KR20230082788A - Samrtphone-based personal medical information collecting system - Google Patents

Abstract

The present invention relates to a personal medical information collection system using a personal smart device, which includes a medical institution server that encrypts and provides medical information, a health insurance corporation server that encrypts and provides personal medical information, and other devices that encrypt and provide personal health care information. Healthcare platform server, personal medical device that encrypts and provides biometric information, personal terminal including smart phone, pad, and personal portable terminal, the personal terminal includes a collection app (app) for collecting health information and other information and a PHR platform server that communicates with the personal terminal and transmits healthcare equipment including personal medical records, biorhythms, and exercise records, and collects personal medical records with a user's smartphone to protect personal information. (Personal Health Record) platform, and the information to be collected is medical records of medical institutions, health checkup records of the National Health Insurance Corporation, life logs of other healthcare platforms (Google, Apple, Samsung), and measurement records of personally owned medical devices. The log-in information of the system is encrypted and stored in the personal smartphone, and the collection App stores only the personal medical records collected by the PHR platform, and the personal medical records stored in the PHR platform are used for various healthcare services.

Description

Smartphone-based personal medical information collection system {SAMRTPHONE-BASED PERSONAL MEDICAL INFORMATION COLLECTING SYSTEM}

The present invention relates to a smartphone-based personal medical information collection system, and more particularly, to protect personal information, personal medical records are collected by a user's smartphone and stored in a PHR (Personal Health Record) platform. Medical records, health insurance company health checkup records, other healthcare platforms (Google, Apple, Samsung) lifelogs, personally owned medical device measurement records, and login information of the system to be collected are encrypted and stored in personal smartphones, The collection app (App) stores only the personal medical records collected by the PHR platform, and the personal medical records stored in the PHR platform are related to a smartphone-based personal medical information collection system that allows them to be used for various healthcare services.

The present invention was derived from research conducted with the support of the pan-ministerial life cycle medical device research and development project funded by the government (Ministry of Science and ICT, Ministry of Trade, Industry and Energy, Ministry of Health and Welfare, Ministry of Food and Drug Safety) (KMDF project unique No.: KMDF_PR_20200901_0089, NTIS High Assignment No.: 9991006762).

Recently, with the development of mobile communication technology, the function of a mobile phone is evolving from a simple call function to a multimedia phone that transmits moving images as well as data communication. In addition, as the standard of living improves in the social aspect and the average life expectancy rises, the aging population is increasing, and as interest in a well-being lifestyle that pursues a happy life increases, interest in personal health and safety is basically increasing. am.

In response to this trend, technology to provide health-related services using a mobile terminal (eg, mobile phone) has been gradually developed, and Korean Patent Registration No. 10-0374979 is entitled "Health management service system for wireless communication network and / or Internet Method" has been registered.

In the prior art, a mobile phone is provided with a vibration sensor unit and a low-frequency sensor unit to detect the number of steps and heart rate of a user, transmit them to a server through a communication network, and the server analyzes them to provide individual health-related information. there is.

However, since these conventional health-related service providing technologies provide health-related information by detecting only a small part of the user's biometric information, there are problems in that the health-related information is not accurate and the content of the service is extremely limited.

In addition, in providing the most urgent and necessary information to the elderly and the elderly, there is a limit to the provision of uniform information of a specific category, and in addition to the problem that it is not easy to use due to complexity in confirming and obtaining information, each information provided There was a problem of not providing effective information for improving health status through in-depth and complex information by association and linkage of

As a method to solve this problem, Korean Patent Registration No. 10-1747521 (registered on June 8, 2017) (title of invention: smart health management information service method) is (a) from a mobile device to a health management server user authentication; (b) the health management server displaying a selection menu of health care information classified into disease information, safety information, exercise information, self-diagnosis information, and user health management information through the mobile device; (c) when the user selects any one of the selection menus, the health management server displaying and providing detailed information classified by category and connected in a step-by-step tree structure on the mobile device; and (d) when the user selects the self-diagnosis information and performs a step-by-step diagnosis process, the health management server stores a result of the step-by-step diagnosis process as user health management information, wherein the disease information and The self-diagnosis information is classified into nursing information, food and nutrition information, and physical education information. The nursing information includes cartoon information explaining the content, the exercise information includes video information about the content, and the self-diagnosis information includes video information about the content. The information is diagnostic category information that represents the current user's diagnostic information results of nursing, food and nutrition, and exercise through the survey process as numerical values, and the user's health condition updated by the self-diagnosis information is fed back to the user's health status A smart health management information service method is disclosed, characterized in that the diagnosis information of nursing care, food influence and exercise is updated.

However, since such a smart health care information service method according to the prior art does not have a personal information collection engine platform, it is vulnerable to security and has a problem in that it is difficult to be used for various health care services thereafter.

The purpose of the present invention has been proposed in view of the above conventional situation, and to protect personal information, personal medical records are collected on a user's smartphone and stored in a PHR (Personal Health Record) platform. Health insurance company health examination records, other healthcare platforms (Google, Apple, Samsung) life logs, personally owned medical device measurement records, and login information of the system to be collected are encrypted and stored in personal smartphones, and the collection app ( App) stores only the personal medical records collected by the PHR platform, and provides a smartphone-based personal medical information collection system that allows the personal medical records stored in the PHR platform to be used for various healthcare services.

According to a preferred embodiment of the present invention for achieving the above object, a smartphone-based personal medical information collection system

A medical institution server that encrypts and provides medical information;

Health insurance corporation server that encrypts and provides personal medical information;

Other healthcare platform servers that encrypt and provide personal healthcare information;

Personal medical devices that encrypt and provide biometric information;

Personal terminals including smartphones, pads, and personal portable terminals;

The personal terminal includes a collection app (app) for collecting health information and other information,

It includes a PHR platform server that is communicatively connected to the personal terminal and transmits healthcare equipment including personal medical records, biorhythms, and exercise records,

To protect personal information, personal medical records are collected on the user's smartphone and stored in the PHR (Personal Health Record) platform.

The information to be collected includes medical records of medical institutions, health checkup records of the National Health Insurance Service, life logs of other healthcare platforms (Google, Apple, Samsung), and measurement records of personally owned medical devices. It is encrypted and stored, and the collection app stores only personal medical records collected through the PHR platform.

Personal medical records stored in the PHR platform are characterized by being used for various healthcare services.

also,

In the user smartphone environment, the health information collection app (APP) 10

PHR platform interlocking unit (storage/retrieval) 12 that handles the health information storage and inquiry process;

A biometric authentication unit 14 that registers and authenticates the user's biometric authentication data;

A collection engine unit 16 that collects user's health information and life log data;

a collection engine update unit 18 for updating the collection engine program;

Includes a login information management unit 19 for processing the user's login process,

The PHR platform 20 (aka REDWOOD) processes the login process in conjunction with the health information collection app 10, performs a (token) authentication process, and performs a collection engine update,

The user terminal 30 registers login information through the health information collection app 10,

The user terminal 30 can log in to the medical institution (server) 1 through the health information collection app 10, performs a (token) authentication process, collects medical records,

The user terminal 30 can log in to other HealthCare platforms (servers) 3 through the health information collection app 10, perform a (token) authentication process, and collect lifelogs,

The user terminal 30 collects lifelogs from the personal medical device 4 through the health information collection app 10,

The user terminal 30 can log in (authorized certificate) to the Health Insurance Corporation (server) 2 through the health information collection app 10, perform a (token) authentication process, and request checkup treatment information , Afterwards, the examination/treatment information (HTML) is parsed and extracted, and the examination/treatment data can be stored,

In case of login failure in the above process, a pop-up indicating the cause of login failure is displayed on the user terminal, and when the validity period of the issued token expires, termination guidance and re-request guidance messages are provided.

In addition, in the user smartphone environment, the collection engine 16 in the health information collection application (APP) 10

A web crawling authentication processor 161 for processing web crawling authentication when requesting authentication data such as login information registration and public certificate registration from the user terminal 30;

A web crawling data extractor 162 for extracting web crawling data;

A PHR upload unit 163 registering PHR data to the PHR platform 20;

Health Insurance Corporation web crawler 164 that downloads web pages including PHR after being logged in in conjunction with the Health Insurance Corporation web server 22;

A hospital web crawler (165) that downloads web pages including PHR after being logged in in conjunction with the hospital A web server (11-1);

A hospital B web crawler 166 that downloads a web page including PHR after logging in with the B hospital web server 11-2, and

It includes a medical device data collection unit 167 that is interlocked with the personal medical device 4 to collect measurement values of the personal medical device.

According to the smartphone-based personal medical information collection system according to the present invention described above, personal medical records are collected with a user's smartphone to protect personal information and stored in a PHR (Personal Health Record) platform. Health insurance company health examination records, other healthcare platforms (Google, Apple, Samsung) life logs, personally owned medical device measurement records, and login information of the system to be collected are encrypted and stored in personal smartphones, and the collection app ( App) stores only the personal medical records collected by the PHR platform, and the personal medical records stored in the PHR platform have the effect of enabling them to be used for various healthcare services.

1 is a schematic system configuration diagram of a smart phone-based personal medical information collection system according to the present invention.
FIG. 2 is a system configuration diagram of a smart phone-based personal medical information collection system specifically illustrating the user smart phone environment of FIG. 1. Referring to FIG.
FIG. 3 is a schematic system configuration diagram of a smart phone-based personal medical information collection system showing the collection engine of FIG. 2 in detail.
4 to 14 are diagrams illustrating examples of interface screens displayed on a user terminal in the smartphone-based personal medical information collection system according to the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail.

However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, the terms "include" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that the presence or addition of numbers, steps, operations, components, parts, or combinations thereof is not precluded.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one 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 art, and unless explicitly defined in the present application, they should not be interpreted in an ideal or excessively formal meaning. don't

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail. In order to facilitate overall understanding in the description of the present invention, the same reference numerals are used for the same components in the drawings, and redundant descriptions of the same components are omitted.

1 is a schematic system configuration diagram of a smartphone-based personal medical information collection system according to the present invention, and FIG. 2 is a system configuration diagram of the smartphone-based personal medical information collection system specifically showing the user smartphone environment of FIG. 1 3 is a schematic system configuration diagram of a smart phone-based personal medical information collection system showing the collection engine of FIG. 2 in detail.

Referring to FIG. 1, a smartphone-based personal medical information collection system 100 according to the present invention

Medical institution (server) (1) that provides medical institutions, Health Insurance Corporation (server) that provides insurance information (checkup records) (2), and other healthcare platforms that transmit individual daily measurement records (life log) (3) ) (Samsung Health, etc.), and a collection app (APP) including a collection engine that collects data from the personal medical device (4) that transmits the individual's daily measurement records (life log) (personal medical information collection program ) (10) downloaded and stored user terminal (or smartphone terminal) 30 and the user terminal 30 and the personal medical records connected to the wired or wireless communication network to store and manage the PHR platform for managing personal medical information records ( 20) included.

Referring to FIG. 2, in the user smartphone environment, the health information collection app (APP) 10

PHR platform interlocking unit (storage/retrieval) 12 that handles the health information storage and inquiry process;

A biometric authentication unit 14 that registers and authenticates the user's biometric authentication data;

A collection engine unit 16 that collects user's health information and life log data;

a collection engine update unit 18 for updating the collection engine program;

It includes a login information management unit 19 that processes a user's login process.

The PHR platform 20 (referred to as REDWOOD) processes a login process in conjunction with the health information collection app 10, performs a (token) authentication process, and also performs a collection engine update.

The user terminal 30 registers login information through the health information collection app 10 .

In addition, the user terminal 30 can log in to the medical institution (server) 1 through the health information collection app 10, performs a (token) authentication process, and collects medical records.

In addition, the user terminal 30 can log in to another HealthCare platform (server) 3 through the health information collection app 10, performs a (token) authentication process, and collects lifelogs.

In addition, the user terminal 30 collects lifelogs from the personal medical device 4 through the health information collection app 10 .

In addition, the user terminal 30 can log in (authorized certificate) to the Health Insurance Corporation (server) 2 through the health information collection app 10, perform a (token) authentication process, and request checkup treatment information will do Then, examination/treatment information (HTML) is parsed and extracted, and examination/treatment data can be stored.

In case of login failure in the above process, a pop-up indicating the cause of login failure is displayed on the user terminal, and when the validity period of the issued token expires, a termination guide and a re-request guide message are provided.

Referring to FIG. 3, in the user smartphone environment, the collection engine 16 in the health information collection application (APP) 10

A web crawling authentication processor 161 for processing web crawling authentication when requesting authentication data such as login information registration and public certificate registration from the user terminal 30;

A web crawling data extractor 162 for extracting web crawling data;

A PHR upload unit 163 registering PHR data to the PHR platform 20;

Health Insurance Corporation web crawler 164 that downloads web pages including PHR after being logged in in conjunction with the Health Insurance Corporation web server 22;

A hospital web crawler (165) that downloads web pages including PHR after being logged in in conjunction with the hospital A web server (11-1);

Hospital B web crawler 166 that downloads web pages including PHR after being logged in in conjunction with the hospital B web server 11-2;

It includes a medical device data collection unit 167 that is interlocked with the personal medical device 4 to collect measurement values of the personal medical device.

4 to 14 are diagrams illustrating examples of interface screens displayed on a user terminal in the smartphone-based personal medical information collection system according to the present invention.

Referring to FIG. 4 , actual interface screens of the personal information collection application (APP) 10 are shown.

S1 is my health information inquiry authentication initial screen.

S2 represents a fingerprint recognition login screen.

S3 shows the screen after selecting the main screen-->inquiry details check.

The message displayed on the screen S3 is, for example, "Hong Gil-dong is currently using the family health service". The display of the corresponding message shall be displayed only when the health insurance corporation information is connected and used.

When connecting to health insurance, the display method can display the health insurance corporation data inquiry history, such as "7 cases".

The authentication date and expiration date of the public certificate are also displayed on the screen S3. If you skip importing a public certificate when you first install and sign up, it will be displayed as blank.

S4 is the screen that appears when you access the lifelog collection connection-->main screen. The user can select Samsung Health collection connection or Google Fit app connection through the button (but is not limited thereto).

S5 and S6 represent public certificate import screens.

Referring to FIG. 5 , actual interface screens of the personal information collection application (APP) 10 are shown.

S21 is a screen after S1, which is a guide screen for essential collection information and access items, and is divided into call, storage space, and notification parts, respectively, and can be registered by touching the consent or cancel part.

S22 shows a pop-up window requesting permission to access. You can register by touching Allow or Deny.

S23 indicates a pop-up window for managing a call state or for providing permission to make a call.

S24 shows a pop-up window for confirming the provision of authority to store the certificate in the storage when using additional services.

S31 shows a screen for agreeing to the terms and conditions. You can check the terms and conditions by touching the following part.

S32 represents the terms and conditions of service.

S33 represents the personal information collection terms and conditions.

S34 indicates the privacy policy.

Referring to FIG. 6 , actual interface screens of the personal information collection application (APP) 10 are shown.

S41 shows a public certificate import guidance screen.

In detail, S42 shows a certificate import guidance screen for guiding connection site access through a mobile phone for exporting and importing a public certificate.

S43 shows a certificate import guidance screen, and you can select import by QR code or import by approval number by touching it.

S44 represents a QR code scan screen.

S45 shows an approval number input screen.

S46 shows a certificate import completion screen.

S47 represents a certificate password input screen. The certificate password can be saved by touching Save certificate password.

S48 shows a user authentication screen.

Referring to FIG. 7 , actual interface screens of the personal information collection application (APP) 10 are shown.

S51 represents a password setting screen.

S52 represents a password setting screen similar to S51.

S53 shows a subscription completion screen. The user may select whether to register the fingerprint by touching the fingerprint registration area.

S54 represents a password input screen similar to S51.

S55 indicates a password input error guidance pop-up window.

S56 represents a screen displayed when fingerprint registration is selected. The user may select whether to register the fingerprint by touching the fingerprint registration area.

S57 shows a fingerprint use registration guidance screen. The user may select deregistration by touching the deregistration portion.

S58 shows a fingerprint registration completion screen.

S59 represents a fingerprint registration error screen.

S60 represents a fingerprint registration input screen.

Referring to FIG. 8 , actual interface screens of the personal information collection application (APP) 10 are shown.

S61 represents a fingerprint recognition login screen.

S62 shows a normal confirmation guidance screen.

S63 indicates a fingerprint recognition error guide screen.

S64 indicates a lifelog collection connection --> main screen access guidance screen. The user can select Samsung Health collection connection or Google Fit app connection through the button (but is not limited thereto).

S65 indicates a Samsung Health connection guidance pop-up window. The user can select a Samsung Health collection connection through the Connect button (but is not limited thereto).

S66 displays a Google Fit connection guidance pop-up window. The user can select Google Fit app connection through the Connect button (but is not limited thereto).

Referring to FIG. 9 , actual interface screens of the personal information collection application (APP) 10 are shown.

S71 shows the main screen --> inquiry details confirmation screen. Inquiry items such as family health, smart weight scale, and smart band are displayed.

S72 represents a user option screen.

S73 displays a user option screen similarly to S72.

S74 to S77 indicate user option-->password change process,

S74 represents a user options screen.

S75 represents a password reset screen.

S76 represents a password regeneration screen.

S77 displays a password change completion screen.

Referring to FIG. 10 , actual interface screens of the personal information collection application (APP) 10 are shown.

S81 to S87 are screens showing user options-->fingerprint authentication use process.

S81 represents a user option screen.

S82 represents a fingerprint authentication use screen. You can register a new one by touching New registration.

S83 represents a fingerprint authentication use screen. You can register your fingerprint by touching Register.

S84 shows a fingerprint use registration completion screen.

S85 represents a fingerprint registration error screen.

S86 shows a fingerprint registration completion screen.

S87 represents a fingerprint input screen.

Referring to FIG. 11 , actual interface screens of the personal information collection application (APP) 10 are shown.

S91 represents a user option screen.

S92 represents a notification setting screen.

S93 represents a user option screen.

S94 represents a companion device guide screen. You can choose from blood glucose meter, blood pressure monitor, smart watch, smart weight scale, and activity tracker.

S95 represents an interlocking device detailed screen.

Referring to FIG. 12 , actual interface screens of the personal information collection application (APP) 10 are shown. Since the drawings are similar to those of FIG. 6 , the same description will be omitted.

Steps S101 to S109 represent a user option-->public certificate registration connection process.

S101 represents a user option screen.

S102 shows a public certificate import screen.

S103 shows a certificate import guidance screen.

S104 shows a certificate import screen.

S105 represents a QR code scan screen.

S106 shows an 8-digit guidance screen for inputting an approval number.

S107 displays a certificate import pop-up window.

S108 shows a certificate password input screen.

S109 shows a user authentication screen.

Referring to FIG. 13 , actual interface screens of the personal information collection application (APP) 10 are shown.

S110 to S112 indicate a user option-->lifelog connection process,

S113 and S114 represent user options-->terms of use and policy procedures.

S110 represents a user option screen.

S111 shows a lifelog collection connection screen.

S112 indicates a Google Fit connection guide screen.

S113 represents a user option screen.

S114 represents a user agreement and policy guidance screen.

Referring to FIG. 14 , actual interface screens of the personal information collection application (APP) 10 are shown.

S121 to S124 are screens showing a user option-->service cancellation process.

S121 represents a user option.

S122 shows a service cancellation guidance screen.

S123 shows a service cancellation confirmation pop-up window. The user can select yes or no by touching them.

S124 represents a cancellation processing guidance screen displayed when Yes is selected in S123.

S1 represents the initial health inquiry authentication screen.

110 represents an icon displaying a personal health information app.

As described above, according to the smartphone-based personal medical information collection system according to the present invention, personal medical records are collected by the user's smartphone to protect personal information and stored in the PHR (Personal Health Record) platform. Medical records, health insurance company health checkup records, other healthcare platforms (Google, Apple, Samsung) lifelogs, personally owned medical device measurement records, and login information of the system to be collected are encrypted and stored in personal smartphones, The collection app stores only the personal medical records collected by the PHR platform, and the personal medical records stored in the PHR platform can be used for various healthcare services.

As described above, the optimal embodiment has been disclosed in the drawings and specifications. Although specific terms are used herein, they are only used for the purpose of describing the present invention and are not used to limit the scope of the present invention described in the claims or defining the meaning. Therefore, those of ordinary skill in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

1: Medical institution (server)
2: Health Insurance Corporation (Server)
3: Other HealthK platforms (servers)
4: Personal medical device
10: Health information collection app (app)
12: PHR platform linkage (storage/inquiry)
14: bio authentication unit 14,
16: collection engine unit
18: collection engine update unit
19: Login information management department
20: PHR platform (aka REDWOOD)
30: user terminal
161: web crawl authentication handler;
162: web crawl data extractor
163: PHR upload unit,
164: Health Insurance Corporation web crawler,
165: A hospital web crawler
166: B hospital web crawler
167: medical device data collection unit

Claims (3)

A medical institution server that encrypts and provides medical information;
Health insurance corporation server that encrypts and provides personal medical information;
Other healthcare platform servers that encrypt and provide personal healthcare information;
Personal medical devices that encrypt and provide biometric information;
Personal terminals including smartphones, pads, and personal portable terminals;
The personal terminal includes a collection app (app) for collecting health information and other information,
It includes a PHR platform server that is communicatively connected to the personal terminal and transmits healthcare equipment including personal medical records, biorhythms, and exercise records,
To protect personal information, personal medical records are collected on the user's smartphone and stored in the PHR (Personal Health Record) platform.
The information to be collected includes medical records of medical institutions, health checkup records of the National Health Insurance Service, life logs of other healthcare platforms (Google, Apple, Samsung), and measurement records of personally owned medical devices. It is encrypted and stored, and the collection app stores only personal medical records collected through the PHR platform.
Personal medical information collection system using personal smart devices, characterized in that the personal medical records stored in the PHR platform are used for various healthcare services. According to claim 1,
In the user smartphone environment, the health information collection app (APP) 10
PHR platform interlocking unit (storage/retrieval) 12 that handles the health information storage and inquiry process;
A biometric authentication unit 14 that registers and authenticates the user's biometric authentication data;
A collection engine unit 16 that collects user's health information and life log data;
a collection engine update unit 18 for updating the collection engine program;
Includes a login information management unit 19 for processing the user's login process,
The PHR platform 20 (aka REDWOOD) processes the login process in conjunction with the health information collection app 10, performs a (token) authentication process, and performs a collection engine update,
The user terminal 30 registers login information through the health information collection app 10,
The user terminal 30 can log in to the medical institution (server) 1 through the health information collection app 10, performs a (token) authentication process, collects medical records,
The user terminal 30 can log in to other HealthCare platforms (servers) 3 through the health information collection app 10, perform a (token) authentication process, and collect lifelogs,
The user terminal 30 collects lifelogs from the personal medical device 4 through the health information collection app 10,
The user terminal 30 can log in (authorized certificate) to the Health Insurance Corporation (server) 2 through the health information collection app 10, perform a (token) authentication process, and request checkup treatment information , Afterwards, the examination/treatment information (HTML) is parsed and extracted, and the examination/treatment data can be stored,
Personal medical information collection system using a personal smart device, characterized in that when the login fails in the above process, a pop-up indicating the cause of the login failure is displayed on the user terminal, and when the validity period of the issued token expires, a termination guide and a re-request guide message are provided. . According to claim 1,
In the user smartphone environment, the collection engine 16 in the health information collection application (APP) 10
A web crawling authentication processor 161 for processing web crawling authentication when requesting authentication data such as login information registration and public certificate registration from the user terminal 30;
A web crawling data extractor 162 for extracting web crawling data;
A PHR upload unit 163 registering PHR data to the PHR platform 20;
Health Insurance Corporation web crawler 164 that downloads web pages including PHR after being logged in in conjunction with the Health Insurance Corporation web server 22;
A hospital web crawler (165) that downloads web pages including PHR after being logged in in conjunction with the hospital A web server (11-1);
A hospital B web crawler 166 that downloads a web page including PHR after logging in with the B hospital web server 11-2, and
A personal medical information collection system using a personal smart device including a medical device data collection unit 167 that collects measurement values of the personal medical device in conjunction with the personal medical device 4.

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