JP2024033117A - System, portable terminal, server, information processing device, program, or method - Google Patents

Abstract

To provide the life design support of a person.SOLUTION: A computer program causes one or a plurality of information processing devices to operate as: acquisition means for acquiring health data of a user; acquisition means for acquiring event data of the user; and display processing means for starting an automatic conversation module, which uses the correspondence between health data and/or event data, and prescribed sentences, and displaying the prescribed sentences corresponding to the health data of the user and/or the event data of the user. The prescribed sentences contain a sentence indicative of a recommendation for prompting the user for a prescribed action corresponding to the health data and/or the event data. The recommendation for prompting the user for the prescribed action prompts the representation of intention by the user for communication with an expert according to the health data and/or the event data, information provision of an inspection kit according to the health data and/or the event data, or data provision of insurance products according to the health data and/or the event data.SELECTED DRAWING: Figure 1

Description

The technology disclosed in this application relates to a system, a mobile terminal, a server, an information processing device, a program, or a method.

There is a need for technology that more appropriately uses information obtained from people.

JP2018-28881A Japanese Patent Application Publication No. 2001-147957

However, any of the above techniques is insufficient to utilize user data objectively. Therefore, various embodiments according to the present invention communicate a system, a mobile terminal, a server, an information processing device, a program, or a method in order to solve the above problems.

An example computer program is
one or more information processing devices,
acquisition means for acquiring user health data;
acquisition means for acquiring event data of the user;
Activating an automatic conversation module that uses the correspondence between health data and/or event data and predetermined sentences to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing means;
A computer program for operating as

One or more information processing devices according to an example are:
an acquisition unit that acquires health data of users;
an acquisition unit that acquires event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing section,
One or more information processing devices comprising:

An example method is
one or more information processing devices acquiring health data of the user;
obtaining event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing step;
How to do it.

According to an embodiment of the present invention, it is possible to support people's life design.

FIG. 1 is a block diagram showing a specific example of the functions of an information processing device according to an embodiment. FIG. 2 is a block diagram illustrating an example of the relationship between information processing devices according to an embodiment. FIG. 3 is an example of the flow of processing by the system according to one embodiment. FIG. 4 is an example of a screen of a system according to an embodiment. FIG. 5(a) is a table showing the relationship between rules according to one embodiment. FIG. 5(b) is a table showing the relationship between rules according to one embodiment. FIG. 5(c) is a table showing the relationship between rules according to one embodiment. FIG. 6 is an example of a screen of a system according to an embodiment. FIG. 7 is an example of a screen of a system according to an embodiment. FIG. 8 is an example of a screen of a system according to an embodiment. FIG. 9 is an example of a screen of a system according to an embodiment. FIG. 10 is an example of a screen of a system according to an embodiment. FIG. 11 is an example of a screen of a system according to an embodiment. FIG. 12 is an example of a screen of a system according to an embodiment. FIG. 13 is an example of a screen of a system according to an embodiment. FIG. 14 is an example of a screen of a system according to an embodiment. FIG. 15 is an example of a screen of a system according to an embodiment. FIG. 16 is an example of a screen of a system according to an embodiment. FIG. 17 is an example of a screen of a system according to an embodiment. FIG. 18 is an example of a screen of a system according to an embodiment. FIG. 19 is an example of a screen of a system according to an embodiment. FIG. 20 is an example of a screen of a system according to an embodiment. FIG. 21 is an example of a screen of a system according to an embodiment. FIG. 22 is an example of a screen of a system according to an embodiment. FIG. 23 is an example of a screen of a system according to an embodiment. FIG. 24 is an example of a screen of a system according to an embodiment. FIG. 25 is an example of a screen of a system according to an embodiment. FIG. 26 is a block diagram showing the configuration of an information processing device according to an embodiment.

Various embodiments of the present invention will be described below with appropriate reference to the accompanying drawings.

1. Functions of the system according to an example of the present invention An example system according to the present invention has a function of acquiring information regarding a person and generating information regarding a recommendation based on the information. An example system may include an acquisition unit, a rule application unit, a communication unit, and/or a display unit, as shown in FIG. Another example of the system may include an acquisition unit, a communication unit, and a display unit. Further, another example of the system may include an acquisition unit, a rule application unit, and a communication unit.

1.1. Acquisition Unit The acquisition unit has a function of acquiring data. The acquisition unit may collect, for example, the female user's health data, the female user's event data, the female user's current situation, the female user's sensitivity, answers to questions (inquiries), behavioral goals, and/or these. Data on lower-level concepts, etc. may be acquired.

The mode of acquisition may be various. For example, the server and/or the cloud may be acquired from a mobile terminal or other information processing device via wired or wireless communication, or the program in the server and/or cloud may be acquired from the mobile terminal or other information processing device. The program may be acquired from a program in the server and/or cloud via wired or wireless communication, or the program in the server and/or cloud may be acquired from a storage device in the server and/or cloud. A program within the mobile terminal may acquire data from the server and/or a program within the cloud, a mobile terminal or a program within the mobile terminal may acquire data based on user input, or data may be acquired from the mobile terminal or a program within the mobile terminal. The program may be acquired from a program within the mobile terminal or a storage device within the mobile terminal.

The acquisition unit may acquire data using communication or may acquire data using a storage medium.

1.2. Rule Application Section The rule application section has a function of applying rules prepared in advance. The rule may indicate the relationship between question options asked to the user and predetermined sentences to be displayed when each of the options is answered. Further, the rule may indicate a corresponding answer according to a plurality of input data of the user. In addition, the rules are not limited to these, and may indicate the correspondence of responses to various inputs described in this application.

The rule application unit may be implemented by executing the automatic conversation module by activating the automatic conversation module. The rule application section has an advantage in that it can be adjusted in advance by a person by defining relationships in advance without using a machine learning function or the like.

1.3. Communication Department The communication department has a function of communicating some or all of the above data. The communication unit may have a function of communicating with a mobile terminal. Further, the communication unit may have a function of communicating with the management terminal. Communication may include sending and/or receiving. Communication may be wired or wireless. The communication unit may use well-known communication technology.

1.4. Display Unit The display unit has a function of displaying data.

The display section displays health data of the female user, event data of the female user, current situation of the female user, sensitivity of the female user, answers to questions (inquiries), behavioral goals, and/or sub-concepts thereof. information, etc. may be displayed.

In addition, in the application documents, the female user's health data, the female user's event data, the female user's current situation, the female user's sensitivity, answers to questions (inquiries), behavioral goals, and/or Information on lower-level concepts may be changed in format, or information may be added, modified, or deleted as appropriate during the communication or processing process.

2. Example
2.1. Example of an overall picture in an embodiment A system according to an embodiment may include a mobile terminal used by a user and a server that processes information acquired from the mobile terminal. For example, FIG. 2 illustrates an example system. In this figure, mobile terminals 21a and 21b may be connected via a network 22 so as to be able to communicate information with a server 23a. In this figure, two mobile terminals are illustrated, but the number may be one or more, and the number is not limited. The mobile terminal may be used by a user who uses the system according to this example (sometimes referred to as a user terminal). In addition, a program that implements the technology according to the present application is downloaded and installed on a user terminal via the Internet, and the program is sometimes referred to as a user application in the documents of the present application. Note that the user application may be installed directly on the user terminal, or may be installed via other software on the user terminal. For example, a user application may be installed as a module on an SNS application on a user terminal and executed on the user terminal. Note that in the present application, the functions realized by the user application may be executed on a web browser on the Internet. In this case, the functions implemented in the user application may be implemented in a program executable on a web browser accessed over the Internet instead of the user application. Note that the system according to one embodiment may be configured from only one user terminal.

Note that such a user application may be able to create a user account. In this case, information that identifies the user may be used as the user's account. Information that identifies the user includes the user's name, user's email, user's phone number, ID that identifies the user, information that identifies the insurance product subscribed to by the user, and/or May include the user's address. This is because the user can be identified from information that specifies the insurance product that the user has subscribed to. Furthermore, the ID that identifies the user may be associated with the insurance product that the user has subscribed to.

Further, in this figure, the server 23a is connected to the administrator terminals 23b and 23c, but the configuration is not limited to this example. There may be no administrator terminal, or there may be two or more administrator terminals. The server 23a may be one or more servers, and the one or more servers may be one or more information processing devices. Further, the server 23a may be a cloud. In addition, in the case where the server 23a is a server and/or a cloud, the information processing device itself on which the server and/or the cloud is executed is an information processing device owned by the person who executes the processing executed in the server and/or the cloud. It may be a device or an information processing device that the executor does not own. In the latter case, an information processing device owned by a third party may be used. The information processing device will be described later. In addition, although not shown in this diagram, an information processing device (sometimes referred to as an advisor terminal device in the application documents) used by an advisor who provides advice to users is connected to the above-mentioned system and data processing device. may be connected to enable communication. The advisor terminal device may be a mobile terminal.

Note that in the present document, the term "system" may refer to a single information processing device or a plurality of information processing devices such as a server, a cloud, a mobile terminal, and the like. For example, a system may refer to one or more servers and one or more mobile terminals. Further, for example, the system may refer only to one or more servers, or may refer only to one or more mobile terminals. Also, the server may additionally or alternatively be a cloud. The mobile terminal may be any of a variety of portable information processing devices, such as a smartphone, tablet, PDA, notebook computer, laptop, tablet PC, handheld, portable computer, and the like.

Next, the manner in which the system of this example is used will be explained.

2.2. Example 1
The system according to the embodiment of this example is an example composed of one user terminal.

Next, the processing flow of the system of this example will be explained using FIG. 3. Here, the user application may be downloaded and installed in advance on the user terminal as described above. Further, a user's account may be set in the user application, and the application may be made available to only a specific user through authentication means. As described below, the user's privacy-related data (especially symptoms and thoughts unique to women) is entered into the user app, and since the user's app stores the privacy-related data, it is protected by authentication technology. The need is high.

Moreover, the system of this example may be an employee belonging to a specific company. In this case, there is an advantage that compensation for using the system of this example can be obtained through a contract with such a specific company.

Further, the user of the system of this example may be a female employee. In this case, as will be explained later, the system in this example is particularly useful for physical phenomena such as menstruation, pregnancy, and menopause, and social phenomena such as marriage, childbirth (children), home purchase, and work (career). It has the advantage of being able to comprehensively deal with the design of life, including pregnancy and childbirth, which are considered to be time-limited (rather than just a part of them).

Step 1
The user application serving as the system of this embodiment acquires the female user's health data and/or the female user's event data from the female user.

The user application may display various questions to the female user, and may obtain the female user's health data and/or the female user's event data as data in response to the questions.

For example, the user application may display a screen like the one shown in FIG. This screen categorizes various questions that the user application asks the user. In the user application, the female user may answer these questions in sequence, and the user application may store the female user's answers. Female users have the advantage of being able to gain an opportunity to reflect on themselves more by answering various questions posed by the user app.

<Step 1.1>
For example, the user application may display questions regarding the female user's current situation and/or the female user's sensibilities, and may obtain data on answers to such questions. Questions about the current status of female users include, for example, age, marital status, presence of children, number of children, age of children, pregnancy status, whether or not they are trying to conceive, current health, current status of This may include symptoms, whether or not you are undergoing infertility treatment, current income, and/or current expenses, and the user app may store data in response to these.

Note that income and expenditure may be obtained from household account book data regarding the user. Such user's household account book data may be stored in a database different from the user application. The user application may obtain the user's household account data from such a database using the user's account data. The household account book data may include past income and expenditure data.

Further, the question regarding the female user's sensibilities may be a question that allows the female user to select an object for which she currently has an intuitive negative feeling. Such questions may be divided into categories such as daily life, behavioral characteristics, health, money, career, marriage, pregnancy (children), etc.

Among such questions, if a female user has concerns regarding health or symptoms, it is also desirable to be able to quickly resolve those concerns. Therefore, when the system of this embodiment receives an input that the female user has health concerns (for example, has some symptoms), the system may activate an automatic conversation module to be described later. Health-related concerns may include, for example, concerns about menstruation, pregnancy, menopause, STDs (sexually transmitted diseases), etc., which are particularly common among female users. Specifically, the system of this embodiment provides options for physical concerns such as rough skin, swelling, chest pain, and headaches, and psychological concerns such as irritability, depression, loss of concentration, and loss of appetite. In response to the input, an answer may be given to the female user within the automatic conversation module by activating the automatic conversation module and applying rules for responding to the options.

Here, an example of the rule for the above-mentioned answer may be, for example, the correspondence shown in FIG. 5(a). In this figure, for example, when the user application acquires the female user's problem 1 from the female user, the activated automatic conversation module may display the disease 2 that may correspond. In this case, the automatic conversation module may further display the disease 3 if there is a disease that may develop in the future, and/or the corresponding insurance candidates 4 that are related to the symptom. . Here, the insurance candidate 4 may be an insurance that is preferable for a female user with symptoms to consider, such as a disease that is likely to develop based on the symptoms and is eligible for insurance benefits. Note that the female user may or may not be interested in these diseases 3 and insurance candidates 4 that may occur in the future. In particular, if explanations are displayed even when users are not interested in them, it may actually reduce the user's interest and cause resentment. Therefore, before displaying the data on disease 3 and insurance candidate 4, a question may be asked to the female user to confirm her intention to display the data.

For example, regarding disease 3, the questions are ``Do you want to know about possible future diseases?'' or ``Do you want to know about insurance to protect against future diseases?'' Only when there is a positive answer to such a question, the automatic conversation module may display data on the corresponding disease 3 or insurance candidate 4.

Note that the above-mentioned insurance product may be one that responds to the needs, concerns, and events of female users. Here, it may be an insurance product that is only directly related to needs, concerns, or events, or it may be an insurance product that is indirectly related. For example, while cancer insurance may be proposed for health concerns such as menstrual problems, cancer insurance may also be considered as future protection against events such as marriage and children. In this way, in providing data on insurance products proposed in the automatic conversation module, the event data is not used and the health data is used to identify the type of insurance, and the health data is not used and the insurance type is identified by the health data. There may be the same insurance product as the type of insurance specified using event data.

In addition, in the above description, the user application acquires the worries of the female user, the automatic conversation module is automatically started, and such data is displayed via the automatic conversation module, but the automatic conversation module Before launching the service, ask female users whether they would like to receive specific answers about their symptoms and worries (worries about health, money, work, etc.) (for example, whether they would like to have the automatic conversation module started) or whether to enlarge the display of the automatic conversation module on the screen or make it full screen. In this case, for example, if the user app first asks the female user for details about her symptoms and concerns and receives a positive answer, the user app may start the automatic conversation module. good.

Note that the automatic conversation module may be in the form of an executable file, but is not limited thereto. Furthermore, the automatic conversation module may be built into the user application or may be independent from the user application. Activation of the automatic conversation module means executing the automatic conversation module, and the automatic conversation module may be executed seamlessly from execution by the user application.

Furthermore, FIGS. 5(b) and 5(c) are examples of other rules used by the automatic conversation module. In this figure, we assume that unmarried 1 and age 3 correspond to the data obtained from female users regarding various topics such as menstruation, marriage, fertility, children, life, menopause, and the future in the user app. If female users' needs/concerns 2 apply, correspondingly (at the same bank), the proposed insurance (self) 4, the proposed insurance (husband) 5, and/or the proposed insurance (child) )6, the automatic conversation module may display. This configuration has the advantage of being able to propose insurance that meets the needs and concerns of female users, and to attempt to resolve the needs and concerns of female users. In addition to displaying the above-mentioned proposed insurance, the automatic conversation module may also ask about communication with an expert, which will be described later. In this case, there is an advantage that while a certain amount of insurance product data is displayed to the user, more detailed information can be communicated with an expert. In this way, by taking steps such as using the automatic conversation module while confirming the user's intentions, and then deciding on the reservation date and time for communication with the expert while also confirming the user's intentions, The advantage is that detailed information and consultation can be provided flexibly in accordance with the user's intentions. The automatic conversation module may display the corresponding topics 1 to 3 in each row, in addition to displaying the data of the insurance to be proposed, when the above-mentioned insurance is to be proposed. For example, the automatic conversation module may use random numbers to select and display proposed insurances 4 to 6 and topics 1 to 3 in response to the needs and worries of a female user. In this case, the automatic conversation module may display expressions of predetermined topic changes using well-known techniques so that these topic changes are natural even for humans.

Furthermore, the automatic conversation module described above may be activated to answer questions from female users on a rule-based basis regarding concerns other than health-related concerns among women described above.

For example, the automated conversation module may prompt the female user to express her intentions regarding communication with the expert. For example, an automated conversation module may ask whether a person would like to communicate with an expert. If the female user answers this question in the affirmative, such as that she wishes to communicate with an expert, the automatic conversation module may inquire about the desired date and time for a reservation for communication with an expert. In this case, the female user is further presented with the option of multiple experts with whom she would like to communicate, and the female user is given the option of communicating with the one expert selected by the female user. You may also inquire about your desired reservation date and time. Multiple options are available from a variety of experts, such as experts on health such as menstruation, pregnancy, and menopause, experts on work and career, experts on insurance, and/or experts on money. It's fine. In addition to or in place of the above-described mode in which the female user selects an expert from the options, an expert may be selected or expert candidates may be displayed based on the previous female user's answer. For example, candidates for health-related experts may be displayed in response to a female user inputting an answer to a health-related concern and the user application acquiring data on health-related concerns. In addition, candidates for insurance experts may be displayed in response to the fact that the female user inputs an answer to her concerns regarding insurance enrollment and the user application acquires data regarding her concerns regarding insurance enrollment. As described above, at the stage of specifying the reservation date and time after the expert has been identified, the automatic conversation module connects the predetermined server and data to confirm the reservation date and time with the identified expert. You may communicate. The automatic conversation module may display reservation date and time data with the specified expert only if the data is obtained from a predetermined server. Confirming the reservation date and time with an expert requires data communication with a designated server, and communication via the Internet rather than processing only on the user terminal is required, so it is important to communicate with the expert in advance. By configuring the system to ask questions about the following questions and perform such processing only when a positive answer is obtained, the processing burden can be reduced and the waiting time for processing can be made to feel meaningless to the user. There is an advantage in not allowing

When the automated conversation module obtains data on a particular condition of a female user (eg, infertility), it may display data regarding the provision of a test kit that can test for such condition. In this case, when the automatic conversation module acquires data on the female user's specific symptoms, it may first prompt the female user to express her intention regarding the provision of a test kit. For example, the automated conversation module may ask if detailed data about the provision of test kits is desired. If the female user answers this question in the affirmative, such as requesting detailed data, the automatic conversation module may display detailed data regarding the provision of the test kit. Detailed data includes, for example, the model number of the test kit, the functions of the test kit, the effectiveness of the test kit, the amount of money required to purchase the test kit, the specific procedure for purchasing the test kit, and/or the shipping timing of the test kit. , etc., and the automated conversation module may display these data. Here, the automatic conversation module may communicate data with a predetermined server, particularly for confirming the shipping timing of test kits and inventory for that purpose. The automatic conversation module may display test kit shipping timing and inventory data only if such data is obtained from a predetermined server. Confirming the shipping timing and inventory of test kits requires data communication with a designated server, and communication via the Internet is required instead of processing only on the user terminal. By asking questions about detailed data and performing such processing only when a positive answer is obtained, the processing burden is reduced and the user does not have to wait for processing time. It has the advantage of not making you feel it has any meaning. The functions of the test kit include, for example, testing ovulation, the number of eggs, the values of hormones that play an important role in physical condition, the state of the body preparing for pregnancy, and/or the influence of hormones on physical condition. It may be.

Furthermore, the automatic conversation module may perform similar processing for providing data on insurance products. That is, when the automatic conversation module obtains data on a specific symptom of a female user (for example, infertility), it may display data on the above-mentioned insurance product corresponding to the symptom. In this case, when the automatic conversation module acquires data on specific symptoms of the female user, it may first prompt the female user to express her intention to provide data on insurance products. For example, the automated conversation module may ask if detailed data about the provision of insurance product data is desired. If the female user answers this question in the affirmative, such as requesting detailed data, the automatic conversation module may display detailed data regarding the provision of insurance product data. The detailed data includes, for example, the name of the insurance product, the coverage details, the coverage period, the conditions of the coverage, the amount of insurance, and/or the procedure for contracting the insurance product, etc., and the automatic conversation module uses these data. may be displayed. Here, the automatic conversation module uses the data of the female user to select insurance suitable for the female user, determine insurance conditions for the female user, and/or select insurance suitable for the female user. You may decide the amount of In this case, the automatic conversation module uses the female user's data to provide insurance data for the user (e.g., selection of insurance products, determination of insurance conditions, and/or insurance amount corresponding to such female users). Data may be communicated with a predetermined server for the determination. The automatic conversation module may display such user insurance data only if it has obtained such data from a predetermined server. Confirmation of user insurance data requires data communication with a specified server, and communication via the Internet is required instead of processing only on the user terminal, so check the user insurance data described above in advance. By asking questions about the data and performing such processing only when a positive answer is obtained, the processing burden is reduced and the waiting time of the processing time is made meaningless for the user. It has the advantage of not making you feel it. Note that the predetermined server may determine insurance data for the user based on predetermined rules based on the female user's data from the automatic conversation module (user application). For example, the predetermined server is capable of data communication with the user application, and uses the data of the female user from the user application to determine, in particular, the user's age, gender, medical history, symptoms, and/or past information. Insurance claims (presence and content), etc. are used to identify user insurance that is available to and compatible with female users, using predetermined rules to identify available insurance. The data may be identified and such consumer insurance data may be communicated to the consumer app.

<Step 1.2>
For example, the user application may display questions about the female user's way of thinking and obtain data on responses to such questions. Questions about female users' attitudes can be abstract. For example, whether you are the type of person who likes to start new things, whether you are the type of person who can express your thoughts in front of others, etc. The answer to such a question may be a selection from predetermined options.

In this case, the user app may have a relationship between the above-mentioned answer options and the type of female user based on the combination of answers in advance in the form of a rule, and the user app may By applying the above-mentioned rules to the selected option, the type of female user may be identified and such type may be displayed. Further, the user application may also display an explanation about this type in association with the user application. If such rules are properly adjusted, female users have the advantage of being able to understand what type of person they are in relation to their chosen way of thinking based on their answers to the above questions.

<Step 1.3>
Further, for example, the user application may display intuitive questions asked by female users and acquire data on answers to these questions. The female user's intuitive question may be in the form of selecting a keyword. Such a question may, for example, allow the user to select from a plurality of keywords such as "fairness,""positive,""freedom," and "honest" as keywords that the user would like to value in life.

In this case, the user application may have a relationship between the above-mentioned keyword options and the type of female user in the form of a rule in advance, and the user application may have a relationship between the above-mentioned keyword options and the female user type in the form of a rule. By applying the above-mentioned rules, the type of female user may be identified and such type may be displayed. Further, the user application may also display an explanation about this type in association with the user application. If such rules are properly adjusted, female users will have the advantage of being able to understand what type of person they are in relation to the keywords that they consider important in life, based on their answers to the above questions. There is.

<Step 1.4>
Further, for example, the user application may acquire and display predetermined life event data of the female user in the past before the present and/or in the future after the present.

For example, here, the life event data may be predetermined. Life event data may include marriage, children, housing, and/or others.

The user may select one type of life event from the predetermined life events in the user application, and input the past age at which such life event occurred and the expenses required for such life event. . In response to such input, the user application may obtain and store the predetermined type of event, the age corresponding to the event, and the cost of the event.

For example, FIG. 6 shows an example of a screen where the user application inputs life event data to the user. In the user application, the user may select a predetermined event from a plurality of life events, and input the age, content, and cost corresponding to the event. Further, the user application may allow the user to input the degree of fulfillment of the event. The degree of fulfillment may be something that the user subjectively inputs to indicate how fulfilling the event was in his or her life. In this figure, there are five stages, but the number of stages is not limited to this, and the degree of fulfillment may be smaller or larger than five stages.

Further, the user application may calculate the age of the user and the income and expenditure at the corresponding age. Such income and expenditure may be calculated using the user's income and expenditure. For example, a user's income and expenditure for each year may be calculated by subtracting the user's expenditure from the user's income for the corresponding year.

The user's past income and expenditure may be calculated, for example, from the past income and expenditure of the household account book data mentioned above. Further, the user's future income and expenditure may be calculated from past income and expenses using well-known simulation techniques. Here, in well-known simulation techniques, average values of income and expenditure for each age may be used. Further, as the average value of past and/or future income of the user, the average value of income corresponding to the age of employees at the company to which the user belongs may be used. In this case, since the data on the income actually paid by the company where the user is employed is used, there is an advantage that highly accurate data can be used. Note that in this case, the user application may obtain and store in advance the average amount of income for each age of the company where the user is employed. The average amount of such income may be obtained by the administrator of the subject system through a contract with the company in which the user is employed, and stored within the subject system. In addition, when the average amount of income is updated every year, there is an advantage that highly accurate data corresponding to changes in social conditions can be used. Moreover, the data of the user's future life events described above may be used for the user's future expenditure.

The user application uses the user's past and/or future income and/or expenditures calculated as described above to display them in association with the two-dimensional age axis and financial axis. good. For example, the user application may display an age axis and a financial axis two-dimensionally. Further, the user application may acquire the past and future ages of the user and the income and expenditure corresponding to the age, and display the age of the user and the income and expenditure corresponding to the age in association with each other.

Further, the user application uses event data including a predetermined event type, an age corresponding to the event, and/or the cost of the event, and associates the event data with the above-mentioned age axis. An icon indicating the type of event may be displayed, and the balance obtained by subtracting the cost of the event may be displayed on the money axis in the age axis.

For example, FIG. 7 is an example of life events being displayed on the user application. At each age on the horizontal age axis, a bar graph showing income 1 including a breakdown of expenditures and income and expenditure is shown as a bar, and at each age, a line graph plotting fulfillment level 2 is displayed. This allows you to understand trends in balance and income (and expenses) with respect to age, as well as the level of fulfillment at each event. If these are things from the past, we can change the past, and if things are from the future, we can consider preparing for the future. Note that past events and future events may be distinguished and displayed in various ways. For example, past and future events may be distinguished and displayed by color, line pattern, etc. In this case, there is an advantage of being able to clearly understand the past and the future. Further, details 3 of life events at each age may also be displayed. In this figure, marriage, home purchase, and childbirth are displayed. Furthermore, life events may be classified into one of self, family, and work. For example, marriage may be classified as self, and buying a house and giving birth may be classified as family. Things classified as jobs may include, for example, joining, promotion, job change (retirement), etc. If a specific category (for example, self) is received in category 4, the user application may display only the corresponding life events (for example, life events that are correspondingly classified as self). In this case, only the corresponding classification is displayed, which has the advantage of being easy to understand.

<Step 1.5>
Further, for example, the user application may obtain and display the female user's specific behavioral goals. Such behavioral goals may be multiple future goals. For example, the behavioral goal may be a behavioral goal for a predetermined period, such as a one-week goal, a one-year goal, a three-year goal, or the like. The goals for each of these time periods may be related to each other. For example, a three-year goal may be set, a one-year goal may be set toward the three-year goal, and a one-week goal may be set toward the one-year goal. Moreover, each action goal may be capable of inputting one or more action goals.

FIG. 8 is an example of a screen where the user application can input 1 to 5 behavioral goals within three years. Further, by inputting three-year goals, one-year goals, and one-week goals, the user application stores these and FIG. 9 shows an example of a screen displaying these. Furthermore, the behavioral goals may be shared with predetermined parties. For example, in this figure, when "Share to Timeline" 1 is selected, the action goal may be shared with other user applications and displayed on the user application. Moreover, if "edit" 2 is selected, these action goals may be editable.

For example, FIG. 10 is an example of a screen displayed when the above-mentioned "Share to Timeline" 1 is selected. This screen shows an example of displaying the fact that it has been shared and also displaying other users' data. Here, other users' data may include, for example, the user's age group, the data entered by other users into each user application in steps 1.1, 1.2 and/or 1.3 above. It may include the identified type and/or other user's behavioral goals. Such data of other users may be data of users belonging to the same group, or data arranged by attributes of the same group. Here, the same group may be users with the same attributes as the user of the user application to be shared. Attributes include, for example, the user's age group, whether the user is unmarried, the administrative region where the user application is used (e.g., Tokyo), and/or steps 1.1, 1.2, and /or the type of female user identified in 1.3, etc. In this case, the data of users who have the same tendency to think or feel the same way as the user is displayed, so you can refer to the behavioral goals of other users and do your best. There are benefits that could potentially make you feel better. In addition, the above-mentioned share communicates data with a predetermined server and stores the action goal stored in the user app in a predetermined server in response to the selection of "Share to Timeline" on the user app. The action goal may be communicated from the predetermined server to another user application, and the action goal may be displayed in the other user application. Furthermore, as shown in this figure, the user may be able to select "support" for other users' action goals. In this case, the user may be able to support the behavioral goal of another user by indicating a positive evaluation, such as support, for the behavioral goal of the other user. More specifically, for example, it is assumed that the user application UA1 used by the user U1 is displaying the behavioral goal U2T of another user U2. Here, it is assumed that in the user application UA1, "support" is selected for the action goal U2T associated with the user U2. In this case, the user application UA1 may transmit data indicating that "support" has been selected for U2T to a predetermined server. Then, the predetermined server may count and store the number of times "support" is selected for the action goal U2T. Further, the predetermined server may count selections for the behavioral goal U2T from user applications other than the user application UA1. Here, the count may be configured such that selections from the same user application are counted only once, or may be configured such that the number of times the selections are counted within a predetermined period is limited, such as once. The predetermined server may transmit the counted number of times for the behavioral goal U2T to the user application UA2 used by the user U2, and the user application UA2 associates the counted number of times with the behavioral goal U2T. May be displayed. In this case, the user U2 has the advantage of being able to understand how many people have "supported" him through the number of counts for the action goal U2T.

Further, as described above, these behavioral goals may be editable, and in response to the selection of "Edit" 2 described above, the behavioral goals may be edited on the screen of FIG. 11. In response to such editing, the user application may store the edited behavioral goal and display and/or share it with other users.

Note that the above-mentioned "edit" may give the user an opportunity to edit at a predetermined timing. Also, for example, the user application may provide an opportunity to edit the goal after a predetermined period of time has passed. The predetermined period may be, for example, a period corresponding to the period of the set goal; for example, if the goal is one week, the opportunity to edit may be given after one week, and if the goal is one year, the opportunity to edit may be given. You may be given the opportunity to edit it after a year. Furthermore, if the goal is one year or three years, it may be an opportunity for editing during the interim period. For example, if it is one year, it may be six months, three months, etc., and if it is three years, it may be one year, two years, etc. The means for providing such an opportunity to edit may include, for example, displaying a notification in the user application that it is an opportunity to edit.

For example, FIG. 12 is an example in which a user application executed on the line makes a notification using the line. Here, when the user application "reflects on the behavioral goals", the user application becomes able to input progress as shown in FIG. Feedback may be provided as shown in FIG. 14 in response to input of results regarding the progress.

After entering steps 1.1 to 1.5 above, the user application may display a screen as shown in FIG. 15.

<Step 2>
The user application may display individual data to the user based on the acquired data.

For example, FIG. 16 is an example of displaying various event data entered by a female user in step 1.4 and stored by the user application. Life design 1 is selected, and data on various past and future events of the female user is displayed together with income and expenditures associated with age. In particular, it can show the age axis, financial income and expenditure, and the degree of fulfillment showing data from a psychological perspective in the same graph, as well as show the details of selected life events. It allows you to easily understand your life's past and future at a glance. In this figure, "Me, Family, Work, and Housing" 2 are selectively displayed, but it may be possible to display various combinations including a pattern in which all of these are displayed. Unlike those that only display individual perspectives such as only health, only finances, and only work, we provide a comprehensive view of your life, reviewing it, and being conscious of the future. It is unique in that it allows you to display all aspects of your work at once. In other words, in life design, considering only health, money, or work alone is insufficient for designing the entire life, and it has been difficult to comprehensively display these aspects. By being able to view health, finances, and work all at once, it becomes possible to understand life as a whole. In particular, by looking back on past event data and understanding oneself, inputting and viewing future event data provides an opportunity to think about and understand one's ideal future life. Figure 3 also illustrates the completely different perspectives that women face in their lives: themselves, money, health, family, and work. Unlike this diagram, the display area may be changed depending on the specific importance of self, money, health, family, and work for female users. For example, the display areas for yourself, money, health, family, and work may each be displayed in an equal ratio of 1:1:1:1:1, or in different ratios such as 1:1:3:1:1. It may be. Furthermore, the display area of a predetermined shape (for example, a circle or square) may be changed depending on the weight of self, money, health, family, and work. The ratio may be equal to 20%, 20%, 20%, 20%, 20% of the predetermined figure, or 10%, 10%, 40%, 20%, respectively. , 20%. These specific weights may be based on the data entered in steps 1.1 to 1.5 above. For example, if the answer to the questions in steps 1.1 to 1.5 is that health is important, then health may be given a higher weight. These can be calculated by applying predetermined rules associated with the questions in steps 1.1 to 1.5 (e.g., the sum of constants associated with the answers to the question options). You can calculate the above-mentioned weights of family and work.

FIG. 17 identifies the type of female user, indicating the "current you" 1 entered by the female user in steps 1.1, 1.2 and/or 1.3 and stored by the user application. This is an example of display based on data. Further, FIG. 18 is an example of displaying various behavioral goals, including "behavioral goal" 1, which was input by the female user in step 1.5 and stored by the user application.

Female users can simply switch between the above-mentioned "Life Design," "Current You," and "Action Goals" by entering tabs, and the results are objectively visualized based on the data entered by the users themselves. It has the advantage of giving you an opportunity to re-examine yourself. In particular, age is something that cannot be reversed, so while objectively comparing your past life design and the present you, you can indicate your ideal future life design, and use that ideal to set specific behavioral goals for the future. By breaking down from (for example, 3 years) to the most recent (for example, 1 week), you can clarify your specific actions from tomorrow, and you will be able to control your own life to the extent that you can. It is something that we support. In particular, for female users, as mentioned above, in terms of health, there are menstruation, fertility, and menopause, and multiple life events such as marriage, childbirth, buying a house, and work are important aspects of health. A unique feature of the user app that allows female users to view the event in a way that allows them to understand the overall positioning of the event, even though it may exist under certain restrictions and may be subject to chance. It has the following.

Furthermore, the system of this example may additionally have a function of regularly checking the user's health. In particular, if the system in this example targets female users and can regularly check and obtain health data specific to women, it can utilize such data to encourage early communication with experts and improve women's health. This has the advantage of increasing the possibility of supporting the provision of appropriate advice to users at an early stage and providing data on insurance products that are more suited to the situations that female users may face.

The system of this example may acquire physiological data as health data specific to female users, for example. For example, as shown in FIG. 19, the user application may acquire the previous menstrual date, menstrual cycle, and/or average number of menstrual days as the female user's physiological data. For example, the user application may predict future menstrual days by adding the menstrual cycle and the average number of menstrual days to the previous menstrual day.

Further, the system of this example may acquire health data regarding cancer screening, for example. FIG. 20 is an example of a screen on which the user application obtains data regarding cancer screening. For example, for uterine cancer, the date of the previous uterine cancer screening, the type of the previous uterine cancer screening, the results of the previous uterine cancer screening, and/or details of the results of the previous uterine cancer screening, etc. uterine cancer screening data may be obtained. Regarding breast cancer, breast cancer screening data such as the date of the previous breast cancer screening, the type of the previous breast cancer screening, the results of the previous breast cancer screening, and/or details of the results of the previous breast cancer screening may be acquired. Further, the user application may acquire and store screening data such as uterine cancer screening data and/or breast cancer screening data. Note that the user application may transmit the medical examination data to a predetermined server, and the predetermined server may store the medical examination data in association with the female user.

Further, the system of this example allows the female user to select self-care for the female user's health, and the user app may obtain the data. For example, as shown in FIG. 21, the user application may acquire and display data regarding self-care such as gynecological examinations, taking pills, and number of cigarettes smoked.

The user application may further display the acquired health data. For example, as shown in FIG. 22, the user application may display self-care report 1, menstrual management 2, and/or cancer screening management 3. The user app may be capable of displaying one or more past self-care reports. Further, the user application may display past menstrual dates and/or predicted future menstrual dates on a monthly basis. Additionally, the user app may display past cancer screening dates and/or future cancer screening dates. These displays have the advantage that users can objectively understand past and future health data.

Further, the user application may notify the female user on the expected date of menstruation. For example, as shown in FIG. 23, a notification may be sent when the expected menstrual period arrives. In this case, it may be possible to input the next menstrual date. For example, the user application may prompt the user to input the next physiological data and store the input data, as shown in FIG.

Further, the user application may use such data on actual menstrual days to notify the user of any abnormality in symptoms if the cycle of menstrual days changes from a certain point. For example, the user application may use an equation for predicting future menstrual days based on a plurality of actually obtained menstrual days. As such an equation, for example, a prediction equation such as Newton's method or regression analysis may be used. If the user application obtains data in which the actual menstrual date differs by more than a predetermined value from the future prediction based on this equation and multiple past actual menstrual dates, the user application may notify you that your menstrual cycle is disrupted. Additionally, in this case, the user app further activates an automatic conversation module to inquire of the female user's intention to display detailed data regarding menstrual cycle disturbances, and to receive positive evaluations from the female user. If obtained, details of such data may be displayed. Furthermore, in this case, the user application, through the automatic conversation module, further provides the option of providing information about menstrual test kits and/or the option of making a reservation for communication with a real specialist such as a gynecologist. You may do so. In these cases, the automatic conversation module in the user app provides detailed data about the provision of test kit information and/or communication with experts to female users in advance, as described above. Data regarding these details may be displayed only if the information is displayed to female users to encourage them to express their intention to provide such services, and positive evaluations are obtained from female users.

In addition, the user application may use, for example, the previous uterine cancer screening date and/or the previous breast cancer screening date to determine the next preferred corresponding cancer screening date (for example, six months after the previous screening, or , one year later, etc.) and notify the female user a predetermined number of days before the examination date. For example, the user application may be displayed as shown in FIG. 25. This has the advantage of encouraging female users to undergo regular cancer screening. Further, the user application may notify about a cancer screening that has not been performed, for example, using the type of the previous uterine cancer screening and/or the type of the previous breast cancer screening. For example, the user app has a list of types of cancer screenings for which it is preferable for female users to undergo screening in advance, and among these, the types of cancer screenings for which female users have not undergone screening are periodically checked. The notification may be sent to female users (for example, once every six months, once a year, etc.). In this case, the female user has the advantage of being able to understand about cancer screenings that she has not received, and being able to encourage such cancer screenings. Additionally, the user app may use the results of the previous uterine cancer screening, the details of the results of the previous uterine cancer screening, the results of the previous breast cancer screening, and/or the details of the results of the previous breast cancer screening. The recommendation data in the automatic conversation module may be specified by using the automatic conversation module. For example, if your cancer screening test is negative, we will recommend high-intensity exercise, but if your cancer screening test is positive, we will recommend exercise that is lower than a predetermined level. Exercises with a high load may not be recommended, but exercises with a load below a predetermined level may be recommended. In addition, the automatic conversation module of the user app displays insurance product data that assumes that if the cancer screening test is negative, the data will be negative, whereas if the cancer screening test is positive, it will display insurance product data that assumes that the test result is positive. data may be displayed.

Although this example describes an example in which an employee belonging to a specific company uses the user application, the present invention is not limited to such an example. The user application may be used by general consumers who do not belong to a specific company. In this case, use may be made possible by concluding a usage contract with each general consumer.

2.3. For various embodiments , a computer program according to the first aspect comprises:
one or more information processing devices,
acquisition means for acquiring user health data;
acquisition means for acquiring event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing means;
A computer program that operates as a computer program. Here, the correspondence relationship between health data and/or event data and predetermined sentences used by the automatic conversation module is, for example, based on the needs and concerns of the female user in FIGS. 5(a) to 5(c), It may be a correspondence relationship between sentences about diseases or insurance products in the same corresponding row in such a table. The text about the disease or insurance product may include a description of the disease or insurance product.

The computer program according to the second aspect includes, in the first aspect, "
The predetermined text includes a text indicating a recommendation that urges the user to take a predetermined action corresponding to the health data and/or the event data.

A computer program according to a third aspect includes, in the first or second aspect, "
The recommendation that prompts the predetermined action is
communication with a specialist depending on said health data and/or said event data;
Providing information on test kits according to the health data and/or the event data, or
Providing insurance product data according to the health data and/or the event data;
``The purpose is to encourage the user to express his or her intentions regarding the use of the Internet.''

A computer program according to a fourth aspect includes, in any one of the first to third aspects, "
The one or more information processing devices,
As a display means to display the age axis and financial axis on two dimensions,
A computer program for operating
The acquisition means acquires past and future ages of the user and income and expenditure corresponding to the ages,
The display means displays the age of the user and the income and expenditure corresponding to the age in association with each other.

A computer program according to a fifth aspect includes, in any one of the first to fourth aspects, "
The event data includes a predetermined type of event, an age corresponding to the event, and a cost of the event,
The display means uses the event data to
displaying an icon indicating the type of event in association with the age axis;
The balance obtained by subtracting the cost of the event is displayed on the money axis in the age axis.

A computer program according to a sixth aspect includes, in any one of the first to fifth aspects, "
The event data further includes a degree of satisfaction of the user with respect to the event,
The display means displays the degree of fulfillment of the event by associating the age to which the event corresponds with the age axis, and by correlating the degree of fulfillment of the event with the axis of degree of fulfillment.

A computer program according to a seventh aspect includes, in any one of the first to sixth aspects, "
In the data of the above insurance product,
The same insurance product exists between the type of insurance that was identified by using the health data without using the event data, and the type of insurance that was identified by using the event data without using the health data. "including certain cases".

In a computer program according to an eighth aspect, in any one of the first to seventh aspects, "the user is a woman".

A computer program according to a ninth aspect is that in any one of the first to eighth aspects, "the health data includes data on menstruation, menopause, and/or pregnancy."

A computer program according to a tenth aspect is, in any one of the first to ninth aspects, "the event data includes data on marriage, pregnancy, childbirth, and/or purchase of a house." .

A computer program according to an eleventh aspect is a computer program according to any one of the first to tenth aspects, wherein "the one or more information processing devices include a memory that stores an executable file of the automatic conversation module." be.

A computer program according to a twelfth aspect is that "the one or more information processing devices include an arithmetic device that executes an executable file of the automatic conversation module."

The one or more information processing devices according to the thirteenth aspect are “
an acquisition unit that acquires health data of users;
an acquisition unit that acquires event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing section,
"It is equipped with the following."

An information processing device according to a fourteenth aspect is the information processing device according to the thirteenth aspect, in which “the information processing device includes a memory that stores an executable file of the automatic conversation module”.

An information processing apparatus according to a fifteenth aspect is one in which, in the thirteenth or fourteenth aspect, "the information processing apparatus includes an arithmetic device that executes an executable file of the automatic conversation module."

The method according to the sixteenth aspect comprises: “
one or more information processing devices acquiring health data of the user;
obtaining event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing step;
``How to do it.''

A method according to a seventeenth aspect is that in the sixteenth aspect, "the information processing device includes a memory that stores an executable file of the automatic conversation module."

A method according to an 18th aspect is the method according to the 16th or 17th aspect, in which "the information processing device includes a computing device that executes an executable file of the automatic conversation module."

3. Information Processing Device The mobile terminal, server, or cloud used in the system according to the above-described embodiments and embodiments may be composed of one or more information processing devices. The information processing device 10 may include a bus 11, a computing device 12, a storage device 13, an input device 14, a display device 15, and a communication IF 16, as shown in FIG. Further, the information processing device 10 may be directly or indirectly connected to a mobile terminal via the network 19. Further, the information processing device 10 may be connected to a database (not shown). Furthermore, the database may be included within the information processing device 10.

The bus 11 may have a function of transmitting information between the arithmetic device 12, the storage device 13, the input device 14, the display device 15, and the communication IF 16.

An example of the arithmetic device 12 is a processor. This may be a CPU or an MPU. It may also include a graphics processing unit, digital signal processor, and the like. In short, the arithmetic device 12 may be any device that can execute instructions of a program.

The storage device 13 is a device that records information. This may be either external memory or internal memory, and may be either main storage or auxiliary storage. Further, a magnetic disk (hard disk), optical disk, magnetic tape, semiconductor memory, etc. may be used. Further, it may have a storage device via a network or a storage device on a cloud via a network.

Note that registers, L1 caches, L2 caches, etc. that store information near the arithmetic unit may be included in the arithmetic unit 12 in the schematic diagram of this figure, but in the design of computer architecture, information The storage device 13 may include these as devices for recording. In short, it is sufficient that the arithmetic device 12, the storage device 13, and the bus 11 are configured so that they can cooperate to execute information processing.

The storage device 13 can include programs that execute services related to the present invention. Further, data necessary for executing services related to the present invention can be recorded as appropriate.

In addition, although the above description describes the case where the arithmetic device 12 is executed based on the program provided in the storage device 13, one of the formats in which the above-mentioned bus 11, the arithmetic device 12, and the storage device 13 are combined is described. As such, the information processing according to the present system may be realized by a programmable logic device whose hardware circuit itself can be changed or by a dedicated circuit in which the information processing to be executed is determined.

The input device 14 is for inputting information, but may have other functions. Examples of the input device 14 include a keyboard, a mouse, a touch panel, and a pointing device such as a pen-type pointing device.

The display device 15 has a display, for example, but may have other functions. Further, the display device 15 may be a liquid crystal display, a plasma display, an organic EL display, or the like. In short, any device that can display information may be used. Further, the input device 14 may be partially provided like a touch panel.

The network 19, together with the communication IF 16, transmits information. That is, it has a function of transmitting information from the information processing device 10 to other information terminals 18 via the network. The communication IF 16 may be of any connection type, such as USB, IEEE1394, Ethernet (registered trademark), PCI, or SCSI. The network 19 may be wired or wireless, and may use optical fiber, coaxial cable, Ethernet cable, or the like.

In this figure, the information processing device 10 is described as one, but the information processing device 10 may be composed of a plurality of information processing devices. The plurality of information processing devices may be connected internally or externally. Further, when the information processing device 10 is composed of a plurality of information processing devices, the owners may be different. Further, the person who operates the information processing device 10 as a system according to the present invention may be different from the owner of the information processing device 10. Moreover, the above-mentioned server may be a physical entity or may be a virtual entity. For example, the information processing device 10 may be virtually realized using cloud computing.

It goes without saying that the invention examples described in the embodiments of the present application documents are not limited to those described in the present application documents, but can be applied to various examples within the scope of the technical idea.

Furthermore, the processes and procedures described in this document may be realized not only by those explicitly described in the embodiments but also by software, hardware, or a combination thereof. In particular, the technology described as processing performed by a server may be processed by an information processing device that is a cloud or a combination of a server and a cloud. Furthermore, the processes and procedures described in the documents of this application may be implemented as computer programs and may be executed by various computers. For example, the technology described as processing performed by a server may be realized by a function of a computer program installed in the server. Additionally, these programs may be stored on non-transitory or temporary storage media.

Claims (18)

one or more information processing devices,
acquisition means for acquiring user health data;
acquisition means for acquiring event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing means;
A computer program for operating as The predetermined text includes a recommendation that urges the user to take a predetermined action corresponding to the health data and/or the event data.
The computer program according to claim 1. The recommendation that prompts the predetermined action is
communication with a specialist depending on said health data and/or said event data;
Providing information on test kits according to the health data and/or the event data, or
Providing insurance product data according to the health data and/or the event data;
which encourages the user to express his or her intentions regarding the
The computer program according to claim 2. The one or more information processing devices,
As a display means to display the age axis and financial axis on two dimensions,
A computer program for operating
The acquisition means acquires past and future ages of the user and income and expenditure corresponding to the ages,
The computer program according to claim 1, wherein the display means displays the age of the user and the income and expenditure corresponding to the age in association with each other. The event data includes a predetermined type of event, an age corresponding to the event, and a cost of the event,
The display means uses the event data to
displaying an icon indicating the type of event in association with the age axis;
displaying the income and expenditure after subtracting the cost of the event on the money axis in the age axis;
The computer program according to claim 4. The event data further includes a degree of satisfaction of the user with respect to the event,
The display means displays the degree of fulfillment of the event by associating the age corresponding to the event with the age axis and the degree of fulfillment of the event with the axis of fulfillment.
The computer program according to claim 5. In the data of the above insurance product,
The same insurance product exists in the type of insurance that was identified by using the health data without using the event data, and the type of insurance that was identified by using the event data without using the health data. including in some cases,
The computer program according to claim 3. the user is a woman;
The computer program according to claim 1 or 2. The health data includes data on menstruation, menopause, and/or pregnancy.
The computer program according to claim 1 or 2. The event data includes data on marriage, pregnancy, childbirth, and/or purchase of a house,
The computer program according to claim 1 or 2. The one or more information processing devices include a memory that stores an executable file of the automatic conversation module.
The computer program according to claim 1 or 2. The one or more information processing devices include a computing device that executes an executable file of the automatic conversation module.
The computer program according to claim 1 or 2. an acquisition unit that acquires health data of users;
an acquisition unit that acquires event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing section,
One or more information processing devices comprising: The information processing device according to claim 13, further comprising a memory that stores an execution file of the automatic conversation module. The information processing device according to claim 13 or 14, wherein the information processing device includes a computing device that executes an executable file of the automatic conversation module. one or more information processing devices acquiring health data of the user;
obtaining event data of the user;
Activating an automatic conversation module that uses the correspondence between the health data and/or event data and a predetermined sentence to display a predetermined sentence corresponding to the user's health data and/or the user's event data. display processing step;
How to do it. 17. The method according to claim 16, wherein the information processing device comprises a memory for storing an executable file of the automatic conversation module. The method according to claim 16 or 17, wherein the information processing device includes a computing device that executes an executable file of the automatic conversation module.