JP6342095B1 - Health management system, health management method, program, and recording medium - Google Patents

Abstract

To provide a health management system that improves the system utilization rate and easily maintains the motivation to continue behavior for health promotion. A health management system includes a management server 2 and a plurality of terminals. The management server 2 associates and stores the host user identification information and the guest user identification information selected by the host user in association with each other and the host user identification information in association with the host user identification information. A health-related information storage unit 202 that stores health-related information including diagnosis data, and an information disclosure unit 25 that transmits the health-related information of the host user to the browsing requesting terminal in response to the browsing request. The host terminal has a browsing unit that issues a browsing request to the management server 2 and outputs the health related information received from the management server 2. The guest terminal has browsing means for at least a part of the health related information of the host user associated with the guest user. [Selection] Figure 2

Description

  The present invention relates to a health management system, a health management method, a program, and a recording medium for promoting user health.

  Conventionally, a system utilizing information communication technology has been proposed in order to promote personal health. For example, in the system described in Patent Literature 1, the target user transmits an action pattern (such as the number of meals) to the health management server, and the health management server generates health advice in consideration of the action pattern, and the target user's smartphone or the like. It is a system that transmits to the terminal. According to this system, it is said that the motivation of athletic behavior can be enhanced by the target user by advice or the like to be transmitted.

International Publication No. 2017/022013

  The system described in Patent Document 1 is configured such that advices and the like are viewed only by the target user individually on the user side, and the system is used based on the determination of the target user individual. Therefore, whether or not to use the system itself depends on the hobbies and interests of the target user, and does not necessarily have a high utilization rate, and cannot be said to fully exhibit the original health promotion effect. In order to promote health using a health promotion system, the user must increase the rate of using the system and maintain motivation to continue using the information from the system to promote health. is necessary.

  The present invention has been made in view of such a background, and an object of the present invention is to provide a health management system that improves the system utilization rate and easily maintains the motivation to continue behavior for health promotion.

One aspect of the present invention is a health management system including a management server and a plurality of terminals connected to the management server via a network,
The management server
A member information storage unit for storing the identification information of the host user and the identification information of the guest user selected by the host user in association with each other;
A health-related information storage unit that stores health-related information including medical examination data of the host user in association with the identification information of the host user;
In response to a browsing request for the health-related information transmitted from a host terminal held by the host user or a guest terminal held by the guest user, the health-related information of the host user is sent to the terminal requesting browsing. An information disclosure means for transmitting,
The host terminal is
The browsing means for issuing the browsing request for the health related information of the host user to the management server, and outputting the health related information received from the management server,
The guest terminal
Has 閲 list means for at least medical examination data of the health-related information of the host user associated with the guest user,
Each of the host terminal and the guest terminal includes a message application,
The management server
A chat group is configured with the host user and the guest user on the message application, and user messages issued by the host user and the guest user are collected in a chat room including the chat group as members, and A conversation bot that can emit bot messages;
A message control unit for determining a bot message to be issued by the conversation bot using the material information including the user message;
The host terminal has log transmission means for transmitting life log data of the host user to the management server;
The management server has life log recording means for storing the life log data in the health related information storage unit as a part of the health related information,
The message control unit is in a health management system in which the life log data is further included in the material information.

  As described above, the health management system of this aspect is a health management system including a management server, and a host terminal and a guest terminal connected to the management server via a network. The health-related information of the host user stored in the health-related information storage unit of the management server is not only a browsing request from the host terminal used by the host user, but also a browsing request from the guest terminal used by the guest user. The health related information of the host user can be viewed on both the host terminal and the guest terminal.

  In addition, the guest user who uses the guest terminal is a person selected by the host user, and since it is assumed that the health related information is shared, the guest user can naturally be a person closely related to the host user. That is, a guest user who is relatively interested in the health status of the host user can appropriately grasp the health-related information of the host user. Therefore, not only the intention of the host user, but also the support by the guest user, the use continuity of the health management system is improved, and in turn, the motivation maintenance rate of continuing the action for promoting the health by the host user is improved. You can expect

  In particular, the health-related information of the host user shared between the host user and the guest user includes medical examination data. In other words, this health management system is configured so that medical examination data can be shared between general users (that is, between a host user and a guest user selected by the host user). Therefore, the guest user can easily grasp the detailed health status of the host user through this system. As a result, it is expected that the guest user will give accurate advice based on the medical examination data of the host user to the host user, and will accurately promote the health promotion of the host user. Furthermore, it is expected that the host user who received the push will maintain the motivation to continue the action for health promotion.

  As described above, in this aspect, it is possible to provide a health management system that improves the system utilization rate and easily maintains the motivation to continue behavior for promoting health.

1 is an overall configuration diagram of a health management system in Embodiment 1. FIG. FIG. 2 is a block diagram illustrating a configuration of a management server in the first embodiment. FIG. 2 is a block diagram illustrating a configuration of a host terminal in the first embodiment. FIG. 3 is a block diagram illustrating a configuration of a guest terminal according to the first embodiment. The conceptual diagram which shows the data input into the health relevant information storage part in Example 1. FIG. The conceptual diagram of the display screen of the terminal in which the medical examination data of the host user in Example 1 were displayed. The conceptual diagram of the display screen of the terminal at the time of the target setting in Example 1. FIG. The conceptual diagram of the display screen of the terminal in which the progress information of target achievement was displayed in Example 1. FIG. The conceptual diagram of the display screen of the terminal at the time of activity input in Example 1. FIG. The conceptual diagram of the display screen of the host terminal in which an example of the user message memorize | stored as materiality information in Example 1 was displayed. The conceptual diagram which shows an example which converted the message content of FIG. 10 into data. The table | surface which shows the health promotion action in Example 1, and its drop-out possibility. 6 is a flowchart illustrating an example of an operation of the management server when a guest is added by a first member registration unit in the first embodiment. The sequence diagram which shows an example of operation | movement when the identification information of a guest user is memorize | stored in the member information storage part of a management server by the 2nd member registration means in Example 1. FIG. The flowchart which shows an example of operation | movement of a management server at the time of browsing health relevant information by a host terminal or a guest terminal in Example 1. FIG. The flowchart which shows operation | movement of the management server at the time of determining the bot message which the conversation bot should emit in Example 1. FIG. The conceptual diagram which shows a mode that the message control part in Example 1 determines material information after analyzing material information and scoring. The conceptual diagram of the display screen of a host terminal when the message which promotes health promotion action from the conversation bot in Example 1 is received. FIG. 6 is an overall configuration diagram of a health management system according to a second embodiment. The block diagram which shows the structure of the organization terminal in Example 2. FIG. The block diagram which shows the structure of the management server in Example 2. FIG. FIG. 6 is a block diagram showing a configuration of a host terminal in Embodiment 2. The block diagram which shows the structure of the guest terminal in Example 2. FIG. The conceptual diagram which shows the data input into the health relevant information storage part in Example 2. FIG. 9 is a flowchart illustrating an example of an operation of a management server when health-related information of a host user is browsed by an organization-side browsing unit in the second embodiment. The sequence diagram which shows operation | movement when the message control part in Example 2 determines a bot message based on health promotion information. The conceptual diagram of the display screen of a host terminal when the bot message based on the content sent from the organization terminal in Example 2 is received. The sequence diagram which shows operation | movement when the health promotion information in Example 2 is displayed by the notification display means of a host terminal or a guest terminal.

In the health management system,
Each of the host terminal and the guest terminal includes a message application,
The management server
A chat group is configured with the host user and the guest user on the message application, and user messages issued by the host user and the guest user are collected in a chat room including the chat group as members, and A conversation bot that can emit bot messages;
Using the material information including the user message, that having a, a message control unit for determining a bot message to be emitted is the conversation bot. As a result, communication between the host user and the guest user is prompted by the conversation bot. Therefore, it is easier to promote communication between the host user and the guest user, and maintenance of the host user's motivation for health promotion can be further expected. Further, the message control unit determines the bot message using the material information including the user message. Therefore, a timely bot message based on the user message can be created. This can also be expected to improve the motivation for using the system.

Further, the host terminal has log transmission means for transmitting life log data of the host user to the management server,
The management server has life log recording means for storing the life log data in the health related information storage unit as a part of the health related information,
The message control unit, Ru used included in addition the material information the life log data. The life log data is a record of human life such as the number of steps, weight, meal data, activity, exercise, medical checkup date, etc., as digital data such as text, video, audio, and position information.
As a result, it is possible to make the conversation bot speak a message that further promotes the health of the host user in consideration of various life log data. As a result, communication between the host user and the guest user in the chat room can be further facilitated, and a bot message that is more suitable for the situation can be sent. This can be expected to improve the motivation for using the system.

Moreover, it is preferable that the health-related information includes progress information on achievement of the goal related to the health promotion of the host user. Examples of goals related to health promotion include the target number of weight measurements in a predetermined period, the target number of daily steps, the target date and time of a medical examination reservation, the target minimum number of drinking sessions in a predetermined period, and the number of low calorie meals in a predetermined period Any purpose that promotes health can be considered.
Thereby, the progress information is shared between the host user and the guest user. Therefore, rather than trying to achieve the goal by one person, by sharing the goal of the host user and the progress of the goal achievement with the guest user, together with the boost by the guest user, Motivation to achieve the goal will continue. Therefore, it is easier to promote the health of the host user.

Further, the management server has a dropout possibility calculating means for calculating a dropout possibility that the host user may not continue the health promotion behavior using the material information,
It is preferable that the message control unit further includes the possibility of dropping in the material information. Thus, for example, when the message control unit determines that the host user is not likely to continue the action for a certain health promotion action, a bot message that promotes the maintenance of the health promotion action can be created. This also facilitates the health promotion of the host user.

Further, the host terminal has guest addition means for issuing a request for adding the guest user selected by the host user to the management server,
The management server has first member registration means for storing the guest user identification information in association with the host user identification information in the member information storage unit in response to the addition request from the host terminal. preferable. Thereby, the host user can easily add a guest user as a guest from his / her host terminal 3.

The management server associates the guest user identification information with the host user identification information in response to the guest user taking a predetermined action in the chat room formed on the message application. It is preferable to have the 2nd member registration means memorize | stored in a member information storage part. The predetermined action may be, for example, that the guest user speaks in the chat room, or that the guest user consents to store his / her identification information in the member information storage unit in the chat room.
As a result, the host user can easily add the guest user as a guest using the message application.

In addition, it further includes an organization terminal owned by a company to which the host user belongs, or a medical institution,
It is preferable that the organization terminal has organization side browsing means for outputting the health related information of the host user. As the organization terminal, for example, a terminal held by a human resources department of a company, a terminal held by a doctor or a specialist of a medical institution, and the like can be considered.
Thereby, the organization of a company or a medical institution can intervene and can monitor the health state of a host user. As a result, the present system helps the host user to perform health promotion actions such as health advice provided by the organization.

In addition, the organization terminal has organization-side information transmission means for transmitting health promotion information for health promotion of the host user to the management server,
It is preferable that the message control unit further uses the health promotion information transmitted from the tissue-side information transmission unit in the material information. The health promotion information includes all information useful for promoting the health of the host user, such as information on a hospital that can receive a medical examination at a low price and information on a low calorie recipe.
Thereby, the company or medical institution to which the host user belongs can give healthy advice to the host user through the conversation bot. In this way, the host user can obtain specialized information possessed by a company or a medical institution, and this can also improve continuity of system use and promote health.

Moreover, it is preferable that the host terminal and the guest terminal are configured to communicate with the management server in an interface application that each of the host terminal and the guest terminal has. The interface application is downloaded and installed in the host terminal and the guest terminal, and has various functions such as sending a browsing request to the management server and receiving the health management information of the host user from the management server. It is an application to prepare for.
Thereby, the host terminal and the guest terminal can obtain various functions of the host terminal or guest terminal of this example such as browsing means by downloading and installing the interface application from the outside. Therefore, the system administrator can easily provide the various functions of this example to the host terminal and the guest terminal.

As another aspect of the present invention, a health management method for performing health management of a host user using a management server and a plurality of terminals connected to the management server via a network,
A member information storage step in which the management server stores the identification information of the host user and the identification information of the guest user selected by the host user in association with each other;
A health-related information storage step in which the management server stores health-related information including health examination data of the host user in association with identification information of the host user;
A browsing request step in which a host terminal held by the host user or a guest terminal held by the guest user issues a browsing request for at least a part of the health-related information of the host user to the management server;
In response to the browsing request, the management server transmits the health-related information requested for browsing to the terminal of the browsing request source;
There is a health management method in which the terminal that has received the health related information transmitted from the management server in the information disclosure step includes a browsing step of outputting the health related information.

  In the health management method, an organization terminal held by a company to which the host user belongs or a medical institution may further include an organization-side browsing step of outputting the health-related information of the host user.

  Furthermore, as another aspect of the present invention, in each of the health management methods, a program for causing a computer to execute each step executed by the management server, and each step executed by the host terminal or the guest terminal are executed by the computer. And a program for causing a computer to execute each step executed by the organization terminal.

  As still another aspect of the present invention, there is a computer-readable recording medium in which each program is recorded.

  The same effects as the health management system of the above aspect can be obtained by these health management methods, programs, and recording media.

Example 1
<Overall configuration>
As shown in FIG. 1, the health management system 1 of this example is a system including a management server 2, a host terminal 3 connected to the management server 2 via a network 100, a guest terminal 4, and a message server 5.

  The management server 2 is a server managed by the system administrator of the health management system 1 of this example. As shown in FIG. 2, the management server 2 includes a storage unit 20, a first member registration unit 21, a second member registration unit 22, a request reception unit 23, a search unit 24, an information disclosure unit 25, a conversation bot 26, and a message control unit. 27 and life log recording means 28.

  The storage unit 20 can be a storage medium such as a ROM, a flash memory, and a hard disk, for example. The storage unit 20 includes a member information storage unit 201 and a health related information storage unit 202. The member information storage unit 201 stores host user identification information and guest user identification information. As shown in FIG. 5, the health related information storage unit 202 includes host user medical checkup data 61, target progress information 62, user message 63, dropout possibility 65, life log data 64, and host user identification information. In addition to being stored in association with each other, guest user medical examination data 61, target progress information 62, user message 63, dropout possibility 65, and life log data 64 are stored in association with the guest user identification information. Yes. Of the information stored in the health-related information storage unit 202, at least the health check data 61 of the host user is configured so that both the host terminal 3 and the guest terminal 4 can be seen. In this example, among the information stored in the health related information storage unit 202, the health check data 61 of the host user and the guest user, the target progress information 62, and the life log data 64 are stored in the host terminal 3 and the guest terminal 4. It is structured to be seen.

  The medical examination data 61 is, for example, a data group including height, weight, BMI, body fat percentage, chest circumference and the like by year. The medical examination data 61 is displayed on the host terminal 3 and the guest terminal 4 as shown in the screen display example of FIG. In FIG. 6, “Daisuke” is an own name (user name) set by the host user in an interface application 31 described later.

  Further, the goal progress information 62 is progress information on achievement of goals related to health promotion. Examples of goals related to health promotion include the target number of weight measurements in a predetermined period, the target number of daily steps, the target date and time of a medical examination reservation, the target minimum number of drinking sessions in a predetermined period, and the number of low calorie meals in a predetermined period Etc. These various goals are set in advance in interface applications 31 and 41 (to be described later) of the host terminal 3 or the guest terminal 4 as shown in FIG. FIG. 7 shows a conceptual diagram of a setting screen for “target number of weight measurements in a predetermined period”. The target progress information 62 is displayed on the host terminal 3 and the guest terminal 4 as shown in the screen display example of FIG. The user message 63, dropout possibility 65, and life log data 64 shown in FIG. 5 will be described later.

  The first member registration unit 21, the second member registration unit 22, the request reception unit 23, the search unit 24, the information disclosure unit 25, the life log recording unit 28, the conversation bot 26, and the message control unit 27 temporarily store the processor and information. This is realized by a control area having a memory such as a RAM. That is, these are realized by the CPU of the management server 2 executing an application program, an operation system, a control program, and the like stored in a storage medium such as a hard disk.

  As shown in FIG. 2, the first member registration unit 21 receives a guest addition request (described later) from the host terminal 3 via the communication interface provided in the management server 2. Then, in response to the guest addition request from the host terminal 3, the first member registration unit 21 stores the guest user identification information in the member information storage unit 201 in association with the host user identification information.

  The second member registration unit 22 receives a guest addition request from the guest terminal 4 via the communication interface provided in the management server 2 and the external message server 5. In the chat room where the host user, guest user, and conversation bot 26 participate, the second member registration unit 22 converts the guest user identification information into the host user identification information in response to the guest user performing a predetermined action. The member information is stored in the member information storage unit 201 in association with each other. The predetermined action may be, for example, that the guest user speaks in the chat room, or the guest user consents to store his / her identification information in the member information storage unit 201 in the chat room. But you can.

  The request receiving unit 23 receives a browsing request for the health-related information of the host user or the guest user transmitted from the host terminal 3 or the guest terminal 4 via the communication interface provided in the management server 2. In addition, the request receiving unit 23 transmits the received browsing request to the search unit 24.

  The search unit 24 searches the storage unit 20 for health related information in response to the browsing request received from the request receiving unit 23. For example, when the search unit 24 receives a browsing request for the medical examination data 61 of the host user, the search unit 24 stores the host user's identification information stored in association with the host user identification information based on the host user identification information. The medical examination data 61 is searched. Then, the search unit 24 transmits the searched health-related information to the information disclosure unit 25.

  The information disclosure unit 25 transmits the health-related information received from the search unit 24 to the browsing request source terminal via the communication interface of the management server 2.

  The life log recording unit 28 receives the life log data 64 transmitted from the host terminal 3 or the guest terminal 4 via the communication interface of the management server 2. The life log recording unit 28 stores the life log data 64 transmitted from the host terminal 3 or the guest terminal 4 in the health related information storage unit 202 as a part of the health related information. The life log recording unit 28 stores the received various life log data 64 in the health related information storage unit 202 in association with the identification information of the sender of the life log data 64. As shown in FIG. 5, the life log data 64 includes the number of steps 641, weight 642, meal data 643, activity 644, exercise 645, medical checkup date 646 and the like input to the management server 2 by the host user and guest user. It is a data group.

  The meal data 643 is data including the user's meal contents, and may be text data, image data, or the like. For example, as shown in the activity setting screen of the terminal shown in FIG. 9, the activity 644 has its action date (“when” column in FIG. 9), its action place (“where” column in FIG. 9), The action content ("What" column in FIG. 9) and the person who performed the action together ("To whom" column in FIG. 9) are input and stored in the health related information storage unit 202. Similarly, the exercise 645 is stored in the health-related information storage unit 202 as, for example, data divided into items such as exercise day, exercise location, exercise content, and the person who performed the exercise together. As for the medical examination reception date 646, the date of medical examination is stored in the health related information storage unit 202.

  As shown in FIGS. 2 to 4, the conversation bot 26 communicates with the host terminal 3 and the message applications 32 and 42 of the guest terminal 4 through the communication interface of the management server 2 and the message server 5. The conversation bot 26 can form a chat group with the host user and the guest user on the message applications 32 and 42. The conversation bot 26 is configured to collect user messages 63 issued by the host user and the guest user in a chat room whose members are the chat group. Further, the conversation bot 26 is configured to be able to issue a bot message to the chat room. The conversation bot 26 is configured to emit at least information for promoting the health of the host user. In this example, the conversation bot 26 is configured to emit information for promoting the health of the guest user.

  The conversation bot 26 stores the collected user message 63 in the health related information storage unit 202 as a part of the health related information in association with the identification information of the user who issued the message. FIG. 10 shows an example of a conversation in a chat room. Here, the name of the host user in the message application 32 is “Daisuke”, and the name of the guest user is “Yoko”. In this case, in the health related information storage unit 202, for example, as shown in FIG. 11, the speech of each user and the conversation bot 26 in the chat room is stored for each day and for each speaker. As shown in FIG. 2, the content to be spoken by the conversation bot 26 is determined by the message control unit 27.

  The message control unit 27 receives material information such as the user message 63 and the life log data 64 of each user from the storage unit 20. In this example, each user's medical examination data 61 and each user's goal achievement progress information 62 are also included in the material information. And the message control part 27 determines the bot message which the conversation bot 26 should emit using the received material information. Here, the message control unit 27 includes dropout possibility calculation means 271 used when determining a bot message.

  The dropout possibility calculating means 271 calculates the dropout possibility 65 related to the health promotion behavior using the material information including the progress information 62 of the goal achievement, the user message 63, the life log data 64, and the medical examination data 61. For example, when calculating the possibility 65 of dropping the host user, the progress information 62 of the host user's goal achievement, the user message 63, the life log data 64 of the host user, and the medical examination data 61 of the host user are used. Here, as the health promotion behavior, for example, as shown in FIG. 12, there are a medical examination reservation, a medical examination consultation, achievement of the number of steps, weight measurement, a low calorie menu, an application active, and the like.

  The medical examination reservation is to reserve a medical examination. The medical checkup is to receive a reserved medical checkup. The achievement of the number of steps is to achieve the above-mentioned target number of steps. Body weight measurement is weighing. The low calorie menu is to take a low calorie menu. The application active is the frequency of use of the interface applications 31 and 41. The dropout possibility 65 is a possibility that the host user or guest user does not continue various health promotion actions.

  The dropout possibility calculation means 271 of the message control unit 27 scores the material information by a predetermined method as described later with respect to each health promotion action, and calculates the probability of not continuing the health promotion action as a dropout possibility 65. To do. Then, the message control unit 27 causes the health-related information storage unit 202 to store the dropout possibility 65 calculated by the dropout possibility calculating unit 271.

  The message control unit 27 uses the dropping possibility 65 calculated by the dropping possibility calculation means 271 in the material information. That is, the message control unit 27 considers the user message 63, the life log data 64, the medical examination data 61, the progress information 62 for achieving the goal, and the dropout possibility 65 as material information, and aims at each user or the entire chat group. Generate information for health promotion. Details will be described later.

  As shown in FIG. 1, the host terminal 3 is a terminal owned by the host user, and is a smartphone in this example. The host user is a subject of health management by the health management system 1. The host user is a person who has been given identification information in advance by the system administrator of the health management system 1.

  As shown in FIG. 3, the host terminal 3 has an interface application 31 installed. The interface application 31 is an application for transmitting a guest addition request, a browsing request, a life log, and the like to the management server 2 and receiving health-related information of the host user and the guest user from the management server 2. The host terminal 3 is configured to communicate with the management server 2 in the interface application 31. The host terminal 3 is configured to be able to view each user's health related information by logging into the interface application 31.

  Note that each user's interface application 31 can also set a viewing restriction if he / she does not want to disclose at least part of his / her health related information to others. For example, if the host terminal 3 does not want to disclose its own medical examination data 61 to the guest user, it is possible to set a viewing restriction. However, even in this case, the host terminal 3 must be able to set whether or not to disclose its own medical examination data 61 to the guest user in the interface application 31. In other words, the browsing means 411 of the guest terminal 4 according to claim 1 only needs to have a function of viewing at least the medical examination data 61 of the host user, and the function is configured to be restricted by the host terminal 3. Also good.

  As shown in FIG. 3, the interface application 31 of the host terminal 3 includes a guest addition unit 311, a browsing unit 312, a display unit 312 b, and a log transmission unit 313.

  The guest adding unit 311 transmits a request for storing the guest user in the member information storage unit 201 by the first member registration unit 21 of the management server 2 to the first member registration unit 21. For example, the guest adding unit 311 inputs identification information and a password for the guest user to log in to the interface application 41 of the guest terminal 4 to the guest terminal 4 when the identification information in the SNS of the guest user is input by the host user. It can be configured to transmit in an SNS message. Note that an e-mail address or the like may be used instead of the SNS identification information.

  In addition, the guest addition unit 311 has a function of selecting a blood relation between the guest user and the host user in response to the guest addition request. For example, when sending a guest addition request, the guest user is selected as a host user's wife, child, uncle, aunt, grandfather, grandmother, etc. The function to do. Thereby, in this example, it is confirmed that the guest user is a relative within the second degree of the host user. As will be described later, in this example, the guest user is a relative within the second degree of the host user.

  The browsing unit 312 includes a browsing request unit 312a and a display unit 312b. The browsing request unit 312a has a function of transmitting a browsing request regarding the health-related information of the host user or guest user to the management server 2.

  The display unit 312b is configured to receive the health-related information requested for browsing from the management server 2 so that the health-related information can be displayed on the display screen of the terminal.

  The log transmission unit 313 is a unit for transmitting the life log data 64 of the host user to the life log recording unit 28 of the management server 2. Although not shown, the log transmission unit 313 displays a life log input screen on the screen of the host terminal 3 and accepts input of the life log data 64 of the host user.

  The host terminal 3 is installed with a message application 32. The message application 32 is an application for transmitting and receiving messages via the message server 5. That is, in the message application 32, the host terminal 3 transmits / receives a message via the message server 5 to / from another terminal including the message application 32.

  As shown in FIG. 1, the guest terminal 4 is a terminal owned by the guest user. The guest terminal 4 is a PC. The guest user is a person who is selected by the host user as a person who uses the system, and can assist the health promotion of the host user. In this embodiment, the number of guest users is one, and there is one guest terminal 4 associated therewith. However, there are a plurality of guest users, and a plurality of guest terminals 4 may exist. In this example, the guest user is a relative within the second degree of the host user by a contract such as the terms of use of the system.

  Since the configuration of the guest terminal 4 has the same configuration as the configuration of the host terminal 3 except that it does not have the guest addition means 311 included in the host terminal 3, a duplicate description is omitted. As shown in FIG. 4, reference numeral 41 is assigned to the interface application in the guest terminal 4, 411 is the browsing means, 411 a is the browsing request means, 411 b is the display means, 412 is the log transmission means, and 42 is the message application.

  Although the host terminal 3 is a smartphone and the guest terminal 4 is a PC, the types and combinations of terminals are not limited to this. For example, all of the host terminal 3 and the guest terminal 4 may be smartphones, or at least one terminal may be a wearable terminal, an AI speaker, or the like.

  The message server 5 is a server that mediates transmission / reception of messages between terminals in which a message application is installed.

<Guest addition operation by first member registration means 21>
An example of the guest addition operation by the first member registration means 21 will be described with reference to the flowchart of FIG.

  First, identification information is given to the host user by the system administrator of the system, and the identification information is stored in the member information storage unit 201 (step S1). For example, the identification information of the host user may be set in advance by the system administrator in accordance with a contract between the system administrator and the host user (for example, a company to which the host user belongs). it can.

  In step S 1, the health check data 61 of the host user is input to the management server 2 by the system administrator of this system and stored in the health related information storage unit 202. Here, the health related information storage unit 202 stores the medical examination data 61 of the host user in association with the identification information of the host user. For example, the health check data 61 of the host user may have the health check data 61 of the host user, such as a system administrator and a host user (for example, a company to which the host user belongs or a health insurance association). The system administrator may acquire in advance by a contract with).

Then, the host user selects a guest user who uses the health management system 1 together, and sends a guest addition request to the first member registration means 21 of the management server 2 by the guest addition means 311 of the host terminal 3. (Step S2). The first member registration means 21 that has received the guest addition request gives identification information to the guest user in response to the guest addition request from the host terminal 3 (step S3), and the guest user identification information is identified by the host user. The information is stored in the member information storage unit 201 in association with the information (step S4).
As described above, the guest addition by the first member registration means 21 is performed.

  The guest user identification information is stored in the member information storage unit 201, so that the guest user medical examination data 61 is stored in the health related information storage unit 202 in association with the guest user identification information. The guest user's medical examination data 61 includes, for example, a system administrator and a guest user (for example, the medical examination data 61 of a guest user such as a health insurance association to which the guest user belongs). The system administrator may obtain it in advance by contract. Then, when the guest user is stored in the member information storage unit 201, the system administrator stores the acquired guest user's medical checkup data 61 in the health related information storage unit 202 in association with the guest user identification information. If there is no contract between the guest user and the system administrator or the like, the guest user's medical examination data 61 may not be stored in the health related information storage unit 202. In this case, only the host user data is stored for the medical examination data 61.

<Guest addition operation by second member registration means 22>
An example of the operation when the second member registration unit 22 stores the guest user identification information in the member information storage unit 201 of the management server 2 will be described with reference to the sequence diagram of FIG.

  First, the host terminal 3 logs into the interface application 31. Next, the host user performs data linkage in which the identification information on the host user's message application 32 is stored in the member information storage unit 201 of the management server 2 (step S5). As a result, the identification information on the message application 32 of the host user is transmitted from the host terminal 3 to the management server 2.

  The management server 2 that has received the identification information on the host user's message application 32 stores the identification information on the host user's message application 32 in the member information storage unit 201 in association with the identification information of the host user in this system. Store (step S6).

  Next, the management server 2 permits the host terminal 3 to add the conversation bot 26 to the chat group (step S7). For example, the management server 2 grants the permission by displaying an add button on the message application 32 of the host terminal 3 so that the conversation bot 26 can be added to the chat group.

  Then, a chat room where the host user and the conversation bot 26 exist is formed by operation of the host terminal 3 by the host user (step S8), and an invitation to the chat group is made from the message application 32 of the host terminal 3 to the guest terminal. 4 to the message application 42 (step S9). When the guest user accepts the invitation (step S10), a chat room in which the host user, the guest user, and the conversation bot 26 exist is formed (step S11).

  When the guest user's first user message 63 is issued to the chat room by the guest user's operation (step S12), the guest application 4 of the guest terminal 4 sends the guest to the second member registration unit 22 of the management server 2. Identification information on the user's message application 42 is transmitted (step S13). Then, the second member registration means 22 gives the identification information of the guest user in this system, and associates the identification information on the guest user's message application with the identification information of the guest user in this system. It memorize | stores in the memory | storage part 201 (step S14). Further, the second member registration unit 22 stores the guest user identification information in the member information storage unit 201 in association with the host user identification information.

  Next, the management server 2 transmits identification information for the guest terminal 4 to log in to the interface application 41 and information describing how to install the interface application 41 as a bot message only to the message application 42 of the guest terminal 4. (Step S15). The guest user can log in to the interface application 41 using the transmitted identification information.

  In step S12, the second member registration unit 22 stores the identification information of the guest user in the member information storage unit 201 in the chat room where the host user, the guest user, and the conversation bot 26 exist. You may comprise so that it may consent.

<Operation for browsing health-related information by the host terminal 3 or the guest terminal 4>
An example of the operation of browsing health-related information by the host terminal 3 or the guest terminal 4 will be described using the flowchart of FIG. Here, it is assumed that the identification information of the host user and the guest user is stored in the member information storage unit 201 and the health related information of the host user and the guest user is stored in the health related information storage unit 202. To do.

  First, the request receiving unit 23 of the management server 2 receives a browsing request for health related information issued from the browsing request means 312a, 411a of the host terminal 3 or the guest terminal 4 (step S16). The request receiving unit 23 receives a browsing request from the host terminal 3 and a browsing request from a person (that is, a guest user) having identification information stored in the member information storage unit 201 in association with the identification information of the host user. , Is accepted. That is, a person other than the host user and the person associated with the host user identification information and stored in the member information storage unit 201 cannot issue a browsing request regarding the health-related information of the host user to the management server 2. It has become.

  The request receiving unit 23 sends the received browsing request to the search unit 24. The search unit 24 searches the health related information storage unit 202 for health related information in response to the browsing request received from the request receiving unit 23 (step S17). That is, the search unit 24 searches the storage unit 20 for health-related information stored in association with the identification information of the user to be browsed.

  The health related information searched by the search unit 24 is sent to the information disclosure means 25 (step S18). The information disclosure unit 25 transmits the received health related information to the display units 312b and 411b of the browsing request source terminal (step S19).

  Accordingly, the display units 312b and 411b of the terminal that has received the health related information transmitted from the information disclosure unit 25 can output the health related information. Thereby, the health related information of the host user and the guest user is shared by the host user and the guest user.

<Operation of Message Control Unit 27>
The operation when the message control unit 27 determines a bot message to be issued by the conversation bot 26 will be described with reference to FIG. Here, the description will be made on the assumption that the member information storage unit 201 stores the host user and host user identification information.

  First, among the material information for determining the bot message, the medical examination data 61, the user message 63, and the life log data 64 shown in FIG. 5 are accumulated in the health related information storage unit 202 (step S20). For example, the medical examination data 61 is input to the health related information storage unit 202 in advance by the system administrator. The user message 63 is stored in the health related information storage unit 202 by the conversation bot 26 every time the host user and the guest user speak in the chat room. The life log data 64 is sequentially input to the life log recording unit 28 by the host user and the guest user from the log transmission units 313 and 412 of the interface applications 31 and 41 of the host terminal 3 or the guest terminal 4, and the health related information storage unit 202. Further, the progress information 62 for achieving the goal is configured so that the interface applications 31 and 41 calculate from the life log data corresponding to each goal. The calculated information is sent from the interface applications 31 and 41 to the health related information storage unit 202 and stored therein.

  Then, as shown in FIGS. 16 and 17, the message control unit 27 may drop out of the material information (the medical examination data 61, the user message 63, and the life log data 64) accumulated in the health related information storage unit 202. The calculating means 271 calculates dropout probability 65 for each health promotion action (checkup appointment 81, checkup check 82, step count achievement 83, weight measurement 84, low calorie menu 85, application active 86) (step S21). . Here, the explanation will be focused on “weight measurement 84” which is one of health promotion actions.

  As shown in FIG. 17, the message control unit 27 analyzes the accumulated material information (the medical examination data 61, the user message 63, and the life log data 64), and determines each element of the analyzed material information as to whether or not daily weight measurement is performed. Weight (scoring) in relation to. Here, the message control unit 27 weights the user message 63 in the material information after analyzing the user message 63 using natural language processing.

  As for the weighting of each element of the material information, for example, scoring is performed so that an element that feels a sign of performing weight measurement in the accumulated material information has a higher score. Then, the dropout possibility calculating means 271 compares the scoring result of the past weight measurement execution date with the scoring result of the target day, so that the future (for example, the next day, the next week, or the next month of the target day). ) Is calculated. Alternatively, from the scoring results for the target day and the previous day and the previous three days, if the target day has the highest score, it can be calculated that the dropout probability 65 is large. Moreover, you may change suitably according to the results (frequency etc.) of the weight measurement of each user, such as 7 days and 14 days instead of 3 days. In addition, about a scoring method, it can change suitably according to a condition.

  Then, as shown in FIGS. 16 and 17, the message control unit 27 creates a bot message according to the dropout possibility 65 calculated by the dropout possibility calculating unit 271 (step S22). For example, in the case of weight measurement, when the dropout probability 65 is equal to or greater than a predetermined value, a message for prompting weight measurement is created by the conversation bot 26 as shown in FIG. In FIG. 18, the conversation bot sends a message prompting to measure weight, thereby prompting a conversation between the host user (Daisuke) and the guest user (Yoko), and when the host user performs a health promotion action. A conversation example is shown.

  On the contrary, if the dropout possibility 65 is smaller than the predetermined value, a message that gives up that the weight measurement is continued is created. The various messages described above may be generated as messages for each user or may be generated as messages for the entire chat group. And the message control part 27 makes the produced message speak in a chat room by the conversation bot 26 (step S23).

  As described above, the message control unit 27 determines a bot message to be issued by the conversation bot 26.

  Here, the dropout possibility calculating means 271 optimizes weighting based on the calculated dropout possibility 65 of each health promotion action and the results of each health promotion action. This optimization is performed by Artificial Intelligence (AI) that constitutes the dropout possibility calculation means 271. Thereby, the dropout possibility calculating means 271 can calculate the dropout possibility 65 with higher accuracy.

  Although illustration is omitted, the message control unit 27 uses a conversation bot 26 to send a predetermined bot message corresponding to the keyword, for example, when a host user or a guest user issues a message including the predetermined keyword in the chat room. It is also possible to configure so as to emit.

  Further, if there is information that the system administrator of the health management system 1 wants to distribute to the host user or guest user, the system administrator inputs the information to the message control unit 27 so that the conversation bot 26 is emitted. Is also possible.

<Effect>
Next, the effect of the present embodiment will be described.
In this embodiment, the health management system 1 includes a management server 2 and a host terminal 3 and a guest terminal 4 connected to the management server 2 via a network 100. The health related information of the host user stored in the health related information storage unit 202 of the management server 2 is not only received from the host terminal 3 used by the host user but also from the guest terminal 4 used by the guest user. Corresponding to the browsing request, the health related information of the host user can be browsed in both the host terminal 3 and the guest terminal 4.

  Moreover, since the guest user who uses the guest terminal 4 is a person selected by the host user and shares health-related information, the guest user can naturally be a person closely related to the host user. That is, a guest user who is relatively interested in the health status of the host user can appropriately grasp the health-related information of the host user. Therefore, not only the intention of the host user, but also the support by the guest user, the use continuity of the health management system 1 is improved, and consequently, the motivation maintenance rate of continuing the action for promoting the health by the host user is improved. You can expect

  In particular, health check data 61 is included in the health related information of the host user shared by the host user and the guest user. That is, the health management system 1 is configured so that the medical examination data 61 can be shared between general users (that is, between a host user and a guest user selected by the host user). Therefore, the guest user can easily grasp the detailed health status of the host user through this system. Thereby, it is expected that the guest user gives accurate advice based on the medical examination data 61 of the host user to the host user, and accurately promotes the health promotion of the host user. Furthermore, it is expected that the host user who received the push will maintain the motivation to continue the action for health promotion.

  Further, the management server 2 has the conversation bot 26 described above. Therefore, communication between the host user and the guest user is prompted by the conversation bot 26. Therefore, it is easier to promote communication between the host user and the guest user, and maintenance of the host user's motivation for health promotion can be further expected. Further, the message control unit determines the bot message using the material information including the user message. Therefore, a timely bot message based on the user message can be created. This can also be expected to improve the motivation for using the system.

  In addition, the message control unit 27 uses the life log data 64 further included in the material information. Therefore, it is possible to make the conversation bot 26 speak a message that further promotes the health of the host user in consideration of various life log data 64. As a result, communication between the host user and the guest user in the chat room can be further facilitated, and a motivation for using the system can be expected by sending a bot message suitable for the situation.

  Further, the health related information includes progress information 62 on the achievement of the goal related to the health promotion of the host user. Therefore, the host user's progress information 62 is shared between the host user and the guest user. Therefore, rather than trying to achieve the goal by one person, by sharing the goal of the host user and the progress of the goal achievement with the guest user, together with the boost by the guest user, Motivation to achieve the goal will continue. Therefore, using this system makes it easier to promote the health of the host user.

  Further, the message control unit uses the possibility of dropping 65 further included in the material information. Therefore, for example, when the message control unit determines that the host user is unlikely to continue the action for a certain health promotion action, a bot message that encourages maintenance of the health promotion action can be created. This also facilitates the health promotion of the host user.

  In addition, the host terminal 3 includes a guest addition unit 311 that issues a request for adding a guest user selected by the host user to the management server 2. The management server 2 has first member registration means 21 that stores the guest user identification information in the member information storage unit 201 in association with the host user identification information in response to an addition request from the host terminal 3. Therefore, the host user can easily add the guest user as a guest from his / her host terminal 3.

  The management server 2 also has second member registration means 22. Therefore, the host user can easily add guest users by using the message application 32.

  Further, the host terminal 3 and the guest terminal 4 communicate with the management server 2 in the interface applications 31 and 41 that the host terminal 3 and the guest terminal 4 have. Therefore, the host terminal 3 and the guest terminal 4 can obtain various functions of the host terminal 3 or the guest terminal 4 of the present example such as browsing means by downloading and installing the interface applications 31 and 41 from the outside. . Therefore, the system administrator can easily provide the various functions of this example to the host terminal 3 and the guest terminal 4.

  As described above, according to this example, it is possible to provide a health management system that can easily maintain motivation for promoting health.

(Example 2)
<Overall configuration>
As shown in FIG. 19, this system is an embodiment in which an organization terminal 7 held by a company to which a host user belongs or a medical institution is added to the configuration of the first embodiment. In this example, the organization terminal 7 is an example of a company terminal to which the host user belongs.

  As shown in FIG. 19, the health management system 1 of this example includes an organization terminal 7 in addition to the management server 2, the host terminal 3, the guest terminal 4, and the message server 5. The basic configuration of the message server 5 is the same as that of the first embodiment. In this example, the configuration different from that of the first embodiment will be mainly described.

  The organization terminal 7 is, for example, a terminal owned by the personnel department of a company to which the host user belongs, and can be, for example, a PC, but is not limited thereto. As shown in FIG. 20, the organization terminal 7 includes organization side browsing means 71 and organization side information transmitting means 72. The organization-side browsing means 71 and the organization-side information transmitting means 72 are realized by a control area including a processor and a memory such as a RAM that temporarily stores information. That is, these are realized by the CPU of the organization terminal 7 executing an application program, an operation system, a control program, and the like stored in a storage medium such as a hard disk.

  The organization side browsing means 71 includes an organization side browsing request means 711 and an organization side display means 712. The organization-side browsing request means 711 transmits a host user health-related information browsing request to the management server 2 via the communication interface of the organization terminal 7. The organization-side display unit 712 can receive the health-related information requested for browsing from the management server 2 via the communication interface of the organization terminal 7 and can display the received health-related information on the display screen of the organization terminal 7. It is configured as follows.

  Although not shown, the organization-side information transmission unit 72 includes a promotion information receiving unit for receiving input of the health promotion information 66 and an interface for transmitting the input health promotion information 66 to the management server 2. Here, the health promotion information 66 includes all information useful for promoting human health, such as information on a hospital that can receive a health examination at a low price and information on a low calorie recipe. The organization-side information transmission means 72 has a function of transmitting health promotion information 66 for guest users to the management server 2 in addition to health promotion information 66 for host users. In addition, the organization-side information transmission unit 72 identifies whether the host terminal 3 or the guest terminal 4 displays a bot message or displays the information on the information display units 314 and 413 described later of the interface applications 31 and 41. The health promotion information 66 is transmitted to the management server 2.

  As shown in FIG. 21, the management server 2 further includes promotion information recording means 2a and promotion information disclosure means 2b. The promotion information recording unit 2a receives health promotion information (see reference numeral 66 in FIG. 24) transmitted from the tissue terminal 7 via a communication interface provided in the management server 2. Then, the promotion information recording unit 2a stores the received health promotion information 66 in the health related information storage unit 202 in association with the identification information of the health promotion target person based on the information. For example, when the health promotion information 66 is delivered to the host user from the organization terminal 7, the health related information storage unit 202 stores the health promotion information 66 in association with the identification information of the host user who is the health promotion target person. Here, the promotion information recording means 2a identifies whether the health promotion information 66 is information to be displayed by a bot message or information to be displayed by the notification display means 314, 413 of the interface applications 31, 41, and the storage unit. Remember me.

  The promotion information disclosure unit 2b receives the health promotion information 66 identified to be displayed on the notification display units 314 and 413 of the interface applications 31 and 41 from the storage unit 20, and receives the health promotion information 66 via the communication interface of the management server 2 Information is sent to the terminal of the person targeted for health promotion.

  The member information storage unit 201 of the management server 2 stores the company identification information in association with the host user identification information. The health-related information storage unit 202 stores the health promotion information 66 distributed from the organization terminal 7 in association with the identification information of the health promotion target person based on the information. That is, as shown in FIG. 24, in the health related information storage unit 202, the health check data 61 of the host user, the target progress information 62, the user message 63, the dropout possibility 65, the health promotion information 66, and the life log data 64 are stored. , Stored in association with the identification information of the host user, guest user checkup data 61, target progress information 62, user message 63, dropout possibility 65, health promotion information 66, life log data 64, It is stored in association with the guest user identification information. In this example, the host terminal 3 and the guest terminal 4 are the information stored in the health-related information storage unit 202, the health check data 61 of the host user and the guest user, the target progress information 62, and life log data. 64 is configured to be seen. The organization terminal 7 is configured such that the host user and guest user dropout possibility 65 can be seen in addition to the health checkup data 61 of the host user and guest user, the target progress information 62, and the life log data 64. As described above, in this system, it is possible to appropriately set a part of the health-related information so that only a part of the host terminal 3, the guest terminal 4, and the organization terminal 7 can be viewed.

  The request receiving unit 23 also has a function of receiving a browsing request for the health-related information of the host user transmitted from the organization terminal 7 via the communication interface provided in the management server 2.

  As in the first and second embodiments, the search unit 24 searches the storage unit 20 for health-related information in response to the browsing request received by the request reception unit 23, and transmits the searched health-related information to the information disclosure unit 25. To do. The information disclosure unit 25 that has received the health-related information from the search unit 24 transmits the health-related information to the terminal (host terminal 3, guest terminal 4, or organization terminal 7) that is the browsing request source.

  The message control unit 27 receives the health promotion information 66 of the host user transmitted from the organization terminal in addition to the user message 63, the life log data 64, and the medical examination data 61 from the storage unit 20. Then, the message control unit 27 determines a bot message to be issued by the conversation bot 26 using the health promotion information 66 as material information. Details will be described later.

  As shown in FIG. 22, the interface application 31 of the host terminal 3 further includes notification display means 314. The notification display means 314 is configured to display the health related information on the screen of the host terminal 3 by receiving the health promotion information 66 from the management server 2.

  As shown in FIG. 23, the interface application 41 of the guest terminal 4 further includes similar notification display means 413.

  As described above, in this example, the health promotion information 66 can be delivered to the user as a bot message and can also be displayed on the interface applications 31 and 41 of the terminal.

<Storage of company identification information by member information storage unit 201>
Here, the description will be made on the assumption that the identification information of the host user is stored in the member information storage unit 201 and the health-related information of the host user is stored in the health-related information storage unit 202.

  The company is given identification information by the system administrator of this system. The company identification information is stored in the member information storage unit 201 in association with the host user identification information. For example, the company identification information can be set in advance by the system administrator in accordance with a contract between the system administrator and the company. The organization terminal 7 can issue a browsing request to the management server 2 in the organization-side browsing request unit 711 by storing the company identification information in association with the host user identification information in the member information storage unit 201. It is configured as follows.

<Operation of browsing health-related information by the organization terminal 7>
The operation until the health-related information of the host user is browsed by the organization-side browsing means 71 will be described using the flowchart of FIG. Here, the description will be made on the assumption that the identification information of the host user and the company is stored in the member information storage unit 201 and the health related information of the host user is stored in the health related information storage unit 202.

  First, the request receiving unit 23 of the management server 2 receives a browsing request for health-related information issued by the organization-side browsing means 71 of the organization terminal 7 (step S24). The request receiving unit 23 stores the browsing request from the host terminal 3, the person who has the identification information stored in association with the identification information of the host user (that is, the guest user), and the identification information of the host user. A browsing request is received from a company having identification information.

  And the search part 24 searches health relevant information from the memory | storage part 20 according to the browsing request received by the request | requirement receiving part 23 similarly to Example 1 (step S25). The health-related information searched by the search unit 24 is sent from the search unit 24 to the information disclosure means 25 (step S26). The information disclosure unit 25 transmits the received health related information to the organization side display unit 712 of the organization terminal 7 that is the browsing request source (step S27). The organization-side display unit 712 of the organization terminal 7 that has received the health-related information transmitted from the information disclosure unit 25 outputs the health-related information, so that the company can view the health-related information of the host user.

<Operation of Message Control Unit 27>
The operation when the message control unit 27 determines a bot message based on the health promotion information 66 will be described using the sequence diagram of FIG. Here, it is also assumed that the identification information of the host user, guest user, and company is stored in the member information storage unit 201, and the health related information of the host user and guest user is stored in the health related information storage unit 202. Will be described.

  First, health promotion information 66 identified as information transmitted to the host user or guest user as a bot message is transmitted to the promotion information recording unit 2a of the management server 2 by the organization side information transmission unit 72 of the organization terminal 7 ( Step S28). The promotion information recording unit 2a stores the received health promotion information 66 in the health related information storage unit 202 (step S29).

  Then, the message control unit 27 of the management server 2 acquires the health promotion information 66 from the health related information storage unit 202, and generates a message issued by the conversation bot 26 based on the health promotion information 66 (step S30). For example, the message control unit 27 can store a template composed of predetermined text, etc., select a template suitable for the situation from these various templates, and generate a message based on the template. . FIG. 27 shows an example in which a conversation bot sends information about a hospital that can receive a medical examination at a low price to a chat room, and conversation between the host user (Daisuke) and the guest user (Yoko) is promoted. Yes.

  The message control unit 27 causes the conversation bot 26 to speak the message generated as described above in the chat room (step S31). Alternatively, the message control unit 27 may send the generated message only to the health promotion target person based on the health promotion information 66.

<Operation for Displaying Health Promotion Information 66 on Notification Display Units 314 and 315 of the Host Terminal 3 or the Guest Terminal 4>
The operation until the health promotion information 66 is displayed on the notification display means 314, 413 of the host terminal 3 or the guest terminal 4 will be described using the sequence diagram of FIG. Here, the description will be made on the assumption that the member information storage unit 201 stores the identification information of the host user, guest user, and company.

  First, the health promotion information 66 identified by the organization-side information transmission unit 72 of the organization terminal 7 as the information displayed on the notification display units 314 and 413 of the host user or guest user interface applications 31 and 41 is the management server 2. To the promotion information recording means 2a (step S32). The promotion information recording unit 2a stores the received health promotion information 66 in the health related information storage unit 202 (step S33).

  Then, the promotion information disclosure unit 2b acquires the health promotion information 66 stored in the health related information storage unit 202 (step S34). Then, the promotion information disclosure unit 2b transmits the health promotion information 66 to the notification display units 314 and 413 of the interface applications 31 and 41 of the terminal of the person to be promoted based on the information (step S35).

  On the terminal that has received the health promotion information 66 in the notification display means 314, 413, for example, a button for viewing the notification from the company is displayed, and by pressing the button, the notification from the company is displayed on the terminal screen. (Step S36).

Other configurations and operations are the same as those in the first embodiment.
Of the reference numerals used in the second embodiment, the same reference numerals as those used in the above-described embodiments represent the same components as those in the above-described embodiments unless otherwise indicated.

<Effect>
The health management system 1 of this example further includes an organization terminal 7. And the organization terminal 7 has the organization side browsing means 71 which outputs the health relevant information of a host user. Therefore, the organization of a company or medical institution can intervene and monitor the health status of the host user. As a result, the present system helps the host user to perform health promotion actions such as health advice provided by the organization.

  In addition, the organization terminal 7 includes organization-side information transmission means 72 that transmits health promotion information 66 for promoting health of the host user to the management server 2. Furthermore, the message control unit 27 uses the health promotion information 66 transmitted from the tissue-side information transmission unit 72 in the material information. Therefore, the company or medical institution to which the host user belongs can give healthy advice to the host user through the conversation bot 26. In this way, the host user can obtain specialized information possessed by a company or a medical institution, and this can also improve continuity of system use and promote health.

  The present invention is not limited to the embodiments described above, and can be applied to various embodiments without departing from the scope of the invention.

  For example, in the first embodiment or the like, the guest user may be one to which identification information is given in advance by the system administrator of the health management system (that is, a user who can be a host user), like the host user.

  Further, the health related information that can be browsed from the host terminal and the guest terminal is not limited to the information described in each of the embodiments, and may include various types of health related information.

  In each of the above embodiments, each functional unit of the management server does not need to be provided in one server as an object. That is, some functions of the management server and other functions may be provided in different servers. For example, in the first embodiment, a configuration may be adopted in which only the artificial intelligence part of the message control unit drop-off possibility calculating means is provided in another server, and the other functional units are provided in one server. Is possible.

DESCRIPTION OF SYMBOLS 1 Health management system 100 Network 2 Management server 201 Member information storage part 202 Health related information storage part 25 Information disclosure means 3 Host terminal 312 (Host terminal) browsing means 4 Guest terminal 411 (Guest terminal) browsing means 61 Medical examination data

Claims (13)

A health management system (1) including a management server (2) and a plurality of terminals connected to the management server (2) via a network (100),
The management server (2)
A member information storage unit (201) for storing the identification information of the host user and the identification information of the guest user selected by the host user in association with each other;
A health-related information storage unit (202) for storing health-related information including medical examination data (61) of the host user in association with the identification information of the host user;
Browsing the health related information of the host user in response to a browsing request for the health related information transmitted from the host terminal (3) held by the host user or the guest terminal (4) held by the guest user Information disclosure means (25) for transmitting to the requesting terminal,
The host terminal (3)
A browsing means (312) for issuing the browsing request for the health related information of the host user to the management server (2) and outputting the health related information received from the management server (2);
The guest terminal (4)
Has 閲 list means (411) for at least the medical examination data of the health-related information of the host user associated with the guest user (61),
Each of the host terminal (3) and the guest terminal (4) includes a message application (32, 42),
The management server (2)
A chat group is formed with the host user and the guest user on the message application (32, 42), and user messages issued by the host user and the guest user are collected in a chat room having the chat group as a member. A conversation bot (26) capable of issuing a bot message to the chat room;
A message control unit (27) for determining a bot message to be issued by the conversation bot (26) using material information including the user message;
The host terminal (3) has log transmission means (313) for transmitting the life log data (64) of the host user to the management server (2),
The management server (2) has life log recording means (28) for storing the life log data (64) in the health related information storage unit (202) as a part of the health related information,
The message control unit (27) is a health management system (1) in which the life log data (64) is further included in the material information.   The health management system (1) according to claim 1, wherein the health-related information includes progress information (62) on achievement of goals related to health promotion of the host user. The management server (2) has a dropout possibility calculation means (271) that uses the material information to calculate a dropout possibility that the host user may not continue health promotion behavior,
The health management system (1) according to claim 1 or 2, wherein the message control unit (27) uses the possibility of dropout further included in the material information. The host terminal (3) has a guest addition means (311) for issuing a request for adding the guest user selected by the host user to the management server (2),
In response to the addition request from the host terminal (3), the management server (2) stores the guest user identification information in association with the host user identification information in the member information storage unit (201). The health management system (1) according to any one of claims 1 to 3, further comprising first member registration means (21).   In the chat room formed on the message application (32, 42), the management server (2) sends the guest user identification information to the host user in response to the guest user performing a predetermined action. The health management system (1) according to any one of claims 1 to 4, further comprising second member registration means (22) for storing in the member information storage unit (201) in association with identification information. It further includes an organization terminal (7) owned by a company to which the host user belongs, or a medical institution,
The health management system (1) according to any one of claims 1 to 5, wherein the organization terminal (7) has organization side browsing means (71) for outputting the health related information of the host user. The organization terminal (7) has organization-side information transmission means (72) for transmitting health promotion information (66) for health promotion of the host user to the management server (2),
The health management system (1) according to claim 6, wherein the message control unit (27) further uses the health promotion information (66) transmitted from the tissue side information transmitting means (72) in the material information. ).   The host terminal (3) and the guest terminal (4) communicate with the management server (2) in an interface application (31, 41) that each has, according to any one of claims 1 to 7. The health management system (1) described. The health related information storage unit (2 0 2) can further store health related information including health check data (61) of the guest user in association with the identification information of the guest user, and the information disclosing means ( 25) is a request source for browsing the health related information of the guest user in response to the browsing request for the health related information of the guest user transmitted from the host terminal (3) or the guest terminal (4). The host terminal (3) has the browsing means (312) for the health-related information of the guest user, and the guest terminal (4) The health management system (1) according to any one of claims 1 to 8, comprising the browsing means (411) for the health related information of a guest user. A health management method for performing health management of a host user using a management server (2) and a plurality of terminals connected to the management server (2) via a network (100),
A member information storage step (S4) in which the management server (2) stores the host user identification information and the guest user identification information selected by the host user in association with each other;
A health-related information storage step (S1) in which the management server (2) stores health-related information including medical examination data (61) of the host user in association with the identification information of the host user;
The host terminal (3) held by the host user or the guest terminal (4) held by the guest user issues a browsing request for at least a part of the health-related information of the host user to the management server (2). A browsing request step;
The management server (2), in response to the browsing request, an information disclosure step (S19) for transmitting the health-related information requested for browsing to the terminal of the browsing request source;
The terminal that receives the health related information transmitted from the management server (2) in the information disclosure step, and outputs the health related information;
A conversation bot (26) of the management server (2) that forms a chat group together with the host user and the guest user on the message application (32, 42) provided in each of the host terminal (3) and the guest terminal (4). A message collecting step of collecting user messages issued by the host user and the guest user in a chat room whose members are the chat group;
A log transmission step in which the host terminal (3) transmits life log data (64) of the host user to the management server (2);
A life log recording step in which the management server (2) stores the life log data (64) as a part of the health related information;
A message determining step in which the management server (2) determines a bot message to be issued using material information including the user message and the life log data (64);
A health management method in which the conversation bot (26) executes a conversation step of issuing the bot message to the chat room. The health management method according to claim 10, wherein the organization terminal (7) held by a company to which the host user belongs or a medical institution further executes an organization side browsing step of outputting the health related information of the host user. .   The program for making a computer perform each step which the said management server (2) of Claim 10 or 11 performs. A computer-readable recording medium on which the program according to claim 12 is recorded .

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