way as the Likert scale, and scales such as very good, good, and bad.

1A is a flow chart for explaining an FHIR questionnaire resource transaction, FIGS. 1B to 1D are exemplary FHIR questionnaires, and FIG. 2 is a block diagram showing an example of a system for managing a questionnaire response from an FHIR questionnaire on a mobile basis. .

The FHIR Questionnaire resource may contain, for example, a collection of questions created for requesting personal information related to the medical domain. The FHIR Questionnaire resource may contain restrictions on whether or not the correct answer is acceptable when answering the FHIR questionnaire, and how and how to ask questions.

1B to 1C, the FHIR questionnaire includes general user information (age, sex, weight, height, place of residence, etc.), along with drug taking (a) related questionnaire, and user's memory (b) including dementia symptoms. Questionnaire for self-management such as related questionnaire, user's emotion (c), user's physical activity (d) in daily life such as walking, cycling, etc., and falling experiences (self -administered questionnaire) (230-1, 230-2) may be included.

Referring to FIG. 1D, the FHIR questionnaire may include a questionnaire 230-3 for monitoring a user's degree of depression as a questionnaire resource for a depression module.

Referring to FIGS. 1 and 2, when answering the FHIR questionnaire 230, the answer may be made using an FHIR questionnaire response resource.

1, the FHIR questionnaire client 110 requests an FHIR questionnaire resource from the FHIR questionnaire server 150 based on the HTTP protocol (130), and the FHIR questionnaire from the FHIR questionnaire server 150 ( Questionnaire) resource response 140 is received. The FHIR questionnaire client 110 may be a mobile device such as a smartphone, a laptop computer, or a personal computer (PC). The FHIR questionnaire server 150 may be implemented to be included in the FHIR server 250 or may be implemented separately outside the FHIR server 250.

Referring to FIG. 2, an FHIR questionnaire used for user aging evaluation is implemented on a mobile using an FHIR questionnaire resource, and a user (or elderly patient) 210 and a medical staff 220 are in the FHIR questionnaire 230. It can be provided so that the evaluation and results can be checked in real time.

The data of the FHIR questionnaire 230 is stored in the FHIR server 250 so that the user (or elderly patient) 210 can reuse the data of the FHIR questionnaire 230 as a reference material at another medical institution 260 in the future. I can.

FHIR Server 250 standardizes IoT data, user's genetic information, and personal health records (PHR, Personal Health Record) collected through IoT devices from users when the user's aging degree cannot be measured by questionnaire. It can be saved as FHIR type data.

3 is a conceptual diagram illustrating a method of evaluating and providing a user's degree of aging according to an embodiment of the present invention.

Referring to FIG. 3, the aging degree evaluation unit 300 collects aging measurement basic data through the collection device 310 to determine the degree of aging in a plurality of areas-for example, a physical function 340 and a cognitive function. (Cognitive Function)(350), Psychological Function(360), Role activities(370), and Social Function(380) are analyzed and evaluated in five areas. Collection device 310 may be a digital companion device (Digital Companion Devices). The digital companion device may include various types of wearable devices that can be worn on a part of the user's body such as a band type, a wrist watch type, a glasses type, and a clothing type. Alternatively, the digital companion device may include a smart phone or a separate dedicated terminal.

The aging measurement basic data is data measured or provided through a response to the FHIR questionnaire 330, the IoT device 332, the genetic information 334, and the PHR 336, to evaluate the degree of aging for each of the plurality of areas above. This is the basic data for

The aging measurement basic data may include user's daily activity log data.

The collection device 310 includes a data collection unit 316 for collecting basic aging data, a voice interface 312 for processing communication with the user through voice, and/or a visual interface for visually processing the interface with the user. Includes 314.

Among the five areas, a physical function 340 may include a self-care 342, a mobility 344, and/or a physical activity 346. .

The cognitive function 350 may include a memory 352 and/or a cognitive processing capability (or cognitive processing) 354.

The psychological function (360) includes anxiety (362), stress (364), depression (366) and/or mental well being (368). I can.

The role activities 370 may include work 372 and/or household management 374.

The social function 380 may include a personal interaction 382, an intimacy 384, and/or a community interaction 386.

The social function 380 represents a social activity through a user's social community-for example, a food service program, a service program, a religious program, etc. It can be evaluated with the FHIR questionnaire.

4 is a flowchart illustrating a method of evaluating and providing a user's degree of aging according to an embodiment of the present invention.

Referring to FIG. 4, it is determined whether or not the user's degree of aging can be measured by a questionnaire (step S410), and when the questionnaire can be measured, user response data on the FHIR questionnaire is collected (step S420). If the degree of aging or the degree of aging can be measured by a questionnaire, physical function (340), cognitive function (350), psychological function (360), role activities Among the 370 and social functions 380, items that can be measured by a questionnaire may be included. For example, it may be a questionnaire on social activities through a social community among the social functions 380-for example, a food service program, a service program, a religious program, etc.

If the user's degree of aging cannot be measured by a questionnaire, IoT data is collected from the user through an IoT device, or genetic information of the user, personal health record (PHR) information, etc. are collected (step S430).

The above personal health record (PHR) refers to all data related to personal health, including personal information, health records created by the subject of personal health records, and data collected during medical activities in medical institutions. May contain lifelog. The personal health record (PHR) may refer to all personal health-related information, furthermore, a healthcare service provided based on all personal health-related information, and a platform that provides personal health information and services.

Basic source information (data location, data storage location, meta information, etc.) to indicate the data source (provenance) of generated and collected IoT data, user's genetic information, personal health record (PHR) information, etc. ).

For example, by utilizing the collection device 110 as much as possible, when, where (storage location URL) and whether the user's activities are owned by the user may be converted into metadata. As a result, it is possible to easily find data desired by the user, or the user's own doctor, the user's own medical institution, or another user's desired data through a query. It can also be data banked so that others can find and use it. The storage location may be a URL of a hospital server, cloud, or FHIR server.

Then, the degree of aging of the user is determined in the plurality of areas-for example, physical function 340, cognitive function 350, psychological function 360, and role activity. Activities) (370), social function (Social Function) (380) five areas-by analysis to evaluate the degree of aging (step S450).

In addition to assessing the degree of aging of the elderly in the aging era, the user (or elderly) appropriately performs physical, cognitive, psychological and/or role activities in areas such as self-management, physical activity, mental health, and community interaction. If performed, it is possible to form a healthy lifestyle for the user (or the elderly) by reflecting the evaluation result on the degree of aging of the user (or the elderly) and giving feedback using a smartphone app.

In order to form a healthy lifestyle of the user (or the elderly), the degree of aging of the user is reflected in the evaluation result of the user (or the elderly) and feedback, for example, by a plurality of areas and/or body areas described above. Each can be displayed using a smartphone app or the like (step S460).

Here, the step of displaying the degree of aging of the user (or the elderly) for each of the plurality of areas includes, for example, a physical function 340, a cognitive function 350, a psychological function ( 360), role activities 370, and social functions 380, the degree of aging of the user may be expressed as a percentage or a predetermined score. For example, the aging degree of the physical function (340) is 50%, the aging degree of the cognitive function (350) is 90%, the aging degree of the psychological function (360) is 30%, role The aging degree of the role activities 370 can be expressed as 10%, and the aging degree of the social function 380 can be expressed as 10%. Alternatively, the aging degree of the physical function (340) is 50 points, the aging degree of the cognitive function (350) is 10 points, the aging degree of the psychological function (360) is 70 points, and role activity ( The aging degree of Role activities (370) can be expressed as 90 points, and the aging degree of Social Function (380) can be expressed as 90 points.

In addition, in the step of displaying the degree of aging of the user (or the elderly) by body area, physical activity of the user's physical parts (brain, face, arms, legs, knees, joints, etc.) among the physical functions 340 In relation to the memory 352 of the physical exercise (walking exercise, waist exercise, arm exercise, etc.) of (346) and the cognitive function (350), the degree of aging of the user is displayed as a percentage or a predetermined score. can do. For example, the degree of aging of the user's brain in relation to the memory 352 among the cognitive functions 350 may be expressed as a percentage or a predetermined score. Alternatively, the degree of aging of the knee or joint of the user in relation to the walking exercise physical activity of the self-management 342 among the physical functions 340 may be displayed as a percentage or a predetermined score.

In order to form a healthy lifestyle of the user (or the elderly), the user (or the elderly) reflects and gives feedback on the evaluation result of the aging level of the user (or the elderly). If you have had the above number of laughter, follow the recommended healthy diet, abstaining from drinking, quit smoking for a certain period of time, keep your daily sleep time, take the medicine you need to take on time, or follow other anti-aging or preventive measures By using such patient-produced health data (PGHD), the user (or the elderly)'s level of aging (%, score, etc.) is indicated by a plurality of areas or by a corresponding body area, or to the user (or the elderly) in various ways. You can give a notification.

The setting of a target value for forming a healthy lifestyle may be performed in a manner of minimizing or removing a direct input from a user (or an elderly person). For example, the target value may be set to a predetermined default target value. Alternatively, the target value may be automatically set based on a healthy person in the same age range as the user (or elderly person). Alternatively, the target value may be automatically set based on a user (or an elderly person) and a healthy person in the same age range as the user (or the elderly).

In order to achieve the set target value, it can be implemented to recommend to the user (or the elderly) a part to be intensively supplemented for lifestyle change. For example, based on machine learning, the user (or the elderly) and healthy people of the same age group, and the user (or the elderly) and the same age group of healthy people in the same area learn the lifestyles of healthy people, and can be implemented to present a lifestyle change recommendation.

It can be implemented to display the aging prediction results after a certain period of time in the future-for example, 1 week, 1 month, 3 months, 6 months or 1 year-at the current level of achievement of the user (or the elderly) in the various ways described above. have.

As the number of users who download and use smartphone apps that form a healthy lifestyle for users (or the elderly) increases, and as the number of daily visits to the smartphone app increases, basic data for evaluating the degree of aging are used as big data. It can contribute to reducing the occurrence of elderly health problems and reducing the elderly syndrome, including gait abnormalities, loss of appetite, loss of daily living function, sleep disturbance, and cognitive impairment by collecting and acquiring healthy lifestyles by the user (or elderly person) themselves in the aging era. .

In addition, by monitoring the rules that can lower the aging level and the life pattern data of the user (or the elderly) and comparing it with the reference value, the user (or the elderly) is notified if there is a missing part, a low score, or a low achievement part. Can provide services. Alternatively, a service may be provided that specifically informs the user (or the elderly) of the lower aging level as a result of keeping the rules well. Such notification service may be provided in connection with insurance. For example, by linking with the Health Insurance Corporation, the notification service can be used to set premiums, or users (or the elderly) can make efforts to manage themselves, so that users (or the elderly) can lower their injured insurance premiums.

The above-described aging level evaluation method will provide evaluation information on the relative position of the level of aging in the user (or elderly person)'s group (eg, age, region, etc.) when data is accumulated. I can.

5 is a conceptual diagram illustrating a process of storing basic aging measurement data as metadata according to an embodiment of the present invention.

Referring to FIG. 5, first, data is processed through standardization and/or standardization for sharing from the source 510 of the raw data of the pre-processing state containing basic information of aging measurement. The data is stored in the storage 520 (step 512).

Then, meta information and a reference address of the FHIR-type aging measurement basic data stored in the storage 520 are stored in the registry 530 (step 522).

The metadata may include personal identification information (OwnerId), measurement time, measurement location, data storage location or storage location (url) for the measured aging measurement basic data. In addition, the metadata may further include information on when and at which hospital the medical summary record (dosing, examination, treatment plan) was performed, and the storage location or locations of the medical summary record. The'when' information may be included in metadata as a timestamp. The information on which hospital was conducted may be included in metadata as an organization identifier (OrganizationId). In addition, when a system for evaluating the degree of aging of a user using basic data for measuring aging in the form of FHIR is implemented in a blockchain, the metadata may further include a hash value.

The consumer 540 searches the registry 530 for the location of the required aging measurement basic data (step 544).

When the consent of the subject of the aging measurement basic information and the identification of the consumer 540 as the requester are completed, the registry 530 returns the storage location of the basic aging measurement data requested by the consumer 540 to the consumer 540 (step 532). Here, the storage and registry may be installed inside the FHIR server or outside the FHIR server.

The consumer 540 accesses the storage 520 to obtain basic aging measurement data (step 542).

A number of embodiments of the present invention have been described above. Nevertheless, the foregoing description is for purposes of illustration and is not intended to limit the scope of the invention as defined by the scope of the following claims. Accordingly, other embodiments may be within the scope of the following claims, and various modifications may be made without departing from the scope of the present invention. Additionally, some of the steps described above are sequence independent and thus may be performed in a different order than described.

Claims (19)

Collecting basic aging measurement data for determining a user's degree of aging; And
A plurality of domains based on the collected basic aging data-the plurality of domains are physical functions, cognitive functions, psychological functions, role activities, and social functions ( Evaluating the degree of aging of the user in-including at least one of Social Function)
Method for providing by evaluating the degree of aging of the user comprising a. The method of claim 1, wherein the aging measurement basic data includes data of a user's daily activity log. The method of claim 1, wherein the aging measurement basic data includes a response to a questionnaire related to aging based on a Fast Healthcare Interoperability Resources (FHIR) standard. The method of claim 3, wherein the aging measurement basic data further comprises at least one of data measured from an IoT device, genetic information, and a personal health record (PHR). How to provide. The method of claim 3, wherein the FHIR standard-based aging level-related questionnaire includes a self-administered questionnaire, and the self-management questionnaire includes the user's information-the user's information is age, gender, Including at least one of weight, height, and place of residence-, a drug-related questionnaire, a questionnaire related to the user's memory including symptoms of dementia, a questionnaire on the user's emotions, a questionnaire on the user's physical activity in daily life, and a fall (Falls) A method of evaluating and providing a user's degree of aging, comprising at least one of a questionnaire on experience. The method of claim 3, wherein the FHIR standard-based aging level-related questionnaire comprises a questionnaire for monitoring a user's degree of depression. The method of claim 3,
A method for evaluating and providing a user's degree of aging, further comprising the step of receiving a request for an FHIR questionnaire resource from an FHIR questionnaire client to an FHIR questionnaire server based on HTTP protocol and transmitting an FHIR questionnaire resource response to the FHIR questionnaire client . The method of claim 3, wherein the FHIR questionnaire is implemented on a mobile using an FHIR questionnaire resource, and the FHIR questionnaire data and response data to the FHIR questionnaire are stored in an FHIR server, so that the user and the medical staff can evaluate the FHIR questionnaire and A method for evaluating and providing a user's degree of aging, characterized in that providing the result to be confirmed in real time. The evaluation of the degree of aging of the user according to claim 3, wherein when the user properly performs the physical function, cognitive function, psychological function, and role activities A method for evaluating and providing a user's degree of aging, characterized in that the result is reflected and feedback is provided to the user using a smartphone app. The aging level of the user according to claim 8, wherein the level of aging of the user is displayed for each of the plurality of areas or for each body area in order to provide feedback to the user by reflecting the evaluation result of the level of aging of the user. How to rate and provide. The method of claim 10, wherein the displaying of the level of aging of the user for each body region comprises a physical part of the user-the physical part includes at least one of a brain, a face, an arm, a leg, a knee, and a joint. The degree of aging of the user, characterized in that the degree of aging of the user is displayed as a percentage or a predetermined score in relation to the physical exercise of physical activity among physical functions and memory among the cognitive functions. How to rate and provide. The method of claim 10, wherein in order to reflect the evaluation result of the user's aging level and give feedback to the user, the user satisfies a predetermined step count goal during a day, or there were a certain number of laughs per day or more, If you follow the recommended healthy diet, abstaining, or quit smoking for a certain period of time, keep your daily sleep time, take the medications you need to take on time, or follow the rules for anti-aging or prevention Patients Generated Health Data , PGHD), indicating that the level of aging of the user has decreased, by displaying each of the plurality of areas or by corresponding body areas, or by giving a notification to the user. . A plurality of areas based on the aging measurement basic data collected from the collection device to determine the level of aging of the user-The plurality of areas include a physical function, a cognitive function, a psychological function, A degree of aging evaluation unit that evaluates the degree of aging of the user in-including at least one of role activities and social functions
A system that evaluates and provides a user's degree of aging, including. The system of claim 13, wherein the aging measurement basic data includes data of a user's daily activity log. The system of claim 13, wherein the aging measurement basic data includes a response to a questionnaire related to aging based on a Fast Healthcare Interoperability Resources (FHIR) standard. The method of claim 15, wherein the aging measurement basic data further includes at least one of data measured from an IoT device, genetic information, and a personal health record (PHR). System to provide. The method of claim 13, wherein the FHIR standard-based aging level-related questionnaire includes a self-administered questionnaire, and the self-management questionnaire includes the user's information-the user's information is age, gender, Including at least one of weight, height, and place of residence-, a drug-related questionnaire, a questionnaire related to the user's memory including symptoms of dementia, a questionnaire on the user's emotions, a questionnaire on the user's physical activity in daily life, and a fall (Falls) A system for evaluating and providing a user's degree of aging, comprising at least one of a questionnaire on experience. The system of claim 15, further comprising a storage for storing basic aging data in the form of FHIR. The evaluation of the degree of aging of the user according to claim 15, wherein when the user properly performs the physical function, cognitive function, psychological function, and role activities A system for evaluating and providing a user's degree of aging, characterized in that the result is reflected and feedback is provided to the user using a smartphone app.

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